15-Minute Yoga for Runners: Build Hip Mobility, Ankle Stability, and Core Strength to Run Further and Reduce Injuries

Table of Contents

1. Key Highlights:
2. Introduction
3. Why Runners Need Targeted Mobility and Stability Work
4. How the 15-Minute Routine Is Structured and Why It Works
5. Phase 1: Lateral & Spinal Opening — How to Wake Up the Ribcage and Spine
6. Phase 2: Stability & Balance — Single-Leg Control for Safer Strides
7. Phase 3: Power & Lunging — Train Hip Extension and Load Acceptance
8. Phase 4: Core & Posterior Chain — Build a Stiff Center and Resilient Hamstrings
9. Phase 5: Mobility Deep Dive — Squats, Balance Transitions, and Lizard Stretch
10. Detailed Step-by-Step Routine with Timing and Reps
11. Coaching Cues, Alignment Checks, and Common Corrections
12. Progressions and Regressions: Making the Routine Work for All Levels
13. When to Use the Routine: Pre-Run, Post-Run, and Rest-Day Strategies
14. Integrating Yoga with Strength Training and Running Plans
15. Measuring Progress: What to Track and How Long It Takes to See Results
16. Common Mistakes and How to Avoid Them
17. Equipment, Environment, and Practical Considerations
18. Contraindications and When to Seek Professional Input
19. Case Examples: How Runners Can Apply the Routine
20. Integrating Breath and Mindfulness without Slowing Performance Work
21. Frequently Overlooked Benefits
22. FAQ

Key Highlights:

• A focused 15-minute yoga sequence targets the mobility and stability runners typically lack: hips, ankles, knees, core, and thoracic spine.
• The routine can be used before runs to activate muscles, after runs to speed recovery, or on rest days to maintain range of motion and reduce soreness.
• Practical coaching cues, progressions, and modifications make the sequence suitable for beginners through experienced runners.

Introduction

Running strengthens the heart and lungs but imposes repetitive stresses that commonly leave runners with tight hip flexors, stiff hamstrings, and a fatigued lower back. Those deficits reduce efficiency, limit stride length, and raise the risk of overuse injuries such as IT band syndrome, patellofemoral pain, and plantar fasciitis. Addressing mobility and stability where running falls short produces immediate and measurable gains: a stronger push-off, a more stable ankle and knee through footstrike, and a posture that conserves energy over long miles.

Dean from Man Flow Yoga packaged these goals into a compact, 15-minute routine for beginners. The session emphasizes controlled joint openings, unilateral balance patterns, active lunges, and posterior chain work—movements that restore what running takes. The following provides a detailed expansion of that routine, step-by-step coaching cues, evidence-informed rationale for each element, and practical guidance for integrating the sequence into any running program.

Why Runners Need Targeted Mobility and Stability Work

Running primarily moves the body through a sagittal (forward-back) plane. The repetitive nature of that motion creates predictable adaptations: hip flexor shortening from frequent knee drive, overused quads and underused glutes, and limited thoracic rotation from forward head posture. These imbalances change mechanics.

When hips are tight, stride efficiency drops. The runner compensates at the lumbar spine or knees, which increases compressive forces and fatigue. Weak or unstable ankles alter foot placement, producing valgus collapse at the knee or excessive pronation—both precursors to common injuries. A fatigued or hypermobile spine transfers rotational demands to hips and knees, further compounding strain.

A mobility-and-stability routine reverses those trends by:

• Increasing hip extension and thoracic mobility so the pelvis and spine move efficiently rather than forcing motion into the knee.
• Activating glutes and deep hip stabilizers so force is generated where it matters.
• Training unilateral balance to improve ankle proprioception and reduce compensatory patterns.
• Reinforcing core stiffness to protect the lower back and maintain posture during fatigue.

This approach reduces injury risk and supports speed and endurance development by making each running stride more efficient.

How the 15-Minute Routine Is Structured and Why It Works

The routine divides into five purposeful phases that address different failure points for runners:

1. Lateral and spinal opening — counteracts forward posture and boosts breathing capacity.
2. Stability and balance — builds single-leg control for safer, more powerful footstrikes.
3. Power and lunging — emphasizes hip extension and active range for push-off.
4. Core and posterior chain — links trunk stiffness to hip and hamstring strength.
5. Mobility deep dive — targets stubborn hip flexors and groin with loaded stretches.

Each phase blends mobility and strength rather than presenting static stretches alone. That active approach prepares tissues to operate under load, which is precisely what running demands.

Phase 1: Lateral & Spinal Opening — How to Wake Up the Ribcage and Spine

Purpose

• Expand thoracic extension and lateral flexion to improve breathing and posture.
• Counter the forward rounding common after long periods of running or sitting.

Key Moves and Coaching Cues

• Standing Side Stretch: Stand with toes touching, heels slightly apart. Interlace fingers overhead and extend the index fingers. Keep ribs long as you lean laterally. Press the hips in the opposite direction of the bend to emphasize the lateral opening rather than collapsing into the lower back. Hold for 3–5 slow breaths on each side.
  • Cue: Think of creating length between your hip and armpit rather than collapsing down.
• Standing Back Bend: From the same stance, slowly lean back, lifting the sternum toward the ceiling. Keep the neck neutral—do not drop the head back sharply. Engage lower abdominals lightly to protect the lumbar spine. Use small controlled motion; avoid pushing into pain.
  • Cue: Imagine the sternum is a lantern lifting up, while the pelvis remains neutral.

Why This Matters for Running A more mobile thoracic spine allows the torso to rotate over a stable pelvis. That rotation contributes to more efficient arm swing and better contralateral coordination—right arm with left leg—reducing wasteful compensations and allowing fuller breaths during tempo runs and intervals.

Practical Tip Perform these movements slowly. Thoracic mobility improves through controlled, repeated ranges rather than forceful jerks. Combine a few slow repetitions before a hard run to improve breathing and form; hold longer post-run to release tension.

Phase 2: Stability & Balance — Single-Leg Control for Safer Strides

Purpose

• Build ankle and knee stability while recruiting glutes and hip stabilizers that runners often neglect.
• Train the nervous system to maintain alignment under unilateral load.

Key Move and Coaching Cues

• Standing March Hold (Standing Finger-to-Toe Pose): Stand on one leg and lift the opposite knee to hip height. Place your hand on the elevated thigh and press down as you resist with the leg. Keep the standing knee soft, ankle stacked under the knee and hip, chin level.
  • Cue: Imagine the standing foot is gripping the ground and the lifted leg is pushing into your hand. Maintain a neutral pelvis; avoid hiking the hip.
• Progression: Add an arm reach opposite to the standing leg to challenge rotational control. Advanced runners close their eyes or perform slow forward taps with the lifted foot to increase proprioceptive demand.

Why This Matters for Running Single-leg support dominates running—each foot spends significant time in single-leg stance. Stability drills reduce lateral wobble, protect the knee from valgus collapse, and increase confidence on uneven terrain. Better proprioception translates to fewer missteps and a more consistent cadence.

Programming Note Perform 30–60 seconds per leg. Use this drill as a dynamic warm-up to prime the nervous system and glutes before intervals or hill repeats.

Phase 3: Power & Lunging — Train Hip Extension and Load Acceptance

Purpose

• Reinforce hip-driven power for propulsion.
• Teach the body to load through the glute and posterior chain instead of the knee.

Key Moves and Coaching Cues

• Runner’s Lunge (High Lunge Variation): Step one foot forward with the back foot grounded. Sink the hips while keeping the front weight in the glute, not the knee. Drive energy through the heel of the front foot and feel the stretch across the front of the rear hip.
  • Cue: Think of pulling the front hip back under you to get a fuller glute contraction.
• Low Lunge with Backbend: Lower the rear knee to the ground and reach the arms up. Add a slight backbend to intensify chest opening and hip flexor stretch. Keep the pelvis squared and the front knee tracking over the second toe.
  • Cue: Keep the back knee relaxed and sink into the front glute. Breathe deeply into the stretch rather than forcing depth.

Why This Matters for Running A full, active hip extension allows runners to utilize the glute-max for propulsion instead of relying on hamstrings or compensatory lumbar extension. Lunge variations also improve stride length without excessive effort, creating a more economical running gait.

Dosage Alternate sides for 30–45 seconds per side. Use more time on the side that feels tighter. When done pre-run, keep minimal holds and perform movement-based repetitions; post-run holds can be longer to promote recovery.

Phase 4: Core & Posterior Chain — Build a Stiff Center and Resilient Hamstrings

Purpose

• Create a neutral spine and resilient posterior chain to protect the lower back during long efforts.
• Link breathing to core activity so trunk stiffness is sustainable throughout runs.

Key Moves and Coaching Cues

• Plank to Cobra Transition: Move into high plank to establish a neutral spine. Hold a 20–40 second plank focusing on ribcage pulled toward the pelvis. Lower gently and slide into Cobra—pressing the chest up while squeezing the legs together to engage the posterior chain.
  • Cue: In plank, imagine the torso is a board; avoid hips sagging or piking. In Cobra, lead with the chest, not the lower back.
• Downward-Facing Dog: Push hips high and back, bending knees slightly if the hamstrings are tight. Focus on creating length from tailbone to crown and weight distribution between hands and feet.
  • Cue: Think of making a long line from tailbone through the crown. If hamstrings limit the position, keep a micro-bend in the knees.

Why This Matters for Running Plank patterns train anti-extension and rotational control, which prevent the lumbar spine from taking excessive motion during heavy legs fatigue. Downward dog provides a dynamic posterior chain stretch and multiplanar decompression for the spine and hamstrings.

Programming Perform a 20–40 second plank followed by a 20–30 second Cobra. Finish with 30–60 seconds of Downward-Facing Dog, repeating the cycle if time allows.

Phase 5: Mobility Deep Dive — Squats, Balance Transitions, and Lizard Stretch

Purpose

• Access stubborn hip flexors, groin, and deep external rotators that limit stride freedom.
• Train loaded mobility positions that resemble demands of running and cutting.

Key Moves and Coaching Cues

• Deep Squat with Twist: Sink low into a deep squat, use elbows to drive knees apart, then windmill the torso by reaching one arm toward the sky. Keep weight evenly distributed across the feet and chest lifted.
  • Cue: Think of keeping the knees tracking over the toes while the chest remains open. The twist is about thoracic rotation, not forcing the hips.
• Standing Bow to Airplane Transition: Start in a quad stretch (Standing Bow) and transition into a T-shape balance (Airplane). This dynamic combo builds posterior chain length and ankle proprioception.
  • Cue: Move slowly and keep the hips square during the transition. Engage the glute of the standing leg to resist torso collapse.
• Lizard Stretch: Step one foot wide, sink the hips forward and allow the back knee to come toward the ground. Keep weight balanced and breathe into the front hip.
  • Cue: Rotate slightly toward the front leg to hit the deeper hip rotators. Hold for multiple breaths and repeat on the other side.

Why This Matters for Running These loaded mobility positions teach tissues to lengthen under load and restore rotational capacity of the hips. That allows runners to recover lost degrees of motion and maintain efficient arm-leg coordination.

Cool-Down Consideration Finish the sequence with calm breathing and a short body scan. Notice any asymmetries that may need subsequent attention in the week.

Detailed Step-by-Step Routine with Timing and Reps

This condensed program fits neatly into a pre-run warm-up or a post-run recovery slot. Times are recommendations—adjust based on personal need.

• Lateral & Spinal Opening
  • Standing Side Stretch: 3–4 slow breaths per side (about 20–30 seconds total)
  • Standing Back Bend: 2–3 gentle reps, hold 3–5 breaths each (about 30 seconds)
• Stability & Balance
  • Standing March Hold: 30–45 seconds per leg. Add reaching progression for challenge.
• Power & Lunging
  • Runner’s Lunge (standing variation): 30 seconds per side, moving once or twice during the hold.
  • Low Lunge with Backbend: 30–45 seconds per side, active engagement of glute.
• Core & Posterior Chain
  • Plank: 30 seconds (start with shorter holds if needed)
  • Cobra: 15–20 seconds
  • Downward-Facing Dog: 30–45 seconds
• Mobility Deep Dive
  • Deep Squat with Twist: 30 seconds, alternating twist
  • Standing Bow to Airplane: 20–30 seconds per leg (controlled)
  • Lizard Stretch: 30–45 seconds per side

Total time: approximately 12–18 minutes depending on hold times and transitions. The sequence can be compressed to 10 minutes for a quick warm-up or extended to 20 minutes for a thorough mobility session.

Coaching Cues, Alignment Checks, and Common Corrections

Clear cues prevent bad habits and reduce the risk of injury while maximizing benefit.

• Neutral Pelvis: Avoid overarching or tucking the pelvis during lunges and backbends. A neutral pelvis allows the glutes to activate effectively.
• Knee Tracking: In lunges and squats, keep the front knee aligned with the second toe. A knee drifting inside raises stress on the joint.
• Foot Placement: For single-leg work, keep the standing foot flat and distribute weight evenly across the base of the toes, big toe mound, and heel.
• Rib-Pelvis Connection: In planks and backbends, maintain a connection between ribs and pelvis—this stabilizes the spine and prevents lower-back dominance.
• Controlled Breath: Use a slow diaphragmatic breath—inhale to expand the ribs and exhale to engage the lower abdominals. Breath rhythm facilitates movement depth and muscle activation.
• Micro-Movements: If mobility is limited, use micro-movements to work progressively into the range. For example, in a lunge, perform small forward-lift cycles rather than forcing a deeper static hold.

Correct common errors by filming short clips of the moves to check alignment or have a training partner provide external feedback.

Progressions and Regressions: Making the Routine Work for All Levels

Beginner Regressions

• Reduce hold times (10–20 seconds) and focus on quality rather than depth.
• Use support (a chair or wall) for balance drills and standing bow transitions.
• Substitute half-kneeling lunge for full low-lunge to decrease load.

Intermediate Progressions

• Increase single-leg hold time to 45–60 seconds.
• Add slow pulses in lunges to train eccentric control.
• Perform plank variations: side planks for lateral core, or plank with toe taps to simulate running perturbations.

Advanced Progressions

• Add dynamic components like slow single-leg Romanian deadlifts (RDLs) from the airplane position.
• Combine movements into longer flows (e.g., Runner’s Lunge → Plank → Cobra → Downward Dog → Airplane) to improve endurance under mobility demands.
• Implement loaded progressions with light kettlebells or dumbbells (only when form is flawless).

Programming Tip Cycle through regressions and progressions over 4–8 weeks. Begin with twice-weekly sessions on non-consecutive days, then increase intensity and complexity as stability and range improve.

When to Use the Routine: Pre-Run, Post-Run, and Rest-Day Strategies

Pre-Run Use (Activation)

• Keep holds shorter and movements dynamic.
• Focus on single-leg balance and light pulses in lunges to prime glutes and ankles.
• Example: 8–12 minutes before an easy run to improve posture and activation.

Post-Run Use (Recovery)

• Increase hold times and emphasize long breaths to facilitate tissue lengthening and parasympathetic recovery.
• Add deeper lizard and squat holds for focused hip release.
• Example: 10–20 minutes after an easy run or after cooldown walking to accelerate recovery.

Rest-Day Use (Maintenance/Corrective Work)

• Perform the full sequence with longer holds and deliberate breathwork.
• Use this as an opportunity to address asymmetries with extra time on the tighter side.
• Example: 15–25 minutes mid-afternoon or evening to break up sedentary habits.

Race-Week Use

• Pre-race: Short, activation-focused version (5–8 minutes) to wake up the muscles without causing fatigue.
• Post-race: Focus on gentle mobility and thoracic opening to offset sitting and travel.

Integrating Yoga with Strength Training and Running Plans

Yoga is complementary to structured strength work, not a replacement. Strength training builds maximal force and hypertrophy; mobility/yoga trains range, control, and tissue resilience.

Suggested weekly template for an intermediate runner:

• 3–5 running sessions (mix of easy, tempo, intervals)
• 1–2 strength sessions (squat patterns, deadlifts, hip thrusts, single-leg work)
• 2 short yoga sessions (one pre-run activation, one post-run recovery or rest-day mobility) Adjust frequencies based on mileage and fatigue. If strength sessions are in place, keep yoga sessions shorter, focusing on areas that strength work misses: thoracic rotation, deep hip internal rotation, and ankle proprioception.

Real-World Example A recreational marathoner substituting one easy run per week with a strength session and adding two 15-minute yoga sessions saw a reduction in knee soreness over 8 weeks and a modest improvement in running economy. The combination of loaded strength and active mobility rebalanced hip mechanics and improved the ability to maintain cadence when fatigued.

Measuring Progress: What to Track and How Long It Takes to See Results

Track both objective and subjective markers:

• Range of Motion: Record degrees (if you use a goniometer) or note positional improvements (e.g., deeper lunge with less anterior pelvic tilt).
• Single-Leg Balance Time: Increase seconds before wobble or loss of form.
• Running Markers: Monitor pace at given effort, perceived exertion, and late-run form consistency.
• Pain and Discomfort: Decreases in chronic tightness or niggles indicate progress.

Timeframe

• Neuromuscular adaptations (balance, activation) appear within 2–4 weeks with consistent practice.
• Meaningful improvements in hip mobility and running mechanics typically show up in 6–12 weeks, depending on baseline tightness and training load.

Common Mistakes and How to Avoid Them

Mistake: Treating yoga as passive stretching.

• Fix: Use active holds and add resistance or destabilizing elements to translate mobility into control.

Mistake: Overdoing pre-run static holds.

• Fix: Keep pre-run work dynamic and brief; save long holds for post-run or rest days to avoid transient strength loss.

Mistake: Ignoring asymmetries.

• Fix: Spend extra time on the weaker or tighter side; track progress side-by-side.

Mistake: Skipping alignment cues to “go deeper.”

• Fix: Prioritize neutral pelvis, knee tracking, and breathing. Depth without control increases injury risk.

Mistake: Expecting immediate performance gains without addressing running mechanics and load management.

• Fix: Use the routine as a tool within a broader plan that includes proper mileage progression and strength work.

Equipment, Environment, and Practical Considerations

Minimal equipment required: a yoga mat and comfortable space. Optional items:

• Yoga blocks to support balance or reduce depth.
• A strap to assist in standing bow progressions.
• Light dumbbell or kettlebell for advanced loaded variations.

Environmental tips:

• Warm cold muscles briefly with 2–5 minutes of easy cycling, walking, or light jogging if performing the sequence pre-run.
• Choose flat, stable ground for single-leg work.
• Wear supportive footwear for standing balance if you have ankle instability; barefoot can be beneficial once base stability improves.

Contraindications and When to Seek Professional Input

Avoid aggressive backbends or intense hip-loading if you have acute low-back pain, recent hip surgery, or unresolved joint inflammation. Consult a licensed physiotherapist or sports physician when:

• Sharp joint pain occurs with movement.
• New or worsening radicular symptoms (leg numbness, tingling) develop.
• You have a recent history of stress fractures or unstable joints.

Adaptations for specific conditions:

• Patellofemoral pain: Reduce depth in lunges and avoid terminal knee extension under load. Emphasize glute activation and controlled single-leg strengthening.
• Plantar fasciitis: Limit prolonged standing on toes in balance drills; perform calf mobility and eccentric heel drops separately.
• Achilles tendinopathy: Progress loading of the posterior chain conservatively and favor isometric holds before dynamic loading.

Case Examples: How Runners Can Apply the Routine

Example 1 — Beginner 5K Runner

• Goal: Complete 5K with improved form and less knee soreness.
• Plan: 3 runs/week (easy, intervals, long), 1 strength session, and perform the 15-minute yoga routine twice per week—pre-run activation before intervals and post-run recovery after a long run.
• Outcome after 8 weeks: Improved single-leg balance, reduced knee discomfort, and better breathing mechanics on uphill segments.

Example 2 — Mid-Week High-Mileage Runner Training for Half-Marathon

• Goal: Sustain weekly mileage without niggles.
• Plan: Keep four runs; add strength session and use the yoga routine daily as a 10-minute morning mobility practice and a 15-minute post-run recovery on long run days.
• Outcome after 10 weeks: Improved hip extension, less lower-back fatigue, and quicker recovery between hard sessions.

Example 3 — Trail Runner Working on Proprioception

• Goal: Reduce missteps and improve handling on uneven terrain.
• Plan: Integrate the balance progressions and airplane transitions into warm-ups before technical trail runs; add 1–2 longer mobility sessions to maintain hip rotation.
• Outcome after 6 weeks: Fewer ankle sprains, better confidence on descents, and improved eccentric control landing on variable terrain.

Integrating Breath and Mindfulness without Slowing Performance Work

Breath links movement quality and core engagement. Use diaphragmatic breathing during holds—inhale to expand the ribcage, exhale to gently draw the lower belly toward the spine. This pattern creates intra-abdominal pressure that stabilizes the lumbar spine during running and yoga alike.

Mindfulness during short mobility work improves body awareness. A quick 60-second body scan after the routine helps identify residual tension and informs where corrective work is necessary that week.

Frequently Overlooked Benefits

• Improved Sleep: Reduced tension and parasympathetic activation after yoga can improve sleep quality, indirectly supporting recovery and performance.
• Mental Resilience: Short, focused sessions train attention and calm under discomfort, a skill that translates to pacing and pain management during races.
• Longevity: Regular mobility and stability work slows degenerative changes by distributing load more evenly across joints and tissues.

FAQ

Q: How often should I do this 15-minute routine? A: Aim for two to four times per week. Use shorter versions (5–10 minutes) as pre-run activation and fuller versions (15–20 minutes) post-run or on rest days. Frequency depends on mileage and recovery needs.

Q: Can this routine replace strength training? A: No. The routine complements strength training by addressing mobility and neuromuscular control. Maintain at least one structured strength session per week if your goal includes power and load-bearing resilience.

Q: Will this routine make me more flexible but weaker? A: The sequence emphasizes active mobility and stability, which trains strength through range rather than passive flexibility alone. When performed correctly, the routine improves both mobility and functional strength.

Q: Should I do long holds before or after a run? A: Keep pre-run holds short and dynamic to avoid temporary force loss. Reserve longer, passive holds for after runs and rest days when the goal is tissue lengthening and recovery.

Q: What if I feel pain during a pose? A: Sharp pain is a signal to stop. Differentiate discomfort from manageable stretch sensations. Back off depth, use regressions, or consult a clinician if pain persists.

Q: How long until I notice improvements in my running? A: Balance and activation gains can appear within 2–4 weeks. Meaningful changes in running economy and reduced niggles often emerge around 6–12 weeks with consistent practice and appropriate running load.

Q: Can beginners with no yoga experience follow this sequence? A: Yes. Start with regressions—support for balance, shorter holds, and reduced depth. Quality of movement matters more than depth. Progress gradually.

Q: Is equipment needed? A: No. A mat is helpful. Blocks or a strap can assist with modifications; light weights are optional for advanced progressions.

Q: How does this routine help with common injuries like IT band syndrome or shin splints? A: The routine reduces compensatory mechanics by improving hip mobility, strengthening glute and posterior chain activation, and enhancing ankle stability. These changes can decrease aberrant loading patterns that contribute to those conditions. For established injuries, integrate the routine with a targeted rehab plan prescribed by a clinician.

Q: Can I combine this routine with running on the same day as heavy strength training? A: Yes, but adjust intensity. Use the routine as an activation before strength sessions and as recovery afterward. Avoid long pre-run holds before high-intensity sessions if strength work is scheduled.

Q: How do I track imbalances or improvements? A: Use single-leg balance duration, lunge depth comparisons, subjective pain scales, and simple video analysis to note alignment and movement quality across sessions.

Q: Are there any contraindications for older runners or those with arthritis? A: Older runners and those with arthritis can benefit but should modulate depth and loading. Favor dynamic mobility and gentle strength progressions. Consult a medical professional if in doubt.

Q: Can this sequence be adapted for trail running demands? A: Yes. Emphasize single-leg proprioception, airplane transitions, and short eccentric pulses to improve uneven-terrain resilience.

Q: How should this routine be modified during a taper week? A: Reduce volume and avoid fatigue-inducing progressions. Use short activation sequences before runs and gentle mobility sessions after runs to flush legs and maintain range.

Q: Will this help with breathing and VO2 improvements? A: Improved thoracic mobility increases breathing capacity and efficiency, which can support oxygen delivery during high-intensity efforts. It doesn’t directly change VO2max, but it can improve ventilatory mechanics and perceived exertion.

Q: How can I make this a habit? A: Attach the routine to existing behaviors—do a short version right after runs, or schedule a fixed time twice weekly. Consistency yields more benefit than occasional long sessions.

Q: Should runners with previous hip replacements or spinal fusions do this? A: Modify heavily and get medical clearance. Focus on safe ranges, avoid aggressive rotation and extension, and use clinician-guided regressions.

Implementing a concise and intentional 15-minute yoga routine tailored to running restores lost motion, strengthens neglected stabilizers, and improves movement efficiency. Done consistently and with attention to alignment, these sessions reduce injury risk and help runners of all levels move better and longer.