If you've experienced persistent muscle pain, tension, or trigger points, your physiotherapist may have mentioned dry needling as a treatment option. Despite growing popularity and clinical use across New Zealand, many people remain unclear about what dry needling is, how it works, and whether the research supports its use.
At Auckland Physiotherapy, we incorporate dry needling as part of comprehensive, evidence-based treatment plans when appropriate. This technique can provide rapid pain relief and improve function, but it's not a standalone miracle cure. Let's explore the science behind dry needling, what the research tells us, and when it's most effectively used in physiotherapy practice.
Dry needling involves inserting thin, sterile, single-use needles into muscles, trigger points, or connective tissue to treat pain and movement impairments. The term "dry" distinguishes it from "wet" needling (injections), as no substance is injected—the therapeutic effect comes from the needle itself.
This is one of the most common questions we receive. While both techniques use similar needles, they differ fundamentally in philosophy and application:
Acupuncture:
Both have their place in healthcare, and some practitioners integrate elements of both approaches.
Research has identified several mechanisms through which dry needling produces therapeutic effects:
Trigger points are hyperirritable spots within taut bands of muscle that produce local and referred pain. When needles penetrate these trigger points, they can elicit a "local twitch response" - a brief contraction of the muscle fiber. This response appears to:
Studies using microdialysis have shown decreased levels of inflammatory mediators and pain-related substances following dry needling of trigger points.
Dry needling stimulates various nerve fibers and can influence pain processing at multiple levels:
Local Effects: The mechanical stimulation activates sensory nerve fibers, triggering local reflexes that promote muscle relaxation and increased blood flow.
Spinal Level: Needle stimulation can activate pain-inhibiting pathways in the spinal cord through "gate control" mechanisms, where non-painful signals reduce the transmission of painful signals.
Central Nervous System: Research suggests dry needling can influence descending pain modulation pathways from the brain, activating the body's natural pain-relieving systems and releasing endogenous opioids (the body's natural painkillers).
The physical insertion and manipulation of needles can:
Needle insertion creates controlled micro-trauma that triggers healing responses:
The evidence base for dry needling has grown substantially over the past two decades. Here's what current research demonstrates:
Neck Pain: Multiple systematic reviews show dry needling provides short-term pain relief and improved function for neck pain. A 2020 review found moderate evidence supporting dry needling combined with other physiotherapy interventions for cervical pain.
Low Back Pain: Research indicates dry needling can reduce pain intensity and improve function in acute and chronic low back pain. A 2017 systematic review concluded that dry needling produces superior outcomes compared to sham needling for reducing pain immediately and at short-term follow-up.
Shoulder Pain: Studies demonstrate benefits for various shoulder conditions including rotator cuff tendinopathy, shoulder impingement, and myofascial pain. Dry needling appears particularly effective when combined with exercise therapy.
Knee Pain: Evidence supports dry needling for patellofemoral pain syndrome and knee osteoarthritis, with improvements in pain and function.
Research shows dry needling of neck and shoulder muscles can reduce frequency, intensity, and duration of tension-type headaches and cervicogenic headaches (those originating from the neck). Evidence for migraine treatment is more limited but emerging.
Studies in athletic populations demonstrate that dry needling can:
It's important to acknowledge that while research is growing, the quality varies. Many studies are small-scale or have methodological limitations. Larger, high-quality randomized controlled trials are needed to strengthen evidence. However, existing research, combined with clinical experience, supports dry needling as a valuable treatment tool when used appropriately.
Most research shows dry needling is most effective when combined with other physiotherapy interventions—exercise therapy, manual therapy, and education - rather than as a standalone treatment.
At Auckland Physiotherapy, we use dry needling for specific clinical presentations where evidence and clinical reasoning support its use:
This is the most common indication. When assessment identifies active trigger points contributing to pain and dysfunction, dry needling can provide rapid relief that allows us to progress other treatments like strengthening exercises.
Common conditions include:
When muscles are in protective spasm following injury, dry needling can help reduce this excessive tension, allowing normal movement to resume.
Research supports dry needling for various tendon conditions:
The mechanical stimulation appears to promote tendon healing and reduce pain sensitivity.
For conditions involving persistent pain and central sensitization, dry needling combined with other treatments can help "reset" pain processing and reduce hypersensitivity.
When muscle imbalances or abnormal movement patterns contribute to pain, dry needling can facilitate muscle activation and improve motor control, particularly when combined with targeted exercises.
Understanding what to expect helps reduce anxiety and optimize outcomes.
Before any needling occurs, your physiotherapist conducts a thorough assessment:
Dry needling is always offered, never forced. Some people prefer alternative treatments, and that's completely acceptable.
Preparation: You'll be positioned comfortably with the target area exposed. The skin is cleaned if necessary.
Needle Insertion: Thin needles (0.16-0.30mm diameter - much finer than injection needles) are inserted into specific points. Depth varies from superficial to several centimeters depending on the target tissue.
Sensations: You may feel:
These sensations are normal and often indicate effective targeting.
Duration: Needles may be left in place from seconds to 20+ minutes depending on the technique. Your physiotherapist may gently manipulate them or use electrical stimulation.
Number of Needles: This varies widely—from 2-3 needles to 15+ depending on the condition and treatment area.
Immediate Effects: Many people experience immediate pain reduction and improved movement. Others notice benefits developing over 24-48 hours.
Post-Treatment Soreness: Muscle soreness similar to post-exercise soreness is common for 24-48 hours. This is a normal response to the micro-trauma and typically resolves quickly.
Activity Modification: We generally recommend:
This varies based on your condition:
Sessions are typically spaced 3-7 days apart initially, then extended as you improve.
Dry needling is generally safe when performed by trained physiotherapists, but like all interventions, carries some risks.
Temporary Soreness: 60-70% of people experience mild muscle soreness for 24-48 hours.
Bruising: Small bruises occasionally occur, particularly in areas with more superficial blood vessels.
Bleeding: Minor bleeding at needle sites is common but typically minimal.
Fatigue: Some people feel tired after treatment—this usually resolves within hours.
Pneumothorax: Needle insertion near the ribs carries a small risk of lung puncture. This is extremely rare when proper technique and precautions are used. Your physiotherapist avoids high-risk areas and uses appropriate depths.
Infection: Using sterile, single-use needles and proper hygiene makes infection risk negligible.
Nerve or Blood Vessel Injury: Rare when anatomical knowledge and proper technique are applied.
Dry needling may not be appropriate if you have:
It's crucial to understand that dry needling is rarely a complete solution. At Auckland Physiotherapy, we use it as one tool within comprehensive treatment plans that typically include:
Exercise Therapy: Strengthening and stretching exercises address underlying weaknesses and imbalances that contribute to your condition.
Manual Therapy: Hands-on techniques like joint mobilization and massage complement dry needling effects.
Education: Understanding your condition, contributing factors, and self-management strategies is fundamental to long-term success.
Activity Modification: Identifying and modifying aggravating activities prevents symptom recurrence.
Ergonomic Advice: Optimizing workstations, sleep positions, and daily activities reduces ongoing strain.
Progressive Loading: Gradually increasing tissue capacity through structured exercise prevents future problems.
Dry needling often provides the pain relief and muscle relaxation that allows you to engage more effectively with these other crucial components.
Consider dry needling if you have:
Dry needling may be less appropriate if you:
The decision should be collaborative between you and your physiotherapist, based on your specific condition, preferences, and treatment goals.
Before beginning dry needling treatment, consider asking:
Dry needling is an evidence-based treatment technique that, when used appropriately by trained physiotherapists, can effectively reduce pain, release muscle tension, and improve function. The science continues to evolve, with growing research support for its mechanisms and clinical applications.
However, dry needling is not a magic bullet. It's most effective as part of comprehensive, individualized treatment plans that address all contributing factors to your condition. The goal is not just symptom relief but long-term resolution and prevention of recurrence.
At Auckland Physiotherapy, our experienced physiotherapists are trained in dry needling techniques and integrate them thoughtfully into evidence-based care. We'll assess whether dry needling is appropriate for your specific condition, explain what to expect, and ensure it's used as part of a holistic approach to your recovery.
Curious whether dry needling could help your condition? Visit www.aucklandphysiotherapy.co.nz or contact Auckland Physiotherapy today to book an assessment and discuss your treatment options.
This blog provides general information and is not a substitute for individual assessment. Dry needling should only be performed by qualified, trained practitioners. Always discuss treatment options with your physiotherapist to determine what's appropriate for your specific condition.
Housed in the beautiful Foundation Precinct, sandwiched in-between Newmarket, Parnell & Remuera
The summer holidays in New Zealand are a time of relaxation, beach trips, and breaking from routine. But as February arrives and schools reopen, families across Auckland face a familiar challenge: transitioning back to structured schedules. Unfortunately, this transition often comes with an unwelcome companion—back pain.
At Auckland Physiotherapy, we see a noticeable spike in back pain presentations during the back-to-school period. Children struggle with heavy school bags, adults return to desk-based work after weeks of activity, and the sudden shift in physical demands takes its toll. The good news? Most post-holiday back pain is preventable with evidence-based strategies tailored for both children and adults.
Understanding why back pain develops during this transition helps us prevent it effectively.
Sudden Changes in Activity Levels: During summer, many people are more active—swimming, hiking, playing at the beach. Others are more sedentary, lounging and relaxing. Either way, returning to school or work represents a significant change in movement patterns and physical demands. The body needs time to adapt.
Prolonged Sitting: Both children and adults suddenly transition from varied movement to extended sitting at desks. Research shows that prolonged sitting increases pressure on spinal discs and causes muscle fatigue, particularly in the lower back.
Poor Ergonomics: Many workstations and school desks aren't properly set up for individual needs. Poorly adjusted chairs, screens positioned incorrectly, and inappropriate desk heights all contribute to back pain.
Heavy School Bags: Studies show that many school children carry bags weighing more than 10-15% of their body weight - far exceeding recommended limits. This places enormous strain on developing spines.
Stress and Tension: The mental stress of returning to work deadlines or school pressures manifests physically. Stress causes muscle tension, particularly in the neck and shoulders, which can contribute to back pain.
Deconditioning: If the holidays involved less physical activity, core muscles and postural stabilizers may have weakened, leaving the spine less supported.
Children's spines are still developing, making proper care during school years particularly important. Here's how to protect your child's back health.
Heavy school bags are a leading cause of back pain in children and adolescents. Research indicates that bags should weigh no more than 10-15% of a child's body weight.
Choosing the Right Bag:
Packing Smart:
Wearing Correctly:
Weigh the Bag: Periodically weigh your child's school bag. For a 40kg child, the bag shouldn't exceed 4-6kg.
Children spend 5-6 hours daily sitting at school desks. Teaching good posture habits now prevents problems later.
Optimal Sitting Position:
Encouraging Movement: Children aren't designed to sit still for hours. Encourage your child to:
Core strength is essential for spinal support. Encourage age-appropriate activities that build strength:
For Primary School Children:
For Intermediate and High School Students:
Make these activities fun rather than prescribed exercises. Active play naturally builds the strength children need.
Consult Auckland Physiotherapy if your child:
Early intervention prevents minor issues from becoming chronic problems.
Adults face different challenges when returning to work after holidays, but the principles of prevention remain the same: optimize ergonomics, move regularly, and strengthen appropriately.
Proper workstation setup is fundamental to preventing back pain. Even small adjustments make significant differences.
Desk and Chair Setup:
Screen Position:
Keyboard and Mouse:
Phone Use:
Prolonged sitting is detrimental regardless of posture quality. The solution is regular movement.
20-20-20 Rule: Every 20 minutes, take 20 seconds to look at something 20 feet away. This gives your eyes and posture a micro-break.
Hourly Movement: Set a timer to stand, stretch, or walk for 2-3 minutes every hour. This breaks up static postures and maintains circulation.
Movement Snacking: Incorporate brief exercises throughout the day:
Research shows that frequent small movements throughout the day are more beneficial than remaining sedentary and then exercising intensely after work.
Core and postural muscle strength supports the spine during long sitting periods. Incorporate these exercises into your routine:
Core Exercises (2-3x weekly):
Postural Muscle Exercises:
Flexibility and Mobility:
Consistency matters more than intensity. Even 10 minutes daily provides significant benefits.
If you've been very active during holidays, don't suddenly become sedentary. Maintain some of that activity:
If you've been sedentary during holidays, don't expect your body to immediately handle 8 hours of sitting. Build up tolerance and compensate with extra movement initially.
Some prevention strategies apply universally across age groups.
Proper hydration maintains spinal disc health. Intervertebral discs are approximately 80% water, and dehydration reduces their shock-absorbing capacity. Aim for 2-3 litres daily for adults, 1-2 litres for children (adjusted for body size and activity level).
Quality sleep on a supportive mattress allows spinal structures to recover. Poor sleep positions or worn mattresses contribute to back pain.
Optimal Sleep Positions:
Mattress Guidance: Replace mattresses every 7-10 years. Choose medium-firm mattresses, which research shows provide better support than very firm or very soft options.
Psychological stress increases muscle tension and pain perception. Practice stress-reduction techniques:
Don't wait until the night before school or work starts to adjust. Begin transitioning a week early:
Most post-holiday back pain is mechanical and resolves with proper management. However, certain symptoms require immediate medical attention:
These symptoms may indicate serious conditions requiring urgent evaluation.
If back pain develops despite your prevention efforts, physiotherapy provides effective, evidence-based treatment.
Comprehensive Assessment: We identify the specific cause of your back pain through detailed examination of posture, movement patterns, strength, and flexibility.
Personalized Treatment Plans: Based on your assessment, we develop tailored treatment addressing your individual needs - whether you're a student, office worker, or tradesperson.
Manual Therapy: Hands-on techniques including joint mobilization, soft tissue massage, and manipulation can provide rapid pain relief and restore normal movement.
Exercise Prescription: We design specific strengthening and flexibility programmes that address your weaknesses and imbalances.
Ergonomic Advice: We provide detailed workplace or school setup recommendations, including diagrams and specific adjustments for your situation.
Education: Understanding your condition empowers you to manage it effectively and prevent recurrence.
Pain Management Strategies: We offer various techniques to manage pain while your body heals, including taping, heat/cold therapy, and activity modification.
One Week Before:
First Day:
First Week:
Ongoing:
The transition from holidays back to school and work doesn't have to mean accepting back pain as inevitable. With proper preparation, good ergonomics, regular movement, and appropriate strengthening, both children and adults can navigate this transition comfortably.
Remember that prevention is always easier than treatment. Small, consistent efforts—proper bag wearing, regular movement breaks, good posture, and core strengthening—compound over time into significant protection against back pain.
At Auckland Physiotherapy, we're here to support Auckland families through this transition and beyond. Whether you need an ergonomic assessment, treatment for existing pain, or guidance on prevention strategies, our experienced team is ready to help.
Don't let back pain disrupt your return to routine. Visit www.aucklandphysiotherapy.co.nz or contact Auckland Physiotherapy today to book your assessment and start the school and work year pain-free.
This blog provides general information and is not a substitute for individual assessment. If you or your child experience persistent or severe back pain, consult with a qualified physiotherapist or healthcare provider.
Housed in the beautiful Foundation Precinct, sandwiched in-between Newmarket, Parnell & Remuera
Pregnancy and postpartum recovery come with huge changes to your body — and for many women that means discomfort, pelvic pain, lower back strain and challenges with mobility. That’s where SRC leggings come in: they’re not just a pair of leggings — they’re a medical-grade compression garment designed to support your body through these key life stages.
SRC leggings are specialised supportive compression garments made by SRC Health. They come in:
Both are built with true cross compression technology and Anatomical Support Panels (ASP) — features that deliver consistent, gentle pressure where your body needs it most. (
Pregnancy brings extra load on your pelvis, hips and lower back. SRC Pregnancy Leggings work by:
Many women find they help them stay active and comfortable well into pregnancy — and because they look like regular leggings, they don’t compromise style for function.
Postpartum is a time when your body is rebuilding strength and stability. SRC Recovery Leggings:
These features make them especially useful when you need to lift, carry and care for your baby without pain or instability.
SRC leggings deliver therapeutic, graduated compression that:
This is different from rigid belts or shapewear that can squeeze too tightly or inhibit natural muscle function.
Always talk with your physio or healthcare provider before starting any compression garment, especially if you have existing vascular or skin conditions.
✔ Wear them under regular clothes for everyday comfort
✔ They’re suitable for low-impact walking or light daily activity
✔ They may be worn throughout the day — many women find they help with comfort and movement
✔ Pair with gentle postpartum exercises and physio guidance for best results
SRC leggings bridge the gap between fashion and function — offering a solution that supports both your body and your confidence during big physical transitions like pregnancy and postpartum recovery. They’re not just leggings… they’re a wearable partner for your body’s healing journey.
Wearing SRC leggings can provide excellent day-to-day support — but they work best when combined with individualised physiotherapy care.
Our Pelvic Health Physiotherapists can:
Whether you’re currently pregnant or navigating recovery after birth, a one-on-one assessment ensures you’re getting the right support at the right time.Book a Pregnancy or Postnatal Physiotherapy Appointment
Housed in the beautiful Foundation Precinct, sandwiched in-between Newmarket, Parnell & Remuera
Menopause marks a significant transition in a woman's life, bringing changes that extend far beyond hot flushes and mood swings. One of the most critical yet often overlooked effects of menopause is its profound impact on bone health. At Auckland Physiotherapy, we understand the importance of maintaining strong bones during and after menopause, and we're here to guide you through evidence-based strategies to protect your skeletal health.
During menopause, oestrogen levels decline dramatically. This hormonal shift has a direct and significant impact on bone density. Oestrogen plays a crucial role in maintaining bone strength by regulating the balance between bone formation and bone resorption (breakdown). When oestrogen levels drop, bone breakdown accelerates while bone formation slows down, leading to a net loss of bone mass.
Research shows that women can lose up to 20% of their bone density in the five to seven years following menopause. This rapid bone loss significantly increases the risk of developing osteoporosis, a condition characterised by weakened, porous bones that are prone to fractures.
Osteoporosis is often called a "silent disease" because bone loss occurs without symptoms until a fracture happens. In New Zealand, osteoporosis affects approximately one in three women over the age of 50. The most common fracture sites include the hip, spine, and wrist, with hip fractures being particularly serious and life-altering.
Several factors increase your risk of developing osteoporosis during menopause:
Exercise is one of the most powerful tools for preserving and even building bone density during menopause. However, not all exercise is equally effective for bone health. Weight-bearing and resistance exercises are particularly beneficial because they create mechanical stress on bones, stimulating bone formation.
Weight-Bearing Exercises: Activities where you support your own body weight against gravity are excellent for bone health. These include walking, jogging, dancing, hiking, stair climbing, and tennis. Aim for at least 30 minutes of weight-bearing exercise most days of the week.
Resistance Training: Lifting weights or using resistance bands creates tension on bones and muscles, promoting bone strength. Focus on exercises targeting the spine, hips, and wrists—the most common fracture sites. A physiotherapist can design a safe and effective resistance training programme tailored to your current fitness level and bone health status.
Balance and Flexibility Exercises: While these don't directly build bone density, exercises like yoga, tai chi, and Pilates improve balance, coordination, and muscle strength, reducing your risk of falls and subsequent fractures.
If you've already been diagnosed with osteoporosis or have experienced fractures, certain exercises may pose risks. High-impact activities, forward bending movements, and exercises involving twisting at the waist may increase fracture risk. A physiotherapist can assess your individual situation and recommend appropriate modifications to keep you safe while still reaping the benefits of exercise.
Alongside exercise, proper nutrition is essential for maintaining bone health. Two nutrients are particularly critical:
Calcium: Adults over 50 require approximately 1,000-1,300mg of calcium daily. Good dietary sources include dairy products, leafy green vegetables, fortified plant-based milks, tinned fish with bones (like salmon and sardines), and almonds. If dietary intake is insufficient, calcium supplements may be recommended, but it's best to consult with your healthcare provider about appropriate dosing.
Vitamin D: This vitamin is crucial for calcium absorption. New Zealand's latitude means many people have insufficient vitamin D levels, especially during winter months. Aim for 10-15 minutes of sun exposure on bare skin several times per week, and consider vitamin D supplementation if blood tests reveal deficiency. The recommended daily intake for adults over 50 is 800-1,000 IU.
Other important nutrients for bone health include protein, magnesium, vitamin K, and phosphorus. A balanced diet rich in whole foods provides these nutrients naturally.
At Auckland Physiotherapy, we take a comprehensive approach to managing bone health during menopause. Our physiotherapists are trained to assess your bone health risk factors, current fitness level, and any existing musculoskeletal conditions that may affect your ability to exercise safely.
Personalised Exercise Programmes: We design individualised exercise programmes that incorporate the right balance of weight-bearing, resistance, balance, and flexibility exercises tailored to your needs and goals.
Fall Prevention Strategies: We assess your balance, gait, and home environment to identify fall risks and provide practical strategies to reduce your likelihood of falls and fractures.
Education and Support: Understanding your condition empowers you to make informed decisions about your health. We provide evidence-based education about menopause, bone health, and lifestyle modifications that can make a meaningful difference.
Pain Management: If you're experiencing musculoskeletal pain related to bone loss or fractures, physiotherapy treatments including manual therapy, therapeutic exercise, and pain management strategies can help improve your quality of life.
Posture and Body Mechanics: We teach proper posture and body mechanics to reduce strain on vulnerable areas like the spine and help you move safely in daily activities.
While lifestyle modifications form the foundation of bone health management, some women may benefit from medical interventions. Hormone replacement therapy (HRT) can be effective in slowing bone loss during the early postmenopausal years, but it's not suitable for everyone and comes with its own risks and benefits that should be discussed with your GP.
Other medications, such as bisphosphonates and selective oestrogen receptor modulators (SERMs), may be prescribed for women with established osteoporosis or high fracture risk. These decisions should be made in consultation with your healthcare provider based on your individual risk profile.
A bone density scan (DXA scan) measures bone mineral density and can detect osteoporosis before fractures occur. In New Zealand, women over 60 (or over 50 with risk factors) may be eligible for subsidised bone density screening. If you're approaching or going through menopause, speak with your GP about whether a bone density scan is appropriate for you.
Regular monitoring allows you and your healthcare team to track changes in bone density over time and adjust treatment strategies accordingly.
Protecting your bone health during menopause requires a proactive approach. Here's what you can do:
Menopause doesn't have to mean inevitable bone loss and fractures. With the right combination of exercise, nutrition, and professional support, you can maintain strong, healthy bones well into your later years. At Auckland Physiotherapy, we're committed to helping women in Auckland navigate this important life transition with confidence and strength.
Don't wait until a fracture occurs to take action. If you're concerned about your bone health during menopause, contact Auckland Physiotherapy today to schedule an assessment. Our experienced team will work with you to develop a personalised plan to keep your bones strong and your body moving well for years to come.
Ready to take control of your bone health? Visit us at www.aucklandphysiotherapy.co.nz or call to book your appointment today.
This blog is for informational purposes only and is not a substitute for professional medical advice. Always consult with your healthcare provider before starting any new exercise programme or making changes to your healthcare routine.
Housed in the beautiful Foundation Precinct, sandwiched in-between Newmarket, Parnell & Remuera
Summer in Auckland brings longer days, warmer weather, and the perfect opportunity to lace up your running shoes. Whether you're training for the Auckland Marathon, enjoying runs along Tamaki Drive, or exploring Mission Bay, summer running offers incredible benefits. However, the combination of heat, increased training volume, and enthusiasm can also increase your risk of injury.
At Auckland Physiotherapy, we see a surge in running-related injuries during summer months. The good news? Most are preventable with the right approach. Let's explore evidence-based strategies covering four crucial areas: footwear, hydration, strengthening, and pacing.
Before diving into prevention, here are the injuries we commonly treat:
Runner's Knee: Pain around or behind the kneecap, accounting for 20-25% of all running injuries.
Shin Splints: Pain along the inner edge of the shinbone, typically from overuse or sudden training increases.
Plantar Fasciitis: Heel pain, particularly with first steps in the morning.
Achilles Tendinopathy: Pain and stiffness in the Achilles tendon from overuse or inadequate recovery.
IT Band Syndrome: Sharp pain on the outside of the knee, especially common in distance runners.
Stress Fractures: Small cracks in bones from repetitive impact without adequate recovery.
These injuries share common risk factors: training errors (doing too much too soon), inadequate strength, poor running mechanics, and inappropriate footwear.
Your running shoes are your most important equipment. Proper footwear significantly reduces injury risk.
Replace Regularly: Running shoes last 600-800 kilometres. Beyond this, cushioning degrades, reducing shock absorption. If you run 40 kilometres weekly, replace shoes every four months. Track mileage using a running app.
Get Properly Fitted: Visit a specialty running store for gait assessment. Many Auckland stores offer analysis to match you with appropriate shoes.
Prioritize Comfort: Research shows comfort is the most important factor. Don't be swayed by marketing claims if the shoe doesn't feel immediately comfortable.
Avoid Sudden Changes: Transitioning to different shoe types should happen gradually over several months. Sudden changes can overload unprepared tissues.
Breathability: Choose shoes with mesh uppers that allow heat and moisture escape. Feet swell in hot weather, so accommodation is important.
Proper Socks: Invest in moisture-wicking running socks that reduce friction and blister risk. Avoid cotton socks which retain moisture.
Dehydration doesn't just affect performance—it significantly increases injury risk. When dehydrated, muscles fatigue faster, coordination declines, and heat dissipation diminishes.
Pre-Run: Drink 400-600ml of fluid 2-3 hours before running, then another 200-300ml about 15-20 minutes before starting.
During Your Run: For runs under 60 minutes, pre-run hydration usually suffices. For longer runs, drink 150-250ml every 15-20 minutes. Don't wait until you're thirsty.
Post-Run: Drink 1.5 litres for every kilogram of body weight lost during your run.
For runs exceeding 60-90 minutes in Auckland's humid summer conditions, replace both fluids and electrolytes:
Time Your Runs: Run during cooler parts of the day—early morning or evening. Avoid midday heat in January and February.
Acclimatize Gradually: Allow 10-14 days to adapt to heat. Start with shorter, easier runs and gradually increase.
Dress Appropriately: Wear light-coloured, loose-fitting, moisture-wicking clothing. Consider a cap or visor for shade.
Signs of Dehydration: Dark yellow urine, decreased urination, dry mouth, fatigue, dizziness, muscle cramps. Severe symptoms require immediate medical attention.
Running alone doesn't strengthen all muscles needed to run injury-free. Research shows strength training reduces running injury risk by 30-50%.
Hip Stabilizers: Weak hip muscles increase stress on knees and ankles.
Core Muscles: Provide stability and improve running efficiency.
Calf Complex: Absorb 3-4 times your body weight with each foot strike.
Quadriceps and Hamstrings: Power your stride and control knee motion.
Frequency: 2-3 sessions weekly on non-consecutive days, 20-30 minutes each.
Timing: After easy runs or on rest days, not before hard workouts.
Progressive Overload: Start with bodyweight exercises, gradually add resistance. Increase difficulty every 2-3 weeks.
Consistency: Regular, moderate training beats sporadic intense sessions. Even 15 minutes twice weekly provides significant benefits.
Training errors—particularly doing too much, too soon—are the leading cause of running injuries. Smart pacing is your most important injury prevention strategy.
Increase weekly mileage by no more than 10% per week. If running 30 kilometres weekly, increase to no more than 33 kilometres the following week. This rule works well for building volume but may be too aggressive for high mileage or injury recovery.
Alternate hard and easy days for recovery and adaptation.
Hard Days: Interval training, long runs, hilly routes, races Easy Days: Short conversational-pace runs, rest, cross-training, light strength training
Never schedule hard days back-to-back. A common pattern is 3 hard days and 4 easy days weekly.
Approximately 80% of running should be at easy, conversational pace, with only 20% at moderate to high intensity. This maximizes adaptation while minimizing injury risk.
Use the conversational pace test: you should be able to hold a conversation comfortably throughout easy runs.
Plan a "cutback week" every 3-4 weeks where you reduce total volume by 20-30%. This allows full recovery and adaptation.
After 1-2 weeks off: Return at 50-70% of previous volume After 3-4 weeks off: Return at 30-50% of previous volume After more than a month: Treat as starting fresh
While there's no single "perfect" form, these principles reduce injury risk:
Cadence: Aim for 170-180 steps per minute. Higher cadence reduces impact forces.
Foot Strike: Land with your foot beneath your body rather than far out in front. Your natural strike pattern is usually fine unless causing pain.
Posture: Run tall with slight forward lean from ankles. Keep shoulders relaxed, arms at 90 degrees.
Run Quietly: If you sound heavy, you're likely overstriding—this increases injury risk.
Consult Auckland Physiotherapy if you experience:
Early intervention prevents minor problems from becoming major setbacks.
Week 1: Assessment
Weeks 2-4: Foundation
Week 5+: Progressive Development
✓ Well-hydrated? (Check urine colour) ✓ Shoes in good condition? ✓ Pace appropriate for conditions? ✓ Adequate recovery from last hard effort? ✓ Hydration plan for longer runs? ✓ Running during cooler hours? ✓ Strength training completed this week? ✓ Listening to body and respecting pain?
Summer running in Auckland is one of life's great pleasures. The key to enjoying it throughout the season—and for years to come—is running intelligently. Proper footwear, adequate hydration, consistent strengthening, and smart pacing are evidence-based strategies proven to reduce injury risk and enhance performance.
The goal isn't just to run hard this summer—it's to build a sustainable practice keeping you healthy and enjoying the sport for decades. Sometimes that means holding back, taking rest days, or addressing small issues before they become big problems.
At Auckland Physiotherapy, we're passionate about helping runners of all levels achieve their goals while staying injury-free. Whether training for your first 5K or twentieth marathon, we're here to support your running journey.
Ready to make this your best running summer yet? Visit www.aucklandphysiotherapy.co.nz or contact Auckland Physiotherapy today to book a running assessment.
This blog provides general information and is not a substitute for individual assessment. If you have existing injuries or health conditions, consult with a physiotherapist before beginning or modifying your running programme.
Housed in the beautiful Foundation Precinct, sandwiched in-between Newmarket, Parnell & Remuera
By Auckland Physiotherapy | Posture, Mobility & Exercise Tips for Flights and Road Trips
The holiday season is finally here, and whether you're flying overseas to visit family, taking a road trip around New Zealand's stunning landscapes, or heading to the beach for a summer break, travel is often part of the festivities. However, long hours sitting in planes, cars, or buses can leave you arriving at your destination with a stiff back, tight hips, aching neck, or swollen legs—hardly the way you want to start your holiday.
At Auckland Physiotherapy, we see a surge in travel-related pain and discomfort during the holiday season. The good news is that with some simple strategies and awareness, you can arrive at your destination feeling comfortable and ready to enjoy your break. Here's your comprehensive guide to staying pain-free while travelling this summer.
Understanding why travel causes discomfort helps you prevent it. Whether you're flying long-haul from Auckland to Europe or driving from Auckland to the Coromandel, prolonged sitting creates several challenges for your body.
Prolonged Static Posture
Sitting in the same position for hours reduces blood circulation, causes muscle stiffness and fatigue, places sustained pressure on spinal discs, and restricts natural movement patterns your body craves. Your spine is designed for movement—when forced into static positions for extended periods, the supporting muscles tire and joints become compressed.
Limited Space and Poor Ergonomics
Airplane seats and car interiors are rarely designed with optimal posture in mind. Economy class seats often lack adequate lumbar support, have limited legroom that restricts position changes, force your body into awkward angles, and provide minimal space for stretching or movement. These factors combine to create the perfect conditions for pain and stiffness.
Reduced Movement and Circulation
When you're immobile for long periods, blood pools in your lower legs increasing swelling and DVT risk, lymphatic drainage slows causing fluid retention, muscles weaken from disuse, and joint mobility decreases. This is why you might feel stiff and swollen after a long flight or drive, even if you weren't in pain when you started.
Smart preparation before you leave Auckland can make a significant difference to your comfort during travel.
Strengthen and Mobilize Before You Go
In the weeks leading up to travel, focus on strengthening your core and postural muscles to better withstand prolonged sitting. Include exercises like planks, bridges, and rows in your routine. Work on hip and spine mobility through gentle stretching and movement. If you have existing pain or stiffness, address it with your physiotherapist before travelling rather than hoping it won't worsen on the journey.
Pack Smart for Comfort
Consider bringing a small lumbar support cushion or rolled towel, a neck pillow for flights (the U-shaped variety or a scarf that can be rolled), compression socks for long flights, comfortable, loose-fitting clothing, and a refillable water bottle. These simple items can dramatically improve your comfort during travel.
Plan Your Journey Strategically
When booking flights, consider aisle seats for easier movement, seats with extra legroom if possible, and breaking up very long journeys with stopovers. For road trips, plan regular stops every 90-120 minutes, identify rest areas or scenic spots where you can stretch, and share driving duties if possible to avoid prolonged static posture.
Long-haul flights from Auckland present particular challenges due to limited space and extended sitting time. Here's how to stay comfortable at 30,000 feet.
Every 30-60 Minutes: Seated Movements
You don't need to leave your seat to keep your body moving. Perform these exercises regularly throughout your flight:
Ankle circles and pumps help maintain lower leg circulation. Rotate your ankles in both directions 10 times each, then flex and point your feet 20 times. This simple movement activates your calf muscles, which act as a pump to return blood from your legs.
Seated spinal twists maintain spine mobility. Place your right hand on the outside of your left thigh, gently rotate your torso to the left, hold for 5-10 seconds, and repeat on the other side. This helps prevent the stiff, locked feeling that develops in your spine during long flights.
Shoulder rolls and neck stretches reduce upper body tension. Roll your shoulders backward 10 times, then forward 10 times. Gently tilt your head toward each shoulder, holding for 10-15 seconds. These movements counteract the forward head posture and rounded shoulders that develop during flights.
Seated marching engages your hip flexors and core. While seated, lift one knee slightly, hold briefly, then lower. Alternate legs for 20-30 repetitions. This maintains hip mobility and prevents the deep hip stiffness many people experience after flying.
Every 1-2 Hours: Walking and Standing
Whenever safe and permitted, get up and move around the cabin. Walk to the bathroom even if you don't need to use it, stand in the galley area and perform gentle stretches, walk up and down the aisle several times, and stand while doing some of the exercises listed above. Even five minutes of standing and walking makes a significant difference to your circulation and comfort.
Key Standing Stretches for Flights
When you're able to stand, maximize the benefit with these stretches:
Calf stretches are essential for circulation. Stand facing the wall or galley, place one foot behind the other, and lean forward gently, keeping your back heel down. Hold for 20-30 seconds each side. This stretch helps prevent calf tightness and reduces DVT risk.
Hip flexor stretches counter the shortened position of sitting. In a staggered stance, tuck your pelvis under slightly and lean your weight forward, feeling a stretch in the front of your back hip. Hold for 20-30 seconds each side.
Standing back extensions relieve spinal compression. Place your hands on your lower back and gently arch backward, holding for 10-15 seconds. This counteracts the forward-flexed position of sitting.
Optimal Sitting Posture During Flights
When seated, maintain the best posture possible given the constraints:
Use a small pillow or rolled sweater behind your lower back for lumbar support. Sit with your bottom all the way back in the seat rather than perching forward. Keep your feet flat on the floor or footrest, knees at roughly 90 degrees. Avoid crossing your legs for extended periods, which restricts circulation. Change your position frequently—even small shifts reduce sustained pressure on any one area.
Whether you're driving from Auckland to Rotorua, Wellington, or further afield, road trips present their own challenges and opportunities for staying pain-free.
Driving Posture Essentials
Proper setup of your driving position prevents much of the discomfort associated with long drives:
Adjust your seat so your knees are slightly bent when operating pedals, your back is supported by the seat back, and you can reach the steering wheel without leaning forward or hunching your shoulders. Position your mirrors correctly so you're not twisting or tilting your head repeatedly to check them. Use cruise control when safe to do so, allowing you to change your leg position occasionally.
The 90-Minute Rule
For road trips, plan to stop every 90-120 minutes regardless of whether you feel you need to. These breaks should include at least 5-10 minutes of walking and stretching. New Zealand has numerous scenic spots perfect for these stops—use them as opportunities to enjoy the scenery while caring for your body.
Roadside Stretches and Exercises
Make the most of your stops with these effective stretches:
Walking lunges wake up your hip flexors and glutes after sitting. Take 10-15 lunges on each leg in the car park or along a path. This dynamic movement reverses the shortened position of sitting.
Standing quad stretches address front thigh tightness. Hold onto your car for balance, bend one knee bringing your heel toward your bottom, and hold for 20-30 seconds each side.
Standing hamstring stretches relieve posterior chain tightness. Place one heel on your car's bumper or a low wall, keep your leg straight, and hinge forward at the hips until you feel a gentle stretch. Hold for 20-30 seconds each side.
Torso rotations mobilize your spine. Stand with feet hip-width apart, hands on hips, and rotate your upper body left and right 10-15 times. This addresses the rotational stiffness that develops from looking straight ahead for hours.
Arm circles and shoulder stretches release upper body tension. Perform large arm circles forward and backward 10 times each direction. Clasp your hands behind your back and gently lift to open your chest.
For Passengers: Taking Advantage of Your Position
If you're a passenger rather than driving, you have more flexibility for movement:
Perform all the seated exercises mentioned in the flight section. Remove your shoes (if appropriate) to allow greater ankle movement. Use rest stops to walk briskly for several minutes before stretching. Consider switching to the back seat periodically if it offers more room to change positions.
Lower Back Pain
Lower back pain is perhaps the most common travel-related complaint we see at Auckland Physiotherapy. To prevent and manage it:
Use lumbar support consistently—a proper lumbar cushion or even a rolled towel placed in the small of your back maintains your spine's natural curve. Avoid slumping, which places excessive pressure on spinal discs. Change position frequently, even if just shifting your weight from one side to the other. When standing during breaks, perform gentle back extensions and pelvic tilts. Apply heat if available—some people find heat patches helpful during travel.
Neck and Shoulder Tension
Long travel often leads to neck stiffness and shoulder pain from sustained head-forward posture:
Use a proper neck pillow that supports your head without pushing it too far forward. Avoid reading or looking at devices with your head bent down for extended periods—hold reading material at eye level. Perform regular neck stretches and shoulder rolls. When sleeping during travel, ensure your head isn't tilted at extreme angles. Apply gentle pressure to tight upper trapezius muscles or use a massage ball during breaks.
Hip and Knee Stiffness
Hips and knees suffer from the sustained flexed position of sitting:
Stand and walk as frequently as possible. Perform seated hip and knee movements regularly. During breaks, include lunges and squats to move these joints through their full range. If you have existing hip or knee problems, consider an aisle seat where you can extend your leg more easily. Use compression garments if recommended by your physiotherapist.
Swollen Feet and Ankles
Fluid retention in the lower legs is extremely common during travel:
Wear compression socks for flights over three hours—these significantly reduce swelling and improve circulation. Avoid crossing your legs, which restricts venous return. Perform ankle pumps and circles every 30 minutes. Elevate your feet when possible during breaks. Stay well hydrated, as dehydration actually worsens fluid retention. Reduce salt intake before and during travel. Walk immediately upon arriving at your destination rather than sitting down to rest.
What you eat and drink significantly affects how you feel during travel.
Hydration Strategies
Airplane cabins have extremely low humidity, leading to dehydration that contributes to fatigue, muscle stiffness, and headaches. Drink water regularly throughout your journey—aim for approximately 250ml every hour on flights. Limit alcohol and caffeine, which are diuretic and worsen dehydration. Bring an empty water bottle through security and fill it before boarding. For road trips, keep water readily accessible to encourage regular intake.
Smart Eating While Travelling
Heavy, salty meals worsen bloating and fluid retention. Choose lighter options like salads, lean proteins, and vegetables when possible. Avoid excessive salt, which promotes fluid retention and swelling. Eat smaller, more frequent meals rather than large ones that leave you feeling sluggish. Include foods rich in potassium (bananas, avocados) which help regulate fluid balance. Limit carbonated drinks that increase bloating and discomfort.
Making the Most of Sleep Opportunities
If you're able to sleep during travel, optimize your position:
Use a neck pillow that keeps your head in neutral alignment. Avoid having your head tilted far forward or to the side. If sleeping against a window, place a pillow or bundled clothing between your head and the window. Recline your seat if possible and appropriate (always check with passengers behind you on flights). Use an eye mask and earplugs to improve sleep quality.
Post-Arrival Recovery
When you arrive at your destination, resist the urge to immediately sit down and rest:
Take a 10-15 minute walk to maintain circulation and begin adapting to your new time zone. Perform a thorough stretching routine addressing all areas that feel stiff. Stay hydrated and eat a light, nutritious meal. If possible, engage in gentle activity rather than remaining sedentary. Consider a warm bath or shower to ease muscle tension. Get proper sleep in a supportive bed rather than napping in chairs.
Travelling with Existing Injuries or Chronic Pain
If you have ongoing pain or injuries, prepare more extensively:
Consult your Auckland physiotherapist before travel for specific advice tailored to your condition. Bring any supportive devices you use regularly (braces, cushions, etc.). Pack pain medication and ensure you have adequate supply. Plan more frequent breaks and movement sessions. Consider shorter travel days or overnight stops for very long journeys. Know your limits—sometimes choosing a more expensive direct flight is worth avoiding a long layover or connection.
Older Adults and Travellers with Reduced Mobility
For those with mobility challenges:
Request assistance at airports—there's no shame in using wheelchair services for long terminal walks. Choose accommodation close to your arrival point to minimize post-travel transit. Allow extra time for movement breaks. Focus on simple, gentle movements rather than ambitious stretching routines. Prioritize circulation through walking and ankle movements. Consider travel insurance that covers medical issues.
Pregnant Travellers
Pregnancy increases susceptibility to back pain, swelling, and blood clots during travel:
Consult your healthcare provider before long-distance travel. Wear compression stockings without fail. Move and walk even more frequently than general recommendations. Stay extremely well hydrated. Choose aisle seats for easy bathroom access and movement. Use extra lumbar support as your center of gravity shifts. Avoid travel during the final weeks of pregnancy unless medically approved.
Rather than trying to remember everything while travelling, create a simple plan before you leave:
For Flights:
For Road Trips:
Sometimes despite your best efforts, you arrive home with pain or discomfort. Seek professional assessment if:
At Auckland Physiotherapy, we're experienced in treating travel-related pain and can help you recover quickly so you can enjoy your holiday or get back to normal activities after returning home.
Travel doesn't have to mean arriving stiff, sore, and uncomfortable. With awareness, planning, and consistent implementation of these strategies, you can reach your destination feeling good and ready to enjoy your time away. The key is consistency—performing small movements frequently throughout your journey rather than trying to compensate with extensive stretching at the end.
Whether you're flying long-haul from Auckland, driving around New Zealand, or taking shorter trips, your body will thank you for the attention and care you give it during travel.
If you have concerns about travelling with existing pain, want a personalized travel wellness plan, or need treatment before or after your holiday, the team at Auckland Physiotherapy is here to help.
Contact Auckland Physiotherapy today:
Visit www.aucklandphysiotherapy.co.nz or call to book your appointment. We provide pre-travel assessments, personalized exercise and stretching programs, treatment for existing pain or injuries, and post-travel recovery support.
Have a wonderful, pain-free holiday season—you deserve to enjoy every moment of your well-earned break!
The information provided in this blog is for educational purposes and should not replace professional medical advice. If you experience severe pain, signs of DVT, or other concerning symptoms during or after travel, seek immediate medical attention.
Housed in the beautiful Foundation Precinct, sandwiched in-between Newmarket, Parnell & Remuera
By Auckland Physiotherapy | Sports Injury Prevention and Performance
Whether you're pounding the pavements of Auckland's waterfront, tackling the trails of the Waitakere Ranges, or training for the Auckland Marathon, how you prepare your body before running can make the difference between a great run and an injury. Yet many runners either skip their warm-up entirely or rely on outdated stretching routines that may actually hinder performance and increase injury risk.
At Auckland Physiotherapy, we work with runners of all levels—from weekend joggers to elite athletes—and one of the most common areas where we see room for improvement is in pre-run preparation. Understanding what an effective running warm-up should include, and why each component matters, can help you run faster, feel better, and stay injury-free.
A proper warm-up isn't just something elite athletes do—it's a crucial practice for any runner who wants to perform well and avoid injury. When you start running without preparing your body, you're asking cold muscles, stiff joints, and an unprepared cardiovascular system to suddenly perform at high intensity. This creates a perfect storm for injury and poor performance.
Research consistently shows that proper warm-ups reduce injury risk in runners. Cold muscles are less elastic and more prone to strains and tears. Joints without adequate synovial fluid circulation are more susceptible to impact stress. Studies have found that runners who warm up properly experience significantly fewer running injuries, including muscle strains, tendon problems, and joint issues.
Improved Performance
Beyond injury prevention, warming up enhances your running performance. A good warm-up increases muscle temperature, which improves muscle contraction speed and force production. It enhances oxygen delivery to working muscles, improves nerve transmission speed for better coordination, increases range of motion in key joints, and prepares your cardiovascular system for exercise demands. Many runners find they can run faster and longer when properly warmed up compared to starting cold.
Mental Preparation
The warm-up also provides valuable mental preparation time. It allows you to transition from daily activities to focused running, assess how your body feels and adjust your workout accordingly, establish your breathing rhythm, and mentally prepare for the effort ahead. This psychological component is particularly important for race day or challenging training sessions.
The ideal warm-up duration varies based on several factors, including the intensity of your planned run, weather conditions, your age and fitness level, and whether you're racing or training. As a general guideline:
Remember that older runners and those with previous injuries often benefit from longer, more thorough warm-ups. At Auckland Physiotherapy, we can assess your individual needs and create a personalized warm-up routine that works for your body and running goals.
An effective warm-up isn't about checking boxes—it's about systematically preparing your body for the specific demands of running. Here's what your pre-run routine should include:
1. Light Aerobic Activity (5-10 minutes)
Start with easy movement to gradually increase your heart rate and body temperature. This could be a slow jog, brisk walking, or easy cycling. The goal is to increase blood flow to muscles without causing fatigue. You should be able to hold a conversation easily during this phase.
For those with knee pain or other concerns, starting with walking allows a gentler transition. Many Auckland runners find that beginning their warm-up with a walk from their front door, gradually transitioning to an easy jog, works perfectly.
2. Dynamic Stretching and Movement Preparation (5-10 minutes)
Unlike static stretching (holding stretches for extended periods), dynamic stretching involves controlled movements that take joints and muscles through their full range of motion. Research shows that dynamic stretching before running improves performance and reduces injury risk, while static stretching before exercise can actually decrease power output and running performance.
Effective dynamic stretches for runners include leg swings forward and back to prepare hip flexors and hamstrings, leg swings side to side for hip abductors and adductors, walking lunges to activate glutes and open hip flexors, high knees to engage hip flexors and improve running form, butt kicks to warm up hamstrings and quadriceps, and walking on toes and heels to prepare calves and ankles.
Perform each movement for 10-15 repetitions or 20-30 seconds, focusing on controlled movement rather than bouncing or forcing range of motion. The goal is to gradually increase movement amplitude as your body warms up.
3. Running-Specific Drills (3-5 minutes)
Running drills reinforce proper movement patterns and neuromuscular coordination while further warming up running-specific muscles. These drills prepare your nervous system for the coordinated movement patterns required for efficient running.
Key drills include A-skips to practice knee drive and foot strike, B-skips for hamstring engagement, high knees for hip flexor activation and cadence, butt kicks for hamstring flexibility and coordination, and bounding for power and running economy. Each drill should be performed for 20-30 meters or 15-20 seconds, with a walk or easy jog recovery between drills.
4. Gradual Pace Progression (2-5 minutes)
After your dynamic warm-up and drills, gradually build up to your planned running pace. If you're doing an easy run, this might mean starting at a slow jog and gradually reaching your comfortable pace. For interval training or racing, include several short accelerations (strides) building up to near race pace.
Strides are particularly valuable before faster running. These are smooth accelerations over 50-100 meters where you build from a jog to about 85-90% of maximum speed, then decelerate. Perform 4-6 strides with full recovery between each, focusing on relaxed, efficient running form rather than maximum effort.
Understanding what not to do is just as important as knowing the right approach. Here are mistakes we commonly see at Auckland Physiotherapy:
Static Stretching Before Running
Many runners still believe they should sit and hold stretches before running. Research has consistently shown that static stretching before exercise decreases power output, reduces running economy, and doesn't effectively prevent injury. Save static stretching for after your run when it can aid recovery and improve flexibility without compromising performance.
Warming Up Too Intensely
Some runners turn their warm-up into a workout, running too hard too soon. Your warm-up should prepare you for exercise, not fatigue you. If you're breathing hard or feeling tired from your warm-up, you've overdone it.
Skipping the Warm-Up Entirely
Perhaps the most common mistake is skipping the warm-up due to time constraints or perceived inconvenience. Even a brief 5-minute warm-up is better than nothing. If you're short on time, shorten your main run rather than eliminating the warm-up.
Not Adjusting for Conditions
Your warm-up needs change based on temperature, time of day, and your individual circumstances. Cold mornings require longer warm-ups than warm afternoons. After sitting at a desk all day, you need more movement preparation than if you've been active.
Ignoring Individual Needs
Every runner is different. Some people naturally warm up quickly, while others need more time. Previous injuries, age, and individual biomechanics all influence warm-up requirements. Pay attention to how your body responds and adjust accordingly.
Easy Run Warm-Up
For relaxed, conversational-pace runs, your warm-up can be relatively brief. Start with 5 minutes of walking or very slow jogging, followed by 3-5 minutes of basic dynamic stretches like leg swings and walking lunges. Then simply begin your run at an easy pace, allowing the first 5-10 minutes to serve as additional warm-up time.
Tempo Run or Threshold Training Warm-Up
These moderately hard efforts require thorough preparation. Begin with 10 minutes of easy jogging, then perform a full dynamic stretching routine for 5-7 minutes. Include running drills for 3-5 minutes, followed by 3-4 strides at progressively faster paces. This comprehensive approach ensures you're ready for sustained hard effort.
Interval Training or Speed Work Warm-Up
High-intensity training demands the most thorough warm-up. Start with 10-15 minutes of easy running, follow with 8-10 minutes of dynamic stretching and mobility work, include 5 minutes of running drills, and finish with 5-6 strides that progress to near-race pace. This extended warm-up prevents injury during explosive efforts and allows better performance during the workout.
Race Day Warm-Up
Racing requires feeling ready to run hard from the gun. Begin your warm-up 40-60 minutes before race start, allowing time for toilet stops and getting to the start line. Include 10-15 minutes of easy jogging, 5-7 minutes of dynamic stretching, 3-5 minutes of running drills, and 4-6 strides at race pace. Finish your warm-up 5-10 minutes before race start so you're ready but not cooling down.
At Auckland Physiotherapy, we often work with runners managing or recovering from injuries. Your warm-up can be adapted to protect vulnerable areas while still preparing you for running.
Achilles Tendinopathy
If you're dealing with Achilles issues, include extra calf preparation in your warm-up. Perform gentle calf raises and ankle circles, progress to walking on toes, and gradually introduce easy jogging. Avoid aggressive stretching of the Achilles, which can aggravate symptoms.
Plantar Fasciitis
For heel pain sufferers, start with gentle foot rolling on a tennis ball, perform toe curls and spreads, begin walking before transitioning to jogging, and ensure footwear provides adequate support. Never run through sharp pain—if your warm-up doesn't ease symptoms, it's not a good running day.
Runner's Knee (Patellofemoral Pain)
Knee pain often responds well to proper warm-up. Focus on hip activation exercises like clamshells and hip bridges, include lateral movements to activate hip stabilizers, and progress gradually from walking to jogging while monitoring symptoms. If pain persists or worsens, consult with a physiotherapist before continuing.
IT Band Syndrome
For lateral knee or hip pain, emphasize hip mobility work, include hip strengthening exercises, perform extra dynamic stretching for hip external rotators, and consider foam rolling the lateral thigh before running (though research on this is mixed). Consistent hip strengthening often provides more benefit than warm-up alone.
While general warm-up principles apply to most runners, individual assessment can identify specific areas that need extra attention. At Auckland Physiotherapy, we evaluate your running biomechanics, identify muscle weaknesses or imbalances, assess joint mobility and flexibility, review your injury history, and consider your training goals and running volume.
Based on this assessment, we create personalized warm-up routines that address your individual needs. This might include specific exercises for weak hip stabilizers, mobility work for restricted ankle dorsiflexion, activation drills for underactive glutes, or modified movements to protect recovering injuries.
We also teach you how to recognize when your warm-up is adequate—understanding the difference between muscles that need more preparation and pain that signals you shouldn't run. This body awareness is crucial for long-term injury prevention.
Many runners benefit from including targeted strength and activation exercises in their warm-up routine, particularly for commonly weak areas that contribute to running injuries.
Hip Activation Exercises
Strong, active hip muscles are crucial for running efficiency and injury prevention. Consider adding clamshells to activate hip external rotators, hip bridges for glute activation, single-leg deadlifts for balance and glute strength, and lateral band walks for hip abductor engagement. These exercises only take a few minutes but can significantly improve running mechanics.
Core Activation
A stable core supports efficient running form. Simple exercises like planks, bird dogs, and dead bugs can be performed before running to engage your core musculature. This preparation helps maintain good posture throughout your run, especially as fatigue sets in.
While most runners can implement an effective warm-up routine on their own, certain situations warrant professional guidance from a physiotherapist:
At Auckland Physiotherapy, we specialize in working with runners to optimize performance and prevent injuries. Our comprehensive assessments identify potential problems before they become serious, allowing you to continue doing what you love—running.
The best warm-up routine is one you'll actually do consistently. Here are strategies to make your warm-up sustainable:
Build it into your schedule by considering warm-up time when planning runs. If you have 30 minutes, plan for 10 minutes of warm-up and 20 minutes of running rather than skipping preparation to maximize running time.
Create habits by doing your warm-up in the same order each time. This routine becomes automatic, reducing the mental effort required.
Keep it simple—especially for easy runs. You don't need an elaborate routine for every run. Match warm-up intensity to workout intensity.
Listen to your body and adjust based on how you feel. Some days you'll need more warm-up time, other days less.
Proper warm-up before running isn't about adding inconvenient extra time to your workout—it's an investment in better performance, fewer injuries, and greater running longevity. The few extra minutes you spend preparing your body pay dividends in how you feel during and after your runs, and in your ability to keep running for years to come.
Whether you're running along Tamaki Drive, training for the Auckland Marathon, or just staying fit with regular jogs around your neighborhood, taking time to warm up properly is one of the smartest things you can do for your running.
If you want to optimize your running performance, prevent injuries, or address existing problems, the team at Auckland Physiotherapy is here to help. We provide comprehensive running assessments, biomechanical analysis, personalized warm-up routines, injury treatment and rehabilitation, and training advice for runners of all levels.
Contact Auckland Physiotherapy today:
Visit www.aucklandphysiotherapy.co.nz or call to book your running assessment. Let us help you develop the warm-up routine that will keep you running strong, feeling great, and achieving your goals.
Remember: Every run begins before you take your first step. Invest in proper warm-up, and your body will reward you with better runs and fewer injuries.
The information provided in this blog is for educational purposes and should not replace professional medical advice. If you're experiencing pain or have concerns about your running, consult with a qualified physiotherapist or healthcare provider.
Housed in the beautiful Foundation Precinct, sandwiched in-between Newmarket, Parnell & Remuera
By Auckland Physiotherapy | Evidence-Based Arthritis Management
If you're living with arthritis, you've likely received conflicting advice over the years. Perhaps you've been told to rest your joints, avoid certain activities, or that there's little you can do except manage pain with medication. However, the latest research is challenging many long-held beliefs about arthritis management and revealing more effective approaches to maintaining joint health and reducing pain.
At Auckland Physiotherapy, we stay current with the latest arthritis research to provide our patients with evidence-based treatment strategies. The good news is that recent studies show you have far more control over your arthritis symptoms than previously thought. From exercise and strength training to supplements and lifestyle modifications, let's explore what the current evidence tells us about managing this common condition.
Arthritis isn't a single disease but rather a term encompassing over 100 different conditions affecting joints and surrounding tissues. The two most common types are osteoarthritis (OA), which involves the breakdown of joint cartilage and underlying bone, and rheumatoid arthritis (RA), an autoimmune condition causing joint inflammation. In New Zealand, arthritis affects approximately one in six people, making it one of the most prevalent chronic health conditions.
For decades, arthritis was viewed as a wear-and-tear condition—inevitable joint deterioration that worsens with age and use. However, modern research reveals a much more complex picture. We now understand that arthritis involves inflammation, changes in bone structure, alterations in surrounding muscles and tendons, and importantly, many modifiable factors that influence disease progression and symptoms.
Perhaps the most significant shift in arthritis management over the past decade is the overwhelming evidence supporting exercise as a primary treatment. This represents a complete reversal from older recommendations to rest arthritic joints.
What the Research Shows
Multiple high-quality studies and systematic reviews now demonstrate that exercise for people with arthritis reduces pain levels as effectively as pain medication, improves physical function and mobility, enhances quality of life, slows disease progression, and reduces the need for joint replacement surgery. A landmark 2020 study published in the British Journal of Sports Medicine found that exercise therapy was as effective as surgery for knee osteoarthritis, challenging the assumption that joint replacement is inevitable for many patients.
Importantly, research shows that appropriate exercise does not damage arthritic joints or accelerate cartilage loss. In fact, the opposite is true—controlled joint loading through exercise promotes cartilage health by improving nutrient delivery, stimulating beneficial cartilage cell activity, and strengthening supporting structures.
Types of Exercise That Help Arthritis
The evidence supports several exercise modalities for arthritis management:
Aerobic exercise such as walking, cycling, and swimming has been shown to reduce pain and improve cardiovascular health without stressing joints excessively. Studies indicate that even gentle walking for 30 minutes most days significantly improves arthritis symptoms and overall health. For Auckland residents, our numerous walking paths along the waterfront and through parks provide excellent low-impact exercise opportunities.
Strength training, which we'll discuss in detail shortly, has emerged as particularly beneficial for arthritis. Research consistently shows that strengthening muscles around affected joints reduces pain, improves function, and may slow disease progression.
Flexibility and range of motion exercises help maintain joint mobility and prevent stiffness. While once considered the primary exercise for arthritis, we now know these are important but shouldn't be the only form of exercise.
Balance and proprioception training reduces fall risk and improves joint stability, particularly important for those with lower limb arthritis. Tai chi has shown particular promise in research studies for improving balance and reducing arthritis pain.
One of the most exciting developments in arthritis research is the compelling evidence supporting strength training, even for people with moderate to severe arthritis.
Why Strength Training Works
When you have arthritis, the muscles around affected joints often become weak, either from disuse, pain avoidance, or the inflammatory process itself. This muscle weakness creates a vicious cycle where weak muscles provide less joint support, leading to increased pain, causing further reduction in activity, resulting in more muscle loss. Strength training breaks this cycle.
Research published in recent years demonstrates that strength training for people with arthritis reduces joint pain by 30-50%, improves physical function and daily activity performance, increases muscle mass and strength around affected joints, enhances joint stability and protection, and improves bone density, particularly important for those at osteoporosis risk.
Is Strength Training Safe for Arthritic Joints?
This is the question we hear most frequently at Auckland Physiotherapy, and the evidence provides a clear answer: yes, when done appropriately. Multiple studies have monitored people with arthritis performing strength training over months and years, finding no evidence of joint damage or accelerated cartilage loss. In fact, appropriate strength training appears to have protective effects on joints.
The key is "appropriate" strength training. This means starting with lighter weights and higher repetitions, progressing gradually based on individual response, using proper technique to distribute forces correctly, working within tolerable pain levels (mild discomfort during exercise is acceptable, but sharp pain is not), and ideally working with a physiotherapist initially to ensure correct form and progression.
What Type of Strength Training Is Best?
Research supports various approaches to strength training for arthritis:
Progressive resistance training, where you gradually increase weight or resistance over time, has the strongest evidence base. This can be performed with weights, resistance bands, or body weight. Studies show that training 2-3 times per week at moderate intensity (60-80% of maximum strength) provides optimal benefits.
Isometric exercises, where muscles contract without moving the joint, can be particularly useful during arthritis flares when movement is more painful. Research shows these still provide strength benefits while minimizing joint stress.
Functional strength training that mimics daily activities—such as sit-to-stand exercises, step-ups, and carrying tasks—helps translate strength gains into improved daily function.
Getting Started with Strength Training
If you're new to strength training with arthritis, the evidence suggests:
Start with bodyweight exercises or very light resistance. Focus on major muscle groups around affected joints—for knee arthritis, this means quadriceps, hamstrings, and hip muscles; for hip arthritis, focus on hip abductors, extensors, and core muscles. Begin with 1-2 sets of 10-15 repetitions, performed slowly with control. Progress gradually, increasing resistance only when exercises become comfortable. Allow at least one day of rest between strength training sessions for the same muscle groups.
At Auckland Physiotherapy, we design individualized strength training programs based on your specific arthritis presentation, fitness level, and goals. Professional guidance ensures you're exercising effectively while minimizing injury risk.
The supplement industry for arthritis is enormous, with countless products claiming to relieve pain, rebuild cartilage, or cure arthritis entirely. Let's examine what the evidence actually shows.
Glucosamine and Chondroitin
These supplements have been extensively studied, with mixed results. Recent meta-analyses and systematic reviews suggest that glucosamine sulfate may provide modest pain relief for some people with knee osteoarthritis, though effects are generally small. Chondroitin shows similar modest benefits in some studies. However, these supplements do not rebuild cartilage or reverse arthritis progression as once hoped.
The current evidence-based position is that glucosamine and chondroitin are safe and may be worth trying for 2-3 months to see if you notice benefits, but they're not miracle cures and work for only some people. If you notice no improvement after 2-3 months of consistent use, continuing is unlikely to help.
Omega-3 Fatty Acids (Fish Oil)
The evidence for omega-3 supplements in arthritis management is more promising, particularly for rheumatoid arthritis. Studies show that omega-3 fatty acids reduce inflammatory markers, may decrease pain and morning stiffness in RA, and might reduce the need for anti-inflammatory medications. For osteoarthritis, the evidence is less clear but suggests possible modest benefits.
Dosage matters—research typically uses 2-3 grams of EPA and DHA combined daily, which is higher than many standard fish oil supplements provide. Quality also matters, as some fish oil supplements contain less omega-3 than claimed on the label.
Vitamin D
Low vitamin D levels are common in people with arthritis, and research increasingly links vitamin D deficiency with increased arthritis pain and progression. Several studies suggest that correcting vitamin D deficiency reduces arthritis pain, though the evidence is still emerging.
Given that vitamin D deficiency is common in New Zealand, particularly during winter months, and that vitamin D is important for bone health, immune function, and muscle strength, testing your vitamin D levels and supplementing if deficient makes sense for most people with arthritis.
Turmeric and Curcumin
Turmeric has gained significant attention for arthritis management. Research shows that curcumin, the active compound in turmeric, has anti-inflammatory properties and several studies demonstrate modest pain reduction in knee osteoarthritis. However, curcumin is poorly absorbed, so supplements with enhanced bioavailability or added black pepper (piperine) are more effective than standard turmeric powder.
While evidence is promising, effects are generally modest and curcumin shouldn't replace proven treatments like exercise and weight management.
What About Collagen Supplements?
Collagen supplements have become extremely popular, with claims about rebuilding cartilage and reversing arthritis. The evidence, however, is limited and mixed. Some small studies suggest possible benefits for joint pain, but high-quality research is lacking. The body breaks down collagen supplements into amino acids during digestion, so the idea that consuming collagen directly rebuilds joint cartilage is oversimplified.
Supplements with Little Evidence
Many other supplements are marketed for arthritis with minimal scientific support, including MSM (methylsulfonylmethane), SAMe (S-adenosylmethionine), green-lipped mussel extract, and various herbal preparations. While some people report benefits, robust evidence is lacking.
The Bottom Line on Supplements
Supplements might provide modest symptom relief for some people but are not primary treatments for arthritis. Exercise, weight management, and physiotherapy have much stronger evidence and larger effect sizes than any supplement. If trying supplements, give them 2-3 months to assess effectiveness, choose reputable brands with third-party testing, and discuss with your healthcare provider to avoid interactions with medications.
For people with lower limb arthritis, weight management deserves special attention. Research consistently shows that excess body weight increases arthritis risk, accelerates disease progression, and worsens symptoms. Every kilogram of excess weight places approximately 3-4 kilograms of force on knee joints during walking.
However, the good news is equally compelling: studies demonstrate that even modest weight loss (5-10% of body weight) significantly reduces arthritis pain, improves physical function, and may slow disease progression. For someone weighing 90 kilograms, losing just 5-9 kilograms can substantially improve symptoms.
Weight loss is particularly effective when combined with exercise. Research shows that the combination of weight loss and strengthening exercises provides greater benefits than either intervention alone.
Older arthritis advice often emphasized avoiding activities that stress affected joints. Current evidence takes a more nuanced approach, recognizing that complete avoidance of activities you enjoy reduces quality of life and that appropriate activity modification allows continued participation.
What the Research Shows About Impact Activities
For years, people with arthritis were told to avoid running and other high-impact activities. However, recent research challenges this blanket advice. Studies show that recreational running doesn't increase arthritis risk in people with healthy joints and that runners have similar or lower rates of knee arthritis compared to non-runners.
For people who already have arthritis, the evidence is more complex. Running may be possible for some people with mild to moderate arthritis if they have good biomechanics, adequate strength and conditioning, appropriate footwear, and are willing to modify training based on symptoms. However, high-mileage running and competitive running do appear to increase stress on arthritic joints.
The key message is individualization—some people with arthritis can continue running with modifications, while others need to transition to lower-impact activities like cycling or swimming.
Sports Participation with Arthritis
Research increasingly supports the idea that staying active in sports you enjoy, with appropriate modifications, provides better outcomes than complete activity cessation. Benefits include maintained strength and fitness, better weight management, improved mood and quality of life, and continued social engagement.
The evidence supports working with physiotherapists to identify necessary modifications—such as reduced training volume, appropriate rest and recovery, strengthening supporting muscles, and using proper equipment and technique.
While medications have their place in arthritis management, research increasingly emphasizes multimodal approaches to pain control.
Exercise as Pain Management
We've already discussed exercise extensively, but it's worth emphasizing that exercise is one of the most effective pain management strategies for arthritis. Studies show that exercise reduces pain as effectively as many pain medications, with benefits lasting as long as exercise is continued.
Manual Therapy and Physiotherapy
Research supports hands-on physiotherapy techniques for arthritis pain management. Studies show that joint mobilization reduces pain and improves mobility, soft tissue massage decreases muscle tension around affected joints, and taping techniques can provide short-term pain relief. While these passive treatments are helpful, evidence indicates they work best when combined with active exercise programs.
Heat and Cold Therapy
Research supports both heat and cold applications for arthritis pain. Heat therapy before activity can reduce stiffness and improve flexibility, while cold therapy after activity can reduce inflammation and pain. Many people with arthritis find alternating heat and cold provides optimal relief.
Pain Neuroscience Education
Emerging research shows that understanding pain itself—how it's produced by the nervous system and doesn't always reflect tissue damage—can reduce arthritis pain and disability. This approach, called pain neuroscience education, helps people understand that some arthritis pain relates to sensitization of the nervous system rather than ongoing joint damage, movement and activity are safe even with some pain, and pacing strategies can help manage symptoms.
At Auckland Physiotherapy, we incorporate pain neuroscience education into arthritis management programs.
Research continues to explore new arthritis treatments:
Platelet-Rich Plasma (PRP) Injections
PRP involves injecting concentrated platelets from your own blood into affected joints. Research results are mixed—some studies show modest improvements in pain and function, while others show no benefit beyond placebo. Current evidence suggests PRP is not a cure for arthritis but might provide temporary symptom relief for some people.
Stem Cell Therapy
While promising in theory, current evidence for stem cell therapy in arthritis is limited and based mostly on low-quality studies. More rigorous research is needed before this can be recommended as a standard treatment.
Dietary Interventions
Research is exploring various dietary approaches for arthritis management. The Mediterranean diet shows promise for reducing inflammation, anti-inflammatory diets may help some people with RA, and eliminating specific trigger foods helps some individuals. However, no single diet cures arthritis, and dietary changes should complement rather than replace proven treatments.
Based on current research, an effective arthritis management plan should include:
Foundation: Exercise and Physical Activity
Weight Management (if relevant)
Professional Physiotherapy
Selective Supplement Use
Pain Management Strategies
Lifestyle Modifications
While exercise and conservative management work well for most people, some situations warrant consideration of injections or surgery:
However, research consistently shows that even candidates for surgery often benefit significantly from pre-surgical physiotherapy and exercise programs. Some people improve enough to delay or avoid surgery altogether.
If you're living with arthritis, the evidence is clear: you have more control over your symptoms and disease progression than you might think. Exercise, particularly strength training, represents one of the most powerful treatments available. Combined with appropriate weight management, targeted supplements if desired, and expert guidance from physiotherapists, most people can significantly improve their quality of life.
At Auckland Physiotherapy, we specialize in evidence-based arthritis management. We stay current with the latest research to provide you with treatments proven to work, not outdated advice or unproven gimmicks.
We provide:
Don't let arthritis limit your life. The latest evidence shows that with the right approach, you can reduce pain, improve function, and maintain an active lifestyle.
Contact Auckland Physiotherapy today:
Visit www.aucklandphysiotherapy.co.nz or call to book your comprehensive arthritis assessment. Let us help you develop an evidence-based management plan tailored to your specific needs and goals.
Remember: arthritis is not a condition you simply endure—it's a condition you can actively manage. The research shows that what you do matters enormously. Start taking control of your arthritis today.
The information provided in this blog is for educational purposes and should not replace professional medical advice. Always consult with your physiotherapist or healthcare provider regarding your specific arthritis management needs. If you experience sudden severe joint pain, significant swelling, or signs of infection, seek immediate medical attention.
Housed in the beautiful Foundation Precinct, sandwiched in-between Newmarket, Parnell & Remuera
By Auckland Physiotherapy | Evidence-Based RA Management
Rheumatoid arthritis (RA) is more than just joint pain—it's a complex autoimmune condition that can significantly impact your quality of life, daily activities, and overall health. If you've recently been diagnosed with RA, or have been living with it for years, you're likely navigating a maze of treatment options, from medications and injections to physiotherapy and lifestyle changes.
At Auckland Physiotherapy, we work alongside rheumatologists and other healthcare providers to deliver comprehensive, evidence-based care for people with rheumatoid arthritis. While we can't cure RA, modern treatment approaches have transformed what's possible. Many people with RA now live active, fulfilling lives with well-controlled symptoms. Understanding your treatment options and how they work together is the first step toward optimal management.
Rheumatoid arthritis is an autoimmune condition where your immune system mistakenly attacks the lining of your joints (the synovium), causing inflammation, pain, and eventually joint damage if left untreated. Unlike osteoarthritis, which is primarily a wear-and-tear condition, RA is driven by immune system dysfunction.
RA typically affects joints symmetrically—meaning both hands, both knees, or both feet rather than just one side. Common affected joints include hands and wrists, feet and ankles, knees, shoulders, and elbows. However, RA is a systemic disease that can affect other body systems including the heart and blood vessels, lungs, eyes, and skin. This is why comprehensive treatment addressing the whole condition, not just joint symptoms, is essential.
Early Diagnosis and Treatment: Critical for Long-Term Outcomes
One of the most important advances in RA care is the recognition that early, aggressive treatment significantly improves long-term outcomes. Research consistently shows that starting disease-modifying treatment within the first few months of symptom onset prevents irreversible joint damage, reduces long-term disability, and improves quality of life. If you suspect you have RA but haven't been diagnosed, seeking prompt evaluation from a rheumatologist is crucial.
Modern RA treatment aims for several interconnected goals. The primary objective is achieving remission or low disease activity, meaning minimal or no symptoms and no active inflammation. Research shows this is achievable for many people with current treatments.
Additional goals include preventing joint damage and deformity, maintaining physical function and independence, managing pain and stiffness effectively, reducing systemic inflammation and associated health risks, and optimizing quality of life and participation in valued activities. Achieving these goals requires a multifaceted approach combining medications, physiotherapy, lifestyle modifications, and regular monitoring.
While physiotherapy and exercise are crucial components of RA management, medications form the foundation of disease control by targeting the underlying immune dysfunction.
Disease-Modifying Anti-Rheumatic Drugs (DMARDs)
DMARDs are the cornerstone of RA treatment. Unlike pain medications that only address symptoms, DMARDs actually slow or stop disease progression by modifying the immune response. The most commonly prescribed DMARD is methotrexate, which has decades of research supporting its effectiveness and safety when properly monitored.
Methotrexate works by suppressing the overactive immune response driving RA inflammation. Studies show it reduces joint pain and swelling, prevents joint damage when started early, and is generally well-tolerated with regular monitoring. Most people take methotrexate once weekly, along with folic acid supplementation to reduce side effects. Regular blood tests monitor for potential side effects on the liver and blood cells.
Other conventional DMARDs include hydroxychloroquine (Plaquenil), sulfasalazine, and leflunomide. Sometimes these are used in combination with methotrexate for better disease control.
Biologic DMARDs
Biologic medications represent a major advance in RA treatment. These are engineered proteins that target specific components of the immune system driving RA inflammation. Biologics are typically used when conventional DMARDs like methotrexate don't provide adequate disease control, or sometimes as first-line treatment in severe RA.
Common biologic classes include TNF inhibitors such as adalimumab (Humira), etanercept (Enbrel), and infliximab (Remicade), which block tumor necrosis factor, a key inflammatory protein. Other biologics target different immune pathways, including rituximab which depletes B cells, tocilizumab which blocks interleukin-6, and abatacept which modulates T cell activation.
Research shows biologics are highly effective, often achieving remission when conventional DMARDs haven't worked. They're generally well-tolerated, though they do increase infection risk by suppressing immune function. In New Zealand, access to biologic medications often requires meeting specific criteria and approval through Pharmac.
JAK Inhibitors
Janus kinase (JAK) inhibitors are a newer class of RA medications taken as pills rather than injections. They work by blocking enzymes involved in the inflammatory process. Examples include tofacitinib (Xeljanz), baricitinib (Olumiant), and upadacitinib (Rinvoq). Studies show JAK inhibitors are as effective as biologics for many people, with the advantage of oral administration rather than injections.
Corticosteroids
Steroids like prednisone rapidly reduce inflammation and can provide quick symptom relief. However, long-term steroid use carries significant risks including bone loss, weight gain, diabetes, and increased infection risk. Current RA treatment approaches use steroids as a "bridge" therapy—providing symptom control while waiting for DMARDs to take effect (which can take weeks or months), or during disease flares for short-term symptom management.
The goal is to use the lowest effective steroid dose for the shortest time possible, while DMARDs provide long-term disease control.
Pain and Anti-Inflammatory Medications
Non-steroidal anti-inflammatory drugs (NSAIDs) like ibuprofen, naproxen, or celecoxib help manage pain and reduce inflammation but don't modify disease progression. They're useful for symptom management alongside DMARDs. Paracetamol can help with pain relief though it doesn't address inflammation.
These medications treat symptoms but don't prevent joint damage, which is why DMARDs remain the treatment priority.
While medications control the underlying disease process, physiotherapy addresses the physical impacts of RA on joints, muscles, and functional abilities. Research consistently demonstrates that physiotherapy is an essential component of comprehensive RA care.
Exercise Therapy: Essential Despite Inflammation
One of the most important shifts in RA management is the recognition that exercise is beneficial, not harmful, even during active disease. For years, people with RA were told to rest their joints, but current evidence shows that appropriate exercise reduces pain and fatigue, improves joint function and range of motion, maintains and builds muscle strength, enhances cardiovascular health, and improves mood and quality of life.
Importantly, research shows that exercise does not increase disease activity or accelerate joint damage in RA. In fact, people with RA who exercise regularly often have better long-term outcomes than those who remain sedentary.
Types of Exercise for Rheumatoid Arthritis
Evidence supports several exercise modalities for RA:
Strengthening exercises are particularly important because RA causes muscle weakness around affected joints. Research shows that strength training performed 2-3 times weekly significantly improves muscle strength, reduces pain, and enhances physical function. At Auckland Physiotherapy, we design progressive strength programs that respect joint limitations while building supporting musculature.
Aerobic exercise such as walking, cycling, or swimming improves cardiovascular fitness, helps manage fatigue (a major RA symptom), supports weight management, and reduces cardiovascular disease risk (which is elevated in RA). Studies show that moderate-intensity aerobic exercise 3-5 times weekly is safe and beneficial for people with RA.
Flexibility and range of motion exercises help maintain joint mobility and prevent contractures (permanent joint tightening). These are particularly important for hands, wrists, and shoulders commonly affected by RA. Gentle stretching and range of motion work should be performed daily.
Balance and proprioception training reduces fall risk, which is important as RA affects foot and ankle joints that are crucial for balance. Exercises improving balance help maintain independence and reduce injury risk.
Exercising During Flares
During RA flares when joints are particularly inflamed and painful, exercise requires modification but shouldn't be abandoned entirely. Research suggests that during flares, reduce exercise intensity and duration, focus on gentle range of motion exercises to prevent stiffness, consider water-based exercise which reduces joint stress, and avoid high-impact activities. Once the flare subsides, gradually return to your regular exercise program.
Manual Therapy and Joint Protection
Physiotherapists provide hands-on treatment techniques that complement exercise. Research shows that joint mobilization can reduce pain and improve mobility in affected joints, soft tissue massage decreases muscle tension and improves circulation, and therapeutic taping provides temporary pain relief and joint support.
We also teach joint protection principles—techniques to reduce joint stress during daily activities. These include using larger, stronger joints for tasks when possible, avoiding positions that strain small finger joints, using assistive devices and adaptive equipment, and balancing activity with rest to prevent overuse.
Hand Therapy for RA
Hand and wrist involvement is extremely common in RA, often causing significant functional limitations. Specialized hand therapy includes exercises to maintain finger and wrist mobility and strength, splinting to support joints and prevent deformity, activity modification to protect hand joints, and recommendations for adaptive equipment that reduces hand strain.
Research shows that early hand therapy intervention can prevent or minimize hand deformities that were once considered inevitable in RA.
Fatigue is one of the most challenging and underappreciated symptoms of RA. Unlike normal tiredness, RA fatigue is overwhelming exhaustion that doesn't improve with rest. Studies show that up to 80% of people with RA experience significant fatigue that impacts daily activities.
Evidence-Based Fatigue Management Strategies
Research identifies several effective approaches to managing RA fatigue:
Regular exercise, paradoxically, is one of the most effective fatigue management strategies. Studies consistently show that people with RA who exercise regularly experience less fatigue than those who are sedentary. Start with gentle activities and gradually increase as tolerated.
Energy conservation and pacing involves balancing activity with rest, prioritizing important activities, breaking tasks into smaller segments, and planning rest periods before becoming exhausted. Occupational therapists and physiotherapists can teach specific energy conservation techniques.
Sleep optimization is crucial, as poor sleep worsens RA fatigue. This includes establishing regular sleep schedules, creating a comfortable sleep environment, managing pain that disrupts sleep, and addressing sleep disorders if present.
Addressing disease activity with appropriate medication management is fundamental, as uncontrolled inflammation is a major contributor to fatigue. Working with your rheumatologist to optimize disease control often significantly improves energy levels.
Managing stress and mental health is important because depression and anxiety, which are more common in people with RA, worsen fatigue. Psychological support, stress management techniques, and treatment for mood disorders when present all help reduce fatigue.
Beyond medical treatment and physiotherapy, several lifestyle factors significantly impact RA outcomes.
Diet and Nutrition
While no diet cures RA, research shows that nutrition influences inflammation and overall health. The Mediterranean diet, rich in fish, olive oil, fruits, vegetables, and whole grains, has the strongest evidence for reducing inflammation in RA. Studies show that following a Mediterranean-style diet may reduce disease activity and improve symptoms.
Omega-3 fatty acids from fish or supplements have anti-inflammatory properties and research shows they may reduce RA pain and morning stiffness. Maintaining a healthy weight is important, as excess weight increases stress on weight-bearing joints and obesity is associated with increased inflammation.
Some people with RA report that specific foods trigger symptoms, though this varies individually. Common reported triggers include processed foods, refined sugars, and nightshade vegetables (though scientific evidence for nightshades is limited). An elimination diet supervised by a dietitian can help identify personal triggers.
Smoking Cessation
If you smoke and have RA, quitting is one of the most important things you can do. Research shows that smoking worsens RA disease activity and severity, reduces the effectiveness of RA medications (particularly methotrexate), increases joint damage, and elevates the risk of RA-related complications. Studies demonstrate that people with RA who quit smoking experience improved disease control and better treatment responses.
Stress Management
Stress doesn't cause RA, but research shows it can trigger flares and worsen symptoms. The relationship is bidirectional—RA causes stress, and stress worsens RA. Effective stress management techniques supported by research include mindfulness meditation, which has been shown to reduce pain and improve quality of life in RA, gentle yoga incorporating breathing and relaxation, cognitive-behavioral therapy for managing chronic illness challenges, and regular physical activity, which reduces both stress and RA symptoms.
Sleep Quality
Poor sleep is common in RA due to pain, stiffness, and the inflammatory process itself. However, inadequate sleep worsens pain perception, increases fatigue, and may worsen inflammation. Improving sleep quality through good sleep hygiene, appropriate pain management at night, and treating sleep disorders when present is an important component of RA management.
RA treatment isn't a one-time prescription—it requires ongoing monitoring and adjustment. Modern RA care involves regular assessment of disease activity using validated measures, periodic blood tests monitoring inflammation markers and medication side effects, and imaging studies (X-rays, ultrasound, or MRI) to assess joint damage.
The treat-to-target approach, supported by strong research evidence, involves setting specific treatment goals (usually remission or low disease activity), regularly assessing whether goals are being met, and adjusting treatment if targets aren't achieved within 3-6 months. This proactive approach leads to better long-term outcomes than simply treating symptoms as they arise.
At Auckland Physiotherapy, we work collaboratively with your rheumatologist to monitor your physical function and adjust your exercise and physiotherapy program based on disease activity and treatment changes.
Pregnancy and Rheumatoid Arthritis
Many women with RA can have successful pregnancies, though planning is important. Some RA medications must be stopped before conception due to potential fetal harm (particularly methotrexate), while others are safe during pregnancy. Interestingly, many women experience reduced RA symptoms during pregnancy, though flares often occur after delivery.
If you have RA and are considering pregnancy, discuss this with your rheumatologist well in advance to optimize your treatment plan.
RA in Older Adults
Managing RA in older adults requires special considerations including increased risk of medication side effects, higher risk of infections with immunosuppressive medications, greater impact of RA on mobility and independence, and presence of other health conditions complicating treatment. However, research shows that older adults with RA benefit substantially from appropriate treatment, including exercise programs tailored to their abilities.
Work and Rheumatoid Arthritis
Many people with well-controlled RA continue working successfully. Strategies that help include open communication with employers about accommodation needs, workplace modifications such as ergonomic equipment, flexible scheduling to accommodate medical appointments and fatigue, and pacing strategies to balance work demands with energy levels. In New Zealand, employment protections exist for people with disabilities including RA. If work is becoming difficult, occupational therapy assessment can identify helpful modifications.
RA research continues to advance, with several promising areas:
Biosimilar Medications
Biosimilars are highly similar versions of existing biologic medications, typically available at lower cost. Research shows they're as effective and safe as original biologics, and increasing availability in New Zealand improves access to these important treatments.
Targeted Synthetic DMARDs
Newer medications that precisely target specific inflammatory pathways are being developed and tested. These may offer benefits similar to biologics with different administration routes or side effect profiles.
Personalized Medicine
Research is working toward predicting which patients will respond best to which medications, potentially avoiding the current trial-and-error approach to finding the right treatment. Genetic testing and biomarkers may eventually guide treatment selection.
Understanding Remission
Researchers are studying what happens during sustained remission to understand if some people might eventually discontinue medication. Current evidence suggests some patients in prolonged remission can reduce medication doses, but this requires careful monitoring and should only be done under rheumatologist supervision.
Living with a chronic condition like RA significantly impacts mental health. Research shows that people with RA have higher rates of depression and anxiety compared to the general population. This isn't surprising given the challenges of chronic pain, fatigue, functional limitations, medication side effects, and uncertainty about the future.
Importantly, mental health and RA symptoms influence each other—depression worsens pain perception and fatigue, while poorly controlled RA increases depression and anxiety risk. This is why addressing mental health is an essential component of comprehensive RA care.
Effective strategies include psychological therapy, particularly cognitive-behavioral therapy which helps develop coping skills, peer support through RA support groups where you can connect with others facing similar challenges, stress reduction techniques including mindfulness and relaxation practices, and appropriate treatment for depression or anxiety when present, which may include therapy, medication, or both.
At Auckland Physiotherapy, we recognize the emotional challenges of living with RA and can connect you with appropriate mental health resources when needed.
With modern medication management, many people with RA never require surgery. However, surgery may be considered when joint damage causes severe pain or functional limitation despite optimal medical treatment, joint instability creates safety concerns, or severe deformity significantly impacts quality of life.
Common surgical procedures for RA include joint replacement (hip, knee, shoulder), synovectomy (removing inflamed joint lining), tendon repair or reconstruction, and hand and wrist procedures to improve function.
Importantly, even when surgery is necessary, research shows that prehabilitation—physiotherapy and exercise before surgery—improves surgical outcomes. Postoperative physiotherapy is also crucial for optimal recovery and function.
Effective RA management requires coordination among multiple healthcare providers. Your team typically includes a rheumatologist managing medications and overall disease control, a physiotherapist addressing physical function and exercise, your general practitioner for overall health management, and potentially occupational therapists for workplace and daily activity adaptations, dietitians for nutritional guidance, and mental health professionals for psychological support.
At Auckland Physiotherapy, we function as part of your RA care team, communicating with your rheumatologist and other providers to ensure coordinated, comprehensive care.
Your RA management plan should include:
While receiving an RA diagnosis can be frightening, it's important to know that treatment has advanced dramatically in recent decades. With early, appropriate treatment, most people with RA can achieve good disease control, maintain physical function, continue working and enjoying activities, and live full, active lives.
The key is taking an active role in your care—adhering to medications, participating in physiotherapy and exercise, making lifestyle modifications, attending regular appointments, and communicating openly with your healthcare team about symptoms and concerns.
If you've been diagnosed with rheumatoid arthritis or are struggling to manage your symptoms, Auckland Physiotherapy can help. We specialize in evidence-based RA management, working alongside your rheumatologist to optimize your physical function and quality of life.
We provide:
Don't let rheumatoid arthritis limit your life. With the right treatment approach combining medication management, physiotherapy, and lifestyle modifications, you can achieve good disease control and maintain your quality of life.
Contact Auckland Physiotherapy today:
Visit www.aucklandphysiotherapy.co.nz or call to book your comprehensive rheumatoid arthritis assessment. Let us help you develop a personalized management plan that addresses your specific needs and goals.
Remember: rheumatoid arthritis is a manageable condition. With early diagnosis, appropriate treatment, and your active participation in care, you can live well with RA. Take the first step toward better management today.
The information provided in this blog is for educational purposes and should not replace professional medical advice. Rheumatoid arthritis requires medical management by a rheumatologist. Always consult with your healthcare providers regarding your specific treatment needs. If you experience severe joint swelling, fever, or signs of infection, seek immediate medical attention.
Housed in the beautiful Foundation Precinct, sandwiched in-between Newmarket, Parnell & Remuera
