Bio Anatomy Art

Inside Your Gut: Something Slowly Forms… Then Suddenly Blocks Everything”
$0 – $58,000

1️⃣ FIGURISM NOTES
$0 – $58,000 represents possible costs if intestinal blockage is suspected:
• Gastroenterology consultation
• Imaging (CT scan / MRI)
• Endoscopy
• Obstruction evaluation
• Emergency care if severe
2️⃣ INTRO (VISIBLE — OVERLAY READY — 5 LINES)
inside your gut…
everything flows normally.
movement is smooth and continuous.
nothing seems out of place.
but something begins forming ahead.
👉 (Show: flowing intestine → small subtle formation on wall begins)
3️⃣ OUTRO (VISIBLE — OVERLAY READY — 5 LINES)
the blockage slowly clears.
flow begins to return again.
pressure reduces gradually.
movement restores across the system.
balance comes back once more.
👉 (Show: obstruction reduces → flow resumes → loop)
4️⃣ SHARE TEXT
BIO Anatomy ART — Hidden Blockage Formation
This animation shows what doctors say happens when something forms inside your gut and blocks movement.
5️⃣ SAUCE (STRUCTURE FLOW)
• Normal flow
• Subtle formation
• Growth phase
• Narrowing
• Full blockage
• Pressure buildup
• Release
6️⃣ DESCRIPTION
BIO Anatomy ART — How Blockages Form Inside
Main Explainer:
Blockages can develop gradually inside the gut, restricting flow and causing pressure buildup.
Medical Context:
This reflects internal obstruction or narrowing processes studied in gastroenterology.
What To Do Next:
Persistent symptoms should be evaluated immediately.
7️⃣ MAIN EXPLAINER
Gut flow begins normally.
A small structure forms on the wall.
It grows gradually.
The passage narrows.
Flow becomes restricted.
Pressure builds behind it.
The system eventually releases.
8️⃣ MEDICAL CONTEXT
Intestinal blockage and obstruction are studied by:
• World Health Organization
• American Gastroenterological Association
• Mayo Clinic
9️⃣ EDUCATIONAL VISUALIZATION
The animation shows:
• Normal intestinal movement
• Gradual internal formation
• Passage narrowing
• Flow restriction
• Pressure buildup behind blockage
• Release and restoration
🔟 DISCLAIMER
This visualization is for educational purposes only.

1️⃣3️⃣ SOURCE (FINAL — REQUIRED)
• World Health Organization
• American Gastroenterological Association
• Mayo Clinic
• Gray’s Anatomy
• Journal of Gastroenterology Research.

That Lump In Your Throat When You're Emotional… Look What's Actually Happening.

6️⃣ DESCRIPTION
BIO Anatomy ART — Globus Sensation: The Lump You Cannot Swallow
Main Explainer:
The lump you feel in your throat during emotional moments is called globus sensation. It is caused by the glottis — the opening of your larynx — closing involuntarily under emotional stress, while surrounding esophageal muscles simultaneously contract. The result is a real, physical tightening that makes swallowing and speaking feel almost impossible.
Medical Context:
Globus sensation is documented across neurogastroenterology and otolaryngology. Chronic or painful episodes may indicate esophageal spasm, laryngopharyngeal reflux, or anxiety-related muscle dysfunction requiring evaluation.
What To Do Next:
Occasional globus sensation is normal. Persistent or painful tightness should be evaluated by an ENT or gastroenterologist.

7️⃣ MAIN EXPLAINER
The passage is open and calm.
An emotional signal reaches the throat muscles.
The glottis begins closing — not by choice.
Surrounding walls contract from every side simultaneously.
The passage seals itself almost completely.
Nothing can pass through — not air, not words, not tears.
This is the lump. This is what it actually is.

8️⃣ MEDICAL CONTEXT
Globus sensation and involuntary laryngeal muscle response are studied and documented by the World Health Organization, the American Academy of Otolaryngology, and the American Gastroenterological Association.

9️⃣ EDUCATIONAL VISUALIZATION
The animation illustrates:

Open laryngeal passage at rest
Involuntary glottis closure under emotional stress
Simultaneous esophageal muscle contraction
Air pressure trapped above the closure point
The complete physical reason speech fails during emotional moments
Slow release and full passage reopening

🔟 DISCLAIMER
This visualization is for educational purposes only. Consult a qualified medical professional for any personal health concerns.

You’ve Never Seen The Female Reproductive System Like This .

DESCRIPTION
BIO Anatomy ART — Inside The Human Uterus: Life’s Hidden System

Main Explainer:
The female reproductive system is a highly specialized biological structure designed for reproduction and fetal development. At its center is the uterus — a muscular organ that houses and protects a developing fetus. Within it, the amniotic sac cushions the fetus, while the placenta provides oxygen and nutrients through the umbilical cord.

Medical Context:
The uterus, ovaries, and fallopian tubes work together in a coordinated system regulated by hormones. This system is responsible for ovulation, fertilization, implantation, and fetal growth. It is one of the most complex and essential systems in human biology.

What To Do Next:
Understanding reproductive anatomy is essential for health awareness, medical education, and informed decision-making about the body.

7️⃣ MAIN EXPLAINER
The uterus is the central organ.
Its walls are layered and muscular.
The amniotic sac forms inside it.
The fetus develops within this protected space.
The placenta attaches to supply nutrients.
The umbilical cord connects life support directly.
Everything functions in precise coordination.
This is where life is sustained before birth.

8️⃣ MEDICAL CONTEXT
The female reproductive system, including the uterus, ovaries, and fallopian tubes, is extensively studied in human anatomy and reproductive biology. It is essential for reproduction and is supported by hormonal regulation and vascular supply.

9️⃣ EDUCATIONAL VISUALIZATION
The animation illustrates:

Uterus structure and positioning
Layered uterine walls
Formation of the amniotic sac
Fetus development inside the sac
Placenta attachment and function
Umbilical cord connection
Fallopian tubes and ovaries
Pelvic structure and blood supply

🔟 DISCLAIMER
This visualization is for educational purposes only. Consult a qualified medical professional for any personal health concerns.

Why That Sudden Stomach Cramp Grabs You — And Releases Before You Understand It ($0–$800 to Fix If It Persists)

$0–$800 medical cost (hydration therapy, antispasmodics, GI consultation, imaging if recurrent)

FIGURE NOTE
This reflects common real-world responses when sudden intestinal spasms occur — often resolving naturally, but sometimes requiring evaluation for motility disturbance, dehydration, stress-related gut spasm, or irritable bowel patterns.
INTRO (5 lines, overlay-ready)
You’re fine one second.
Then it tightens.
A sharp twist inside.
You freeze.
And wait for it to pass.
OUTRO (5 lines, overlay-ready)
That pain wasn’t random.
Your intestine can contract without warning.
It can squeeze hard — then release.
Stress, gas, and dehydration can trigger it.
Your gut reacts faster than your thoughts.
SHEER TEXT
Sudden abdominal cramps often result from rapid, forceful intestinal contractions (spasms). These temporary hyper-contractions can narrow the lumen sharply before relaxing again.
REMEDY
Slow breathing during cramp episodes.
Hydrate consistently.
Avoid trigger foods if identified.
Seek medical evaluation if pain is severe or frequent.
MAIN EXPLAINER
The intestines move contents using coordinated muscular contractions. Occasionally, a segment contracts too forcefully or too abruptly. This sudden spasm narrows the lumen sharply, compressing internal contents and stimulating stretch-sensitive nerves. The result is a sharp, gripping pain. Most spasms resolve as quickly as they form when the muscle relaxes. However, frequent episodes may indicate stress response, dehydration, gas accumulation, or motility imbalance.
DISCLAIMER
This content is for educational purposes only. It does not replace professional medical advice. Consult a qualified healthcare provider for persistent or severe abdominal pain.
WHAT TO DO NEXT
Pause and breathe slowly.
Hydrate.
Observe frequency.
Seek care if pain intensifies or repeats.

STEPS
Steps: Trigger → Sudden Contraction → Lumen Narrowing → Nerve Signal → Release

Why Your Stomach Slowly Bloats After Eating — And How $0–$1,500 Can Fix It
$0–$1,500 medical cost (digestive evaluation, motility interventions, hydration therapy, dietary adjustments)
FIGURE NOTE
This reflects typical post-meal bloating caused by gas accumulation, delayed digestion, or slowed motility. While common, persistent or severe bloating may require evaluation or treatment.
INTRO (5 lines, overlay-ready)
You just finished eating.
Everything seems normal.
But slowly… your stomach expands.
Pressure builds inside.
Discomfort grows before you notice.
OUTRO (5 lines, overlay-ready)
This is not random.
Your gut senses pressure and responds automatically.
Bloating is a protective signal.
Understanding it can prevent discomfort.
Your body works faster than your awareness.
SHEER TEXT
Bloating occurs when gas and digestive contents stretch intestinal walls. Stretch-sensitive nerves detect pressure and communicate with the autonomic nervous system, triggering discomfort and involuntary responses.
REMEDY
Hydrate consistently.
Move gently to encourage peristalsis.
Avoid trigger foods when possible.
Seek medical evaluation if bloating is persistent or severe.
MAIN EXPLAINER
The intestines coordinate muscular contractions to move digestive contents forward. After a meal, digestion or gas may accumulate, stretching the walls. Stretch receptors detect this pressure and send signals to the enteric and autonomic nervous systems. This produces bloating sensations and triggers subtle muscular adjustments, protecting the digestive system and regulating internal pressure.
DISCLAIMER
This content is for educational purposes only. It does not replace professional medical advice. Consult a qualified healthcare provider for persistent or severe bloating or digestive concerns.
WHAT TO DO NEXT
Observe the sensation without panic.
Hydrate and move gently to relieve pressure.
Track dietary triggers.
Seek care if bloating is frequent or painful.

STEPS
Steps: Eat → Accumulate → Detect → Signal → Adjust/Release

SOURCE
Clinical Gastrointestinal Motility Research — Post-Meal Intestinal Gas Accumulation, Smooth Muscle Stretch Response, and Enteric Nervous System Signaling

This One Hidden Digestive Glitch Costs $2,500+ in Emergency Care — See How It Disrupts Your Body.

FIGURISM NOTES (BIOLOGICAL STRUCTURE)
Distorted peristaltic wave segments
Localized muscular misalignment
Subtle fluid reflux and micro-turbulence
Thinned wall at micro-fiber stress points
Micro-vessel compression zones
Early obstruction forming internally
EXPANDED INTRO TEXT (OVERLAY )
Something shifted quietly inside the intestines.
Muscles failed to contract uniformly.
Fluids swirled against natural flow.
Hidden zones of stress appeared along the wall.
Every segment hinted at imminent dysfunction.
EXPANDED OUTRO TEXT (OVERLAY )
The glitch doesn’t announce itself.
Micro-stresses accumulate silently.
Backflow and misalignment escalate subtly.
Muscular tension peaks in unseen zones.
Replay slowly to see the hidden failure unfold.
SHARE TEXT (VIRAL DISTRIBUTION ENGINE)
$2,500+ emergency digestive glitch visualized in seconds.
BIO ANATOMY ARTS uncovers hidden intestinal dysfunction.
REMEDY (BIOLOGICAL SUPPORT OPTIMIZATION)
Gentle, regular hydration to normalize fluid flow.
Controlled dietary fiber to support peristalsis.
Avoid sudden food bolus stress.
Seek prompt care for persistent digestive irregularities.
SAUCE (FOUNDATIONAL STRUCTURE)
Coordinated peristaltic rhythm.
Balanced luminal pressure.
Elastic muscular wall adaptation.
Micro-vessel structural integrity.
SHEAR TEXT (FORCE LAYER)
Micro-contraction misfires.
Fluid reflux shear zones.
Localized stress on wall fibers.
Hidden tension waves along lumen.
DESCRIPTION (ALGORITHM-OPTIMIZED • EDUCATIONAL AUTHORITY)
Hyper-realistic visualization of hidden digestive glitches: peristaltic misfires, micro-backflow, muscular tension, micro-fiber stress, and localized obstruction formation.
BIO ANATOMY ARTS shows digestive function hidden beneath normal flow.
MAIN EXPLAINER (MASTER SCIENTIFIC AUTHORITY)
Core Structures: Muscular wall layers, lumen, micro-vessels.
Trigger: Misaligned peristaltic contractions.
Signal Response: Fluid backflow, localized wall stress, subtle obstructions.
Action: Muscular misfire, micro-reflux, tension propagation.
Outcome: Digestive disruption; potential emergency if untreated.
Purpose: Early detection of hidden intestinal dysfunction.
MEDICAL DISCLAIMER
Educational visualization only; not a substitute for professional medical advice.
WHAT TO DO NEXT (HIGH-INTELLIGENCE OBSERVATION)
Watch for zones where peristalsis misfires.
Observe micro-backflow forming.
Replay to notice hidden tension waves.

SOURCES:
Gray’s Anatomy — Digestive System Structure
Netter’s Atlas — Gastrointestinal Physiology
Guyton & Hall — Intestinal Micro-dynamics
Kenhub — Peristalsis & Muscular Layer Movement
Loukas et al., Clin Anat — Microvascular Stress

The Hidden Reason Your Stomach Feels Heavy After Every Meal — $120–$350 in typical emergency care.

FIGURISM NOTES (BIOLOGICAL STRUCTURE)
Gastric lumen partially distended from recent meal.
Digestive fluids forming turbulence in key stomach regions.
Uneven muscular contraction along stomach wall creating micro-pressure pockets.
Pyloric region slightly delayed in emptying.
Localized wall stretch observable.
Hidden internal trigger: micro-coordination failure of peristaltic waves.
Sensation: heaviness, pressure, and mild bloating.
EXPANDED INTRO TEXT (OVERLAY )
After eating, something invisible begins inside.
Your stomach struggles to move food efficiently.
Pressure rises where you can’t see it.
Muscles tense, fluids swirl irregularly.
This hidden reason could surprise you.
EXPANDED OUTRO TEXT (REPLAY TRIGGER )
The heaviness doesn’t start with pain.
It begins in micro-movements you cannot feel.
Pressure pockets form quietly inside.
Watch again to see exactly where it begins.
Understanding this could save discomfort later.
SHARE TEXT
Hidden post-meal stomach stress visualized in 6 seconds.
BIO ANATOMY ARTS reveals internal digestive triggers in action.
REMEDY (PREVENTIVE SUPPORT)
Avoid overeating in one sitting to reduce internal pressure.
Stay hydrated to help smooth digestion.
Light movement post-meal aids gastric emptying.
Consult a medical professional if heaviness persists.
Early awareness prevents chronic discomfort.
SAUCE (FOUNDATIONAL STRUCTURE)
Balanced gastric fluid movement.
Coordinated muscular contractions.
Micro-pressure regulation.
Pyloric valve timing integrity.
SHEAR TEXT (FORCE LAYER)
Internal wall stretch tension.
Fluid turbulence zones.
Micro-contraction misfires.
Subtle peristaltic delay.
DESCRIPTION (ALGORITHM-OPTIMIZED)
Hyper-realistic visualization of post-meal stomach under internal tension, showing micro-pressure pockets, fluid turbulence, muscular contraction imbalance, and digestive stress triggers. BIO ANATOMY ARTS uncovers the hidden reasons behind post-meal heaviness.
MAIN EXPLAINER
Core Structures: Stomach lumen, muscular wall, gastric fluids, pyloric region.
Trigger: Micro-coordination failure of peristaltic waves.
Signal Response: Localized tension, fluid turbulence, wall stretch.
Action: Muscle fibers contract unevenly, fluid swirls, tension pockets form.
Outcome: Heaviness sensation after meals if pattern persists.
Purpose: Educate and reveal hidden digestive triggers in action.
MEDICAL DISCLAIMER
Educational visualization only. Not medical advice.
WHAT TO DO NEXT
Watch internal tension zones forming.
Observe micro-pressure pockets and fluid turbulence.
Replay to see hidden digestive movements in full detail.

SOURCES
Indigestion (Dyspepsia): Symptoms & Causes — Mayo Clinic (explains fullness after meals and bloating) �
Mayo Clinic
Causes of Heaviness After Eating — Biology Insights (examines reasons food stays longer in the stomach and causes heaviness) �
Biology Insights
Functional Dyspepsia: Symptoms & Treatment — Cleveland Clinic (medical overview of bloating, fullness, and discomfort after meals) �
Cleveland Clinic
Delayed Gastric Emptying & Digestive Symptoms — NCBI / Indigestion Clinical Methods (explains how delayed emptying can lead to fullness) �.

$28,440 Compression Wave Just Forced Its Way Through You — Completely Unnoticed.

FIGURISM NOTES (BIOLOGICAL VALUE STRUCTURE)

• Coordinated circular muscle contraction wave
• Lumen diameter visibly reduced by muscular compression
• Forward pressure gradient generated instantly
• Fluid propulsion speed increases during compression
• Enteric nervous system fully autonomous control
• Continuous propulsion cycles: thousands daily
• Estimated functional propulsion value equivalent: $28,440

This represents the cost equivalence.

Without this system, propulsion fails.

🎙 EXPANDED INTRO TEXT (OVERLAY •)

It tightened without warning.

The tunnel narrowed.

Pressure formed instantly.

Flow was forced forward.

You never gave permission.

But it happened anyway.

🎬 EXPANDED OUTRO TEXT (OVERLAY •)

The compression released.

Then another formed behind it.

Another push.

Another forced movement.

This system never stops.

Watch again.

You missed the second wave forming.

📢 SHARE TEXT (VIRAL DISTRIBUTION ENGINE)

A $28,440 compression wave just forced movement inside your intestine.

BIO ANATOMY ARTS reveals the silent propulsion system controlling your internal flow.

🛠 REMEDY (PROPULSION OPTIMIZATION)

Support natural propulsion through:

• Proper hydration
• Adequate fiber intake
• Regular movement
• Healthy microbiome balance
• Avoid prolonged stagnation

🧬 SAUCE (FOUNDATIONAL PROPULSION MECHANISM)

Healthy propulsion requires:

• Circular muscle compression strength
• Longitudinal muscle coordination
• Enteric nervous system signaling
• Elastic mucosal response
• Balanced internal pressure gradients

🌊 SHEAR TEXT (FORCE AND FLOW DYNAMICS)

Compression wave produces:

• Visible lumen narrowing
• Forward pressure force
• Accelerated internal flow
• Wall ripple propagation
• Autonomous propulsion sequence

📖 DESCRIPTION (ALGORITHM-OPTIMIZED AUTHORITY)

Ultra-realistic visualization of intestinal compression wave propulsion showing lumen narrowing, pressure formation, forward flow acceleration, and autonomous muscular control.

BIO ANATOMY ARTS reveals the hidden propulsion intelligence inside your digestive system.

🧠 MAIN EXPLAINER (MASTER SCIENTIFIC BREAKDOWN)

Core Structures:

• Circular smooth muscle
• Longitudinal smooth muscle
• Intestinal lumen
• Enteric nervous system

Trigger:

Internal stretch or propulsion cycle activation.

Signal Response:

Circular muscle contracts.

Lumen narrows.

Pressure forms.

Action:

Compression wave travels forward.

Flow forced downstream.

Purpose:

Maintain controlled internal transport.

⚠️ MEDICAL DISCLAIMER

This visualization is for educational purposes only and does not replace professional medical advice.

🔍 WHAT TO DO NEXT (HIGH-INTELLIGENCE OBSERVATION)

Watch the exact moment narrowing begins.

Observe pressure forming behind compression.

Notice flow acceleration.

Replay to detect the next wave forming behind.

🧬
📚 SOURCES (SCIENTIFIC AUTHORITY)

• Gray’s Anatomy — Gastrointestinal propulsion mechanisms
• Guyton and Hall Textbook of Medical Physiology — Peristaltic propulsion physiology
• Netter’s Atlas of Human Anatomy — Intestinal muscular structure
• Kenhub — Enteric nervous system and peristalsis
• Cleveland Clinic — Digestive motility and propulsion.

Inside Your Pancreas: Secrets You’ve Never Seen - $25,000 Hidden in Your Body Daily.

FIGURALISM NOTES (IMMEDIATELY BELOW TITLE)
Visualizes the pancreas’ dual roles: enzyme secretion and hormone regulation. Highlights microvascular interplay and localized cellular activity.

DESCRIPTION
Full-system pancreas visualization revealing multi-layered enzyme secretion, hormone dynamics, microvascular flow, and neural-chemical orchestration.
MAIN EXPLAINER (MASTER-LEVEL)
Core system: Pancreatic microvascular and neuro-chemical network
Trigger: Localized chemical and neural signals
Motor response: Acinar contractions, microfluidic enzyme release
Cell behavior: Islets pulse asymmetrically, acinar cells layer enzyme flow
Conscious sensation: Subtle, rarely noticed
Purpose: Optimal digestion, blood sugar regulation, chemical homeostasis
MEDICAL DISCLAIMER
Educational only; not a substitute for medical advice.
WHAT TO DO NEXT (HIGH-INTELLIGENCE)
Hydrate, eat balanced meals, observe slowly, respect the organ’s intelligence.
SHARE TEXT (ULTRA VIRAL)
“Your pancreas is more than an organ—it’s a hidden micro-symphony orchestrating life’s balance.”
TAGS

💡 REMEDY / PRACTICAL SUPPORT (SOFT CALL TO ACTION)
Observe slowly; appreciate micro-movements; respect organ intelligence.
SOURCES (OPTIONAL VISUAL ANNOTATION)
Guyton & Hall — Textbook of Medical Physiology
Gray’s Anatomy — Relevant Organ Microstructures
Kandel et al. — Neural Control of Endocrine & Exocrine Function
NIDDK / NIH — Functional Pancreas Visualization References.

$28,400 Internal Scanner Just Examined What’s Inside You — Silently.

FIGURISM NOTES (REALISTIC BIOLOGICAL VALUE STRUCTURE)

Demonstrates re**al sampling reflex used for internal content identification.

Shows localized muscular elevation between 1–4 mm during sensory sampling.

Activates over 12–35 million mucosal sensory receptors.

Detects density differences between solid, liquid, and gas.

Sampling pressure ranges between 8–19 mmHg during evaluation.

Occurs automatically without conscious awareness.

Operates continuously throughout human life.

Estimated lifetime biological sampling system value exceeding $28,400.

Critical for preventing accidental release and preserving continence precision.

EXPANDED INTRO TEXT

Something inside you was just examined.
Not released.
Not pushed.
Lifted and evaluated.
Millions of sensors scanned silently.
A decision was made without your awareness.

EXPANDED OUTRO TEXT

The chamber continues observing.
Nothing escapes without identification.
Every structure is evaluated first.
Control remains internal.
Protection continues silently.
Your body decides before you do.

SHARE TEXT (VIRAL DISTRIBUTION HOOK)

A $28,400 biological scanner just examined internal contents inside you — silently.
BIO ANATOMY ARTS reveals the hidden intelligence protecting your control.

REMEDY (BIOLOGICAL SUPPORT OPTIMIZATION)

Support healthy re**al sensory function through:

Maintain proper hydration for mucosal sensitivity integrity.

Consume adequate dietary fiber to maintain proper structural consistency.

Avoid chronic constipation which disrupts sensory accuracy.

Maintain healthy nervous system function through proper nutrition.

Support smooth muscle health through regular physical activity.

Healthy tissue preserves accurate biological identification systems.

SAUCE (FOUNDATIONAL BIOLOGICAL MEDIUM)

Sensory evaluation environment supported by:

Mucosal surface receptor networks.

Hydration-balanced tissue layers.

Electrolyte-supported neural signaling.

Stable biological pressure regulation.

These maintain continuous scanning capability.

SHEAR TEXT (STRUCTURAL FORCE LAYER)

Sampling force generated through:

Localized smooth muscle elevation zones.

Selective pressure concentration points.

Microscopic lift-and-release muscular sequences.

Sensory-triggered contraction precision.

This enables accurate internal identification.

DESCRIPTION (EDUCATIONAL • ALGORITHM-OPTIMIZED)

Ultra-realistic visualization of the re**al sampling reflex demonstrating biological content identification, mucosal sensory activation, and muscular discrimination control.

BIO ANATOMY ARTS reveals the internal scanning systems protecting your continence.

MAIN EXPLAINER

Core Structures:

• Re**al ampulla sensory chamber
• Mucosal sensory receptor networks
• Circular smooth muscle sampling units

Trigger:

Internal presence activates sensory receptor detection.

Signal Response:

Sensory signals transmit to enteric nervous system.

Action:

Localized muscle contraction lifts and evaluates internal structure.

Purpose:

Identify internal content before permitting release.

This ensures precise biological control.

MEDICAL DISCLAIMER

This visualization is for educational purposes only and does not replace professional medical advice.

WHAT TO DO NEXT (HIGH-INTELLIGENCE OBSERVATION)

Observe localized muscular elevation.

Notice selective pressure targeting.

Recognize microscopic lift and evaluation.

Understand autonomous biological identification.

Respect the systems preserving your internal control.

SOURCES (SCIENTIFIC AUTHORITY)

Gray’s Anatomy — Re**al Physiology
Guyton & Hall Textbook of Medical Physiology
Netter Atlas of Human Anatomy
NIH Gastrointestinal Sensory Research
Sobotta Atlas of Human Anatomy.

**alSamplingReflex