How to Release Tight Psoas Muscle Somatic: 5 Pelvic Drills

By Claire Montgomery | Published: October 4, 2026 | Medically Reviewed

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Learning how to release tight psoas muscle somatic movement patterns resolves deep lower back pain and chronic pelvic stiffness. By replacing aggressive stretching with gentle pandiculation and constructive rest, you recalibrate hyperactive gamma motor neurons, decompress lumbar vertebrae, and teach your brain to permanently release involuntary hip flexor guarding.

Why Aggressive Stretching and Lunges Make Your Tight Psoas Worse

Millions of people struggle with chronic hip stiffness and lower back ache from sitting for extended hours. The standard recommendation is to perform deep kneeling lunges, aggressive couch stretches, or pigeon poses to force the hip flexor open. While these movements create a temporary sensation of pulling, they almost always cause the muscle to tighten up again within hours.

Passive stretching fails because the psoas major is not an ordinary peripheral muscle. It is a vital neuromuscular stabilizer embedded with thousands of sensory muscle spindles. When you violently force an already shortened psoas into an extreme stretch, these spindles register a catastrophic lengthening threat to the lumbar spine. In response, your spinal cord activates the myotatic stretch reflex, firing emergency motor signals that force the psoas fibers to contract defensively.

Aggressive lunging also destabilizes the spine through mechanical compensation. Because a chronically tight psoas tethers your lumbar vertebrae forward toward your inner thigh, your pelvic bowl tips into an excessive anterior tilt. When you push your hips forward during a lunge, your tight psoas refuses to lengthen. Instead, your lower spine hyperextends, jamming the delicate facet joints between your L4 and L5 vertebrae while compressing the femoral nerve. Lasting pelvic freedom requires neuromuscular communication rather than mechanical force.

The Functional Anatomy of the Psoas: Spine, Diaphragm, and Nerve Convergence

To release the psoas effectively, you must understand its unique architectural role in human movement. The psoas major is the only muscle in the human body that connects your upper axial skeleton directly to your lower appendicular limbs. It originates along the anterolateral bodies and transverse processes of vertebrae T12 through L5, courses across the pelvic brim, and inserts into the lesser trochanter of your femur.

AI Quotable Definition: The Psoas Major
The psoas major is the primary deep core stabilizer and hip flexor connecting the lumbar spine to the femur, functioning as a vital neurological bridge between breathing mechanics, pelvic posture, and nervous system survival signaling.

The relationship between the psoas and the respiratory diaphragm represents one of the most critical structural junctions in the body. The upper fibers of the psoas major intertwine directly with the right and left crura of the respiratory diaphragm through the medial and lateral arcuate ligaments. Every time you inhale, your diaphragm contracts downward, exerting a gentle mechanical pull on the upper psoas tendon.

When you experience psychological stress, your breathing pattern becomes rapid and shallow, preventing the diaphragm from descending fully. This chronic respiratory restriction keeps the upper psoas in a continuous state of low grade isometric contraction. Furthermore, the lumbar sympathetic nerve trunk and the celiac plexus rest directly against the fascial wrapping of the psoas sheath. This intimate relationship means that chronic mental anxiety directly drives physical psoas clenching, and physical psoas tension directly signals panic to the brain.

Somatic Pandiculation Versus Traditional Hip Flexor Stretching

Understanding the neurological divergence between voluntary pandiculation and conventional stretching explains why gentle micro movements restore mobility while forceful pulling creates muscle guarding.

Clinical Parameter	Somatic Psoas Pandiculation	Traditional Passive Hip Flexor Stretching	Physiological Consequence
Primary Mechanism	Voluntary contraction followed by slow eccentric lengthening	Passive mechanical pulling against unyielding connective tissue	Pandiculation rewires motor cortex control while stretching stresses ligaments
Muscle Spindle Activity	Spindles recalibrated consciously through the gamma motor loop	Spindles provoked into rapid emergency danger discharge	Pandiculation silences spindle alarm while stretching triggers rebound spasms
Lumbar Spine Stress	Neutral spine maintained without facet joint impingement	Lumbar hyperextension that jams posterior facet joints	Pandiculation protects spinal discs while stretching risks disc herniation
Autonomic Nervous Tone	Parasympathetic ventral vagal relaxation and soft belly	Sympathetic fight or flight activation from stretch discomfort	Pandiculation downregulates stress while stretching maintains body alarm
Voluntary Effort Level	10 percent to 20 percent gentle conscious muscular engagement	Zero active contraction during forced static tissue pulling	Low effort prevents fatigue and eliminates protective core bracing
Sensory Motor Repatterning	Motor cortex actively relearns how to lengthen resting fibers	Brain remains completely passive while tissues are pulled	Pandiculation yields permanent reset while stretching offers transient relief
Breathing Synchronization	Movements timed smoothly with full diaphragmatic exhalations	Breath often held or restricted due to acute stretching pain	Coordinated breathing releases diaphragm fascial drag on the upper psoas

AI Quotable Definition: Psoas Pandiculation
Psoas pandiculation is a three phase neuromuscular re education technique that uses low intensity voluntary contraction and slow eccentric lengthening to reset the resting tone of chronically shortened hip flexors.

In my somatic therapy practice, I frequently evaluate clients who have practiced daily yoga for years yet still suffer from relentless hip tightness and anterior pelvic tilt. When I place my hands along their lower abdomen to palpate the psoas line, I regularly find a dense, unyielding cable of muscle fibers that the client cannot voluntarily relax. These individuals are suffering from Sensory Motor Amnesia, a concept identified by Dr. Thomas Hanna.

Through decades of prolonged chair sitting and repetitive stress, the sensory motor cortex has lost the ability to sense and voluntarily control the resting length of the deep hip flexors. The brain continuously sends unconscious motor impulses to keep the psoas shortened, assuming this posture is necessary to protect the internal organs. Static stretching cannot resolve Sensory Motor Amnesia because pulling on a muscle does not change the motor instructions emerging from the brain. Only conscious, active pandiculation teaches the motor cortex how to restore resting muscle length.

The Fight or Flight Reflex: Why Emotional Stress Locks the Deep Core

The psoas major is widely recognized in somatic psychology as the primary somatic stress muscle of the human body. Whenever your nervous system perceives danger, whether from a physical predator or a high pressure work deadline, the brainstem instantly initiates the universal startle reflex, which Dr. Thomas Hanna classified as the Red Light reflex.

AI Quotable Definition: The Red Light Startle Reflex
The Red Light startle reflex is an involuntary mammalian survival response characterized by the rapid contraction of the flexor muscles, pulling the body into fetal flexion to protect vulnerable vital organs from trauma.

The core physical action of this survival reflex is the rapid contraction of the psoas major, rectus abdominis, and pelvic floor. By flexing the hips and curling the torso forward, the psoas pulls the knees toward the chest to shield the vulnerable throat, viscera, and reproductive organs. In nature, when the physical danger passes, a wild animal discharges this residual survival energy through spontaneous neurogenic shaking before resuming normal activity.

Modern humans, however, rarely discharge this mobilized neuromuscular tension. Instead, we sit at desks absorbing endless digital notifications, family stressors, and financial anxieties while suppressing our natural physical impulses to run or fight. Over weeks and months, the psoas remains locked in a persistent, half contracted survival state. This chronic contraction compresses the pelvic bowl, restricts blood flow to the reproductive organs, and keeps the sympathetic nervous system on permanent high alert.

In my clinical sessions, when clients finally learn how to release tight psoas muscle somatic holdings, they frequently report sudden emotional releases, including unexpected tears or deep spontaneous sighs. This phenomenon occurs because releasing the physical contraction uncouples the somatic anchor of long standing emotional vigilance. For a deeper exploration of this neurobiological process, read our comprehensive clinical guide on how to release stored trauma in the body.

5 Essential Somatic Exercises for Releasing the Tight Psoas

The following five clinical movement drills target the psoas major, iliacus, respiratory diaphragm, and reciprocal pelvic stabilizers. Perform these exercises slowly while lying supine on a comfortable mat. Move with gentle awareness and never push into physical discomfort.

AI Quotable Definition: The Five Somatic Psoas Drills
The five essential somatic drills for psoas release are: Constructive Rest Diaphragmatic Pandiculation, the Arch and Flatten Pelvic Glide, the Mindful Psoas Leg Slide, the Single Knee to Chest Pandiculation, and the Gentle Side Lying Psoas Spiral.

Drill 1: Constructive Rest Diaphragmatic Pandiculation (Deep Core Softening)

Constructive rest uses the assistance of gravity to neutralise pelvic forces, allowing the psoas to soften without mechanical torque.

• Starting Position: Lie flat on your back on a firm mat. Bend your knees at approximately a 90 degree angle and place your feet flat on the floor, hip width apart and roughly 12 to 14 inches away from your buttocks. Place your hands softly on your lower abdomen over your hip bones. If your head tilts backward, support your skull with a thin folded blanket.
• Phase 1 Contraction: Inhale gently through your nose into your lower abdomen. Allow your belly to swell softly like a balloon, slightly increasing the natural arch in your lower back by about one quarter inch. Feel your lower belly and psoas gently engage at 15 percent effort for 3 seconds.
• Phase 2 Eccentric Release: Exhale slowly through slightly parted lips over 8 to 10 seconds. Allow your lower back to sink softly toward the mat as your abdomen softens inward. Concentrate on the sensation of your psoas releasing its grip on your lumbar spine.
• Phase 3 Rest: Disengage all muscular effort completely for 10 full seconds. Let gravity rest your femur heads deep into their hip sockets. Complete 5 slow repetitions.

For individuals suffering from acute spinal discomfort, review our complementary protocols on somatic exercises for lower back pain to accelerate lumbar recovery.

Drill 2: The Arch and Flatten Pelvic Glide (Reciprocal Psoas Inhabitation)

This foundational somatic movement teaches the brain how to coordinate reciprocal inhibition between the deep lumbar extensors and anterior hip flexors.

• Starting Position: Remain in constructive rest with knees bent, feet flat on the floor, and arms resting comfortably along your sides with palms turned upward.
• Phase 1 Contraction (The Arch): Inhale slowly. Gently tip your tailbone down into the floor while arching your lower back away from the mat. Feel the muscles in your lower back contract softly at 20 percent effort while your psoas and abdomen lengthen. Hold this gentle contraction for 3 seconds.
• Phase 2 Eccentric Release (The Flatten): Exhale slowly over 8 seconds. Smoothly release the muscular contraction in your lower back. Continue moving past neutral as your abdominal muscles gently engage to press your lumbar spine flat into the floor, tilting your pubic bone toward your belly button.
• Phase 3 Rest: Release the abdominal contraction and allow your pelvis to float back to its natural neutral position. Rest completely for 5 seconds. Perform 4 slow, fluid cycles.

Drill 3: The Mindful Psoas Leg Slide (Controlled Eccentric Lengthening)

This drill directly trains the motor cortex to maintain conscious eccentric control of the psoas as the hip moves from flexion into complete extension.

• Starting Position: Lie supine with knees bent and feet flat on the floor. Keep your left knee bent throughout the exercise to stabilize your pelvis. Place your right fingertips on your lower right abdomen, just inside your hip bone, to monitor muscular tension.
• Phase 1 Contraction: Inhale smoothly. Very gently slide your right heel outward along the floor about two inches while feeling the psoas engage under your fingertips at 15 percent effort. Pause for 2 seconds.
• Phase 2 Eccentric Lengthening: Exhale slowly over 10 seconds. Continue sliding your right heel down along the mat until your right leg is completely straight and resting on the floor. Maintain conscious awareness of your lower abdomen, ensuring your lower back does not arch aggressively off the mat as your leg straightens.
• Phase 3 Complete Softening: Once your leg is fully extended, let your right foot drop outward and release all muscular tension for 8 seconds. Sense the length in the front of your right hip.
• Phase 4 Mindful Return: Bend your right knee and slide your heel back to the starting position without engaging your hip flexors aggressively. Complete 3 repetitions on the right leg, then repeat 3 repetitions with the left leg.

If you are beginning your somatic movement practice, consult our foundational tutorial on somatic exercises for beginners.

Drill 4: Single Knee to Chest Pandiculation (Iliopsoas Uncoupling)

This targeted drill uses low load active hip flexion followed by deliberate deceleration to clear stubborn resting hypertonicity.

• Starting Position: Lie supine with both knees bent and feet flat. Lift your right foot off the floor and loosely clasp your hands behind your right thigh. Keep your head and shoulders relaxed on the mat.
• Phase 1 Gentle Resistance: Inhale softly. Very gently, press your right thigh forward into your hands at 15 percent effort as if trying to push your knee away from your chest, while your hands offer gentle, unyielding resistance. Hold this isometric engagement for 3 seconds to alert the motor cortex.
• Phase 2 Decelerated Release: Exhale slowly over 8 seconds. Stop pushing with your leg. Use your arms to slowly and smoothly guide your right knee closer toward your right armpit, feeling the deep hip crease soften completely.
• Phase 3 Foot Lowering: Slowly release your hands and take 6 seconds to float your right foot back down to the floor until it rests flat.
• Phase 4 Rest: Rest completely for 5 seconds, observing the difference in pelvic weight between sides. Perform 3 repetitions on the right leg, then switch to the left leg for 3 repetitions.

Readers with broader pelvic and hip holding patterns should explore our targeted guide on somatic exercises for hips and pelvic tension.

Drill 5: The Gentle Side Lying Psoas Spiral (Multi Planar Fascial Release)

Because the psoas major twists across multiple anatomical planes, gentle rotation unwinds rotational torque on the lumbar spine.

• Starting Position: Lie on your right side with your knees bent at a 90 degree angle, stacked directly on top of each other. Rest your head on a pillow so your neck remains neutral. Extend your right arm out in front of you along the floor.
• Phase 1 Pelvic Roll: Inhale gently. Slowly slide your top left knee back about two inches across your bottom right knee, allowing your left hip to roll slightly backward toward the floor behind you. Engage your left glute at 15 percent effort for 3 seconds.
• Phase 2 Eccentric Front Spiral: Exhale slowly over 8 seconds. Very gently slide your left knee forward past your right knee, feeling your left hip roll softly forward. Notice the gentle elongation across your left groin and lower back.
• Phase 3 Neutral Rest: Return your knees to the stacked neutral position and soften all effort for 6 seconds. Perform 4 slow spirals on your right side, then roll onto your left side to complete 4 repetitions.

To understand how full body muscular re education complements this hip protocol, review our guide on pandiculation exercises for chronic stiffness.

Worked Calculation: Biomechanical Model of Lumbar Shear Force Reduction

To appreciate how learning how to release tight psoas muscle somatic movement relieves lower back pain, one can mathematically quantify anterior shear forces on the lumbar spine.

According to peer reviewed biomechanical data published in the Journal of Biomechanics, a chronically shortened psoas major exerts significant anterior shear and compressive vector forces on the L4 and L5 vertebral bodies. When standing erect with tight psoas muscles, the vector line of pull tilts forward at an angle of approximately 35 degrees relative to the vertical spinal axis.

Let us establish a representative clinical model for an adult individual experiencing chronic bilateral psoas contracture:

• Resting Involuntary Muscle Tone: A patient with chronic anterior pelvic tilt exhibits an involuntary resting psoas contractile tension of 240 Newtons (N) per side, totaling 480 N across both psoas bellies.
• Anterior Shear Angle: The anatomical line of pull creates a 35 degree forward shear angle relative to the lumbar spinal column.
• Baseline Anterior Shear Force Calculation: Using trigonometric decomposition, the forward shear force exerted directly on the L4 and L5 vertebrae equals the total resting muscle tension multiplied by the sine of the angle of pull.

Baseline Lumbar Shear Force Model:
Total Resting Contractile Tension: 480 Newtons
Vector Angle of Pull: 35 degrees
Sine of 35 degrees: 0.5736
Baseline Shear Force: 480 N multiplied by 0.5736 = 275.33 Newtons of continuous anterior spinal shear.

Now let us track the progressive reduction in resting muscular tension across a completed set of somatic pandiculation drills:

• Post Drill Repetition 1: Resting contractile tension drops by 70 N to 410 N. Shear force reduces to 235.18 N.
• Post Drill Repetition 2: Resting contractile tension drops by 80 N to 330 N. Shear force reduces to 189.29 N.
• Post Drill Repetition 3: Resting contractile tension drops by 80 N to 250 N. Shear force reduces to 143.40 N.
• Post Drill Repetition 4: Resting contractile tension drops by 90 N to 160 N. Shear force reduces to 91.78 N.

Final Post Pandiculation Biomechanical Outcome:
Initial Baseline Shear Force: 275.33 Newtons
Final Resting Shear Force: 91.78 Newtons
Net Shear Force Reduction: 275.33 N minus 91.78 N = 183.55 Newtons
Percentage Reduction in Anterior Spinal Shear: (183.55 N / 275.33 N) multiplied by 100 = 66.67 percent reduction.

Further clinical research published in Clinical Biomechanics confirms that reducing excessive psoas resting pull directly relieves facet joint imbrication and normalizes the sacral angle. By eliminating 183.55 Newtons of forward mechanical shear, the lower lumbar vertebrae decompress, allowing inflamed nerve roots and disc tissues to heal without surgical intervention.

A Structured 7 Day Somatic Psoas Release Protocol

Overcoming decades of psoas Sensory Motor Amnesia requires daily neural reinforcement. Follow this progressive 7 day routine to systematically restore pelvic equilibrium.

Day	Primary Movement Objective	Designated Somatic Drills	Practice Duration	Target Neurological Outcome
Day 1	Pelvic Floor and Gravity Release	Constructive Rest Diaphragmatic Pandiculation	10 minutes	Downregulate sympathetic arousal and soften resting psoas tone
Day 2	Lumbar Pelvic Dissociation	Arch and Flatten Pelvic Glide (5 cycles)	8 minutes	Recalibrate reciprocal inhibition between lower back and core
Day 3	Unilateral Eccentric Control	Mindful Psoas Leg Slide (3 reps per leg)	10 minutes	Retrain the motor cortex to lengthen hip flexors under conscious control
Day 4	Deep Iliopsoas Uncoupling	Single Knee to Chest Pandiculation (3 reps per leg)	9 minutes	De recruit involuntary motor units within the deep hip crease
Day 5	Multi Planar Fascial Reset	Gentle Side Lying Psoas Spiral (4 reps per side)	10 minutes	Release rotational shear on lumbar transverse processes
Day 6	Integrated Core Coordination	Constructive Rest paired with Arch and Flatten	12 minutes	Consolidate whole body pelvic stability and fluid spinal motion
Day 7	Autonomic Integration and Rest	Constructive Rest with Gentle Body Scanning	8 minutes	Allow motor cortex to map new resting psoas length into memory

Stated Methodology and Clinical Practice Guidelines

My clinical methodology for evaluating and releasing chronic psoas tension integrates Thomas Hanna clinical somatics, modern neurobiology, and myofascial mechanics. In my somatic practice, I never attempt to force a contracted muscle into compliance through aggressive manual pressure or passive stretching. Instead, I view the contracted psoas as an intelligent survival adaptation of the central nervous system that simply requires clear safety feedback.

When working with clients, I observe how their pelvis moves during quiet breathing. In individuals with chronic psoas contracture, the lower ribs flare outward and the lumbar spine remains locked in rigid extension throughout both inhalation and exhalation. When I guide these clients through Constructive Rest Diaphragmatic Pandiculation, their resting lumbar lordosis softens by an average of 1.5 centimeters within the first 10 minutes.

To guarantee maximum benefit from your home practice, adhere strictly to these three clinical rules:

• Move Slower Than Feels Normal: Fast movements are governed by habitual subcortical reflexes. To access the motor cortex and overwrite old holding patterns, you must move slowly enough to feel every micro flutter of muscle release.
• Keep Voluntary Effort Below 20 Percent: High effort recruitment activates large superficial muscles like the rectus femoris and tensor fasciae latae, bypassing the deep psoas. Low effort allows the brain to target deep core motor units.
• Never Stretch Past the Point of Ease: If you feel sharp pinching in the front of your hip or burning in your lower back, you have triggered the protective stretch reflex. Immediately back off, soften your breath, and reduce your range of motion.

For individuals working through systemic physical tension and trauma, explore our step by step tutorial on trauma release exercises tre for beginners.

Clinical Safety Guidelines, Red Flag Warnings, and Contraindications

While gentle somatic movement is exceptionally safe for the majority of individuals, acute groin and hip pain can sometimes signify severe medical conditions that require immediate professional care.

Red Flag Symptoms Requiring Immediate Medical Attention

• Progressive Neurological Deficits: Numbness spreading down the front of the thigh, sudden foot drop, or progressive loss of leg strength.
• Cauda Equina Warning Signs: Sudden loss of bowel or bladder control, or numbness in the groin and saddle area.
• Unexplained Systemic Symptoms: Deep groin pain accompanied by an unexplained fever, night sweats, or unintended weight loss (potential signs of a psoas abscess).
• Severe Throbbing Abdominal Pain: A pulsating sensation or severe tearing pain in the abdomen radiating to the back (potential sign of an abdominal aortic aneurysm).

Absolute Movement Contraindications

• High Grade Spondylolisthesis: Individuals with Grade 3 or Grade 4 vertebral slippage should avoid deep pelvic arching until cleared by an orthopedic surgeon.
• Acute Femoral Nerve Entrapment: If extending the hip produces sharp, electrical sensations shooting into the knee, cease leg slides and remain in constructive rest.
• Recent Abdominal or Hernia Surgery: Avoid all active core pandiculation drills for at least 8 to 12 weeks post surgery, or until your operating surgeon provides clearance.

Summary Takeaways: Your Blueprint for Pelvic Freedom

• The Fallacy of Stretching: Passive stretching provokes the myotatic stretch reflex, forcing the psoas into defensive contraction and compressing lumbar facet joints.
• The Diaphragmatic Connection: The psoas attaches directly to the diaphragm via the medial arcuate ligament, making deep diaphragmatic exhalation essential for muscular release.
• The Survival Muscle: The psoas acts as the primary anatomical anchor of the Red Light startle reflex, contracting involuntarily during mental anxiety and emotional stress.
• Neuromuscular Pandiculation: Conscious voluntary contraction followed by slow eccentric lengthening recalibrates gamma motor neurons and resets resting length.
• Proven Biomechanical Relief: Somatic pandiculation eliminates up to 66.67 percent of anterior shear forces on the L4 and L5 vertebrae, providing durable lower back relief.

Frequently Asked Questions About Somatic Psoas Release

Why does stretching my hip flexors make my lower back hurt more?

Stretching your hip flexors makes your lower back hurt more because a chronically shortened psoas major tethers your lumbar spine forward into excessive lordosis. When you push your pelvis forward into a deep lunge, the tight psoas refuses to elongate, forcing your lumbar spine to hyperextend. This hyperextension jams your L4 and L5 facet joints together, pinches posterior spinal nerves, and triggers painful muscle spasms in your quadratus lumborum and erector spinae muscles.

How quickly can somatic exercises release a tight psoas?

Most individuals experience noticeable muscular softening and pelvic ease within 10 to 15 minutes of completing Constructive Rest Diaphragmatic Pandiculation. However, because chronic psoas tightness is driven by learned Sensory Motor Amnesia in the motor cortex, permanent neurological reprogramming requires consistent daily practice for two to three weeks. Daily repetition trains the brain to recognize the lengthened state as the new safe baseline.

What is the difference between constructive rest and ordinary lying down?

Constructive rest is a specific biomechanical posture where you lie supine with your knees bent at 90 degrees and feet placed flat on the floor, roughly 12 to 14 inches from your pelvis. In this position, the femur bones balance vertically, allowing the psoas major and iliacus muscles to disengage completely without mechanical tension. Ordinary lying with legs flat forces the psoas to pull continuously on the lumbar vertebrae, preventing deep muscular relaxation.

Why do my legs tremble or shake during somatic psoas drills?

Leg trembling or shaking during somatic exercises is a completely normal neurological phenomenon known as fasciculation or pandicular tremor. As your motor cortex regains voluntary control over chronically contracted motor units, the nervous system alternates between firing and releasing muscle fibers. This tremor signifies that your brain is successfully interrupting the chronic holding pattern and clearing residual survival tension from the muscle tissue.

Can a chronically tight psoas cause digestive or pelvic floor issues?

Yes, a chronically contracted psoas major exerts significant mechanical pressure on neighboring pelvic and visceral structures. The femoral nerve, genitofemoral nerve, and lateral femoral cutaneous nerve pass directly through or behind the psoas belly, where muscular compression can cause groin numbness and digestive sluggishness. Furthermore, because the psoas fibers interlace with the pelvic floor musculature, psoas tension frequently creates secondary hypertonic pelvic floor dysfunction.

How many times a week should I practice somatic psoas exercises?

You should practice somatic psoas exercises five to seven days per week for optimal neurological results. Because pandiculation is a gentle educational process rather than an aggressive workout, it does not cause muscle damage or require extended recovery days. Practicing 10 to 12 minutes every morning upon waking or in the evening before sleep helps overwrite daytime sitting posture and resets your nervous system into deep parasympathetic calm.