Anatomy 3D

Anatomy 3D Contact information, map and directions, contact form, opening hours, services, ratings, photos, videos and announcements from Anatomy 3D, Gaming Video Creator, 2710 Valley View Lane, Farmers Branch, TX.

The lining of your airways helps move unwanted material back out 🫁A thin layer of mucus can trap particles that enter wi...
09/09/2026

The lining of your airways helps move unwanted material back out 🫁

A thin layer of mucus can trap particles that enter with the air you breathe. Beneath that layer, tiny moving projections called cilia work together to help transport the mucus along the airway. Clearing mucus is one of the ways the respiratory system protects itself.

This enlarged view separates the parts that are difficult to see at their real size: the cells forming the lining, the fine cilia on their surface, and the mucus above them. The small gray particles represent material caught in that layer.

Look at how the cilia sit beneath the mucus rather than floating freely inside the airway. Their position allows movement at the cell surface to help carry trapped material away. The image is a simplified model of this coordinated cleaning process.

Your small intestine has far more surface than a smooth tube would provide 🍽️Its inner lining carries tiny fingerlike pr...
09/09/2026

Your small intestine has far more surface than a smooth tube would provide 🍽️

Its inner lining carries tiny fingerlike projections called villi. They extend into the space where digested food passes, increasing the surface available for absorption. The shape of the lining is part of how this organ does its job.

In this enlarged cutaway, most villi are shown from the outside. One is opened to reveal the thin covering and the small blood vessels inside. These vessels are part of the route by which many absorbed nutrients move into the circulation.

Follow the outline of that central projection, then compare it with its neighbors. A surface that looks like a series of soft folds is actually living tissue with an internal transport system. The illustration simplifies the structures so their relationship is easier to see.

The sound you recognize starts with microscopic movement 👂Inside the cochlea, vibrations create movement in fluid and a ...
09/09/2026

The sound you recognize starts with microscopic movement 👂

Inside the cochlea, vibrations create movement in fluid and a traveling wave along a structure called the basilar membrane. Sensory hair cells respond to that movement. On their upper surfaces sit tiny projections called stereocilia—the structures highlighted in this enlarged view.

When these projections bend, tiny channels open, helping turn mechanical movement into an electrical signal. The auditory nerve carries signals toward the brain, where they are interpreted as sound.

The word “hair” describes their appearance. These are specialized sensory structures, far smaller than the hairs you can see on your head.

Look at the bundles above each cell and the nerve connections beneath them. This simplified 3D view brings two parts of hearing into the same frame: movement at the cell's surface and signaling below it.

Every moving joint has details you cannot see from the outside 🦴At the ends of the bones in this cutaway, a smooth cover...
09/09/2026

Every moving joint has details you cannot see from the outside 🦴

At the ends of the bones in this cutaway, a smooth covering separates the underlying bone from the joint surface. That covering is articular cartilage. It helps the surfaces move smoothly as the joint changes position.

The narrow space between the two ends is another detail to notice. Together with the surrounding tissues, this arrangement allows movement at the joint. The hard bone beneath and the smooth covering above it serve different roles.

In osteoarthritis, cartilage and other tissues within the joint can change and break down. It affects more than one layer or structure.

This illustration shows a simplified healthy joint. Follow the labels from bone to cartilage to the joint space to see how much structure fits into a small area of movement.

Three thin flaps help keep blood moving in the right direction ❤️This close-up shows the aortic valve, located between t...
09/09/2026

Three thin flaps help keep blood moving in the right direction ❤️

This close-up shows the aortic valve, located between the heart's left ventricle and the aorta. The aorta carries blood onward to the body. A healthy aortic valve usually has three flexible cusps - the curved pieces of tissue meeting in the center of this image.

As the heart pumps, the valve opens to let blood pass out of the ventricle. It then closes to help prevent blood from returning the way it came. That opening and closing happens as part of the repeating pumping cycle.

Look closely at the central seam. Each cusp meets its neighbors, forming the closed valve shown here. The heart's pumping action and its valves work together to keep circulation moving forward.

A small organ can hold surprisingly solid stones 🟡The gallbladder stores bile, a digestive fluid produced by the liver. ...
09/08/2026

A small organ can hold surprisingly solid stones 🟡

The gallbladder stores bile, a digestive fluid produced by the liver. Inside its hollow space, substances in bile can form hardened deposits called gallstones. These are often made of cholesterol or bilirubin, a bile pigment.

In this 3D cutaway, the golden objects represent stones surrounded by bile. Notice how they occupy the same space where fluid is stored, close to the narrowing outlet at the top of the organ.

Their location matters. A stone that blocks a bile duct can interrupt drainage and cause bile to build up. That blockage can trigger a gallbladder attack.

The image makes the relationship visible: a storage organ, a fluid inside it, and solid material that can interfere with the fluid's route out.

A bead of sweat has a hidden journey beneath your skin 💧Look at the coiled structure near the bottom of this image. It r...
09/08/2026

A bead of sweat has a hidden journey beneath your skin 💧

Look at the coiled structure near the bottom of this image. It represents a sweat gland, connected to the surface by a narrow duct. The watery, salty fluid it produces travels along that passage before emerging through a tiny opening in the skin.

Sweating is part of your body's temperature control. As sweat evaporates from the surface, it helps carry heat away. That familiar damp feeling during hot weather or exercise is connected to a process taking place below the skin.

Follow the cutaway from the coil, up the duct, to the bead at the top. It reveals the hidden structure behind something you usually notice only after it reaches the surface.

Every breath reaches a microscopic exchange point 🫁In the lungs, tiny air sacs called alveoli sit beside small blood ves...
09/08/2026

Every breath reaches a microscopic exchange point 🫁

In the lungs, tiny air sacs called alveoli sit beside small blood vessels. Oxygen moves across their thin walls into the blood, while carbon dioxide moves in the opposite direction to be breathed out.

This enlarged 3D view shows where air and blood come close enough for that exchange.

Stomach contents can travel upward 🔥A ring of muscle at the lower end of the esophagus helps limit backflow from the sto...
09/08/2026

Stomach contents can travel upward 🔥

A ring of muscle at the lower end of the esophagus helps limit backflow from the stomach. If it relaxes when it should stay closed or becomes weak, stomach contents can rise into the esophagus. That backflow is called reflux.

This 3D view shows the junction where it happens.

A cavity begins at the surface and can reach deeper 🦷Some bacteria in dental plaque use sugars to produce acids. Repeate...
09/08/2026

A cavity begins at the surface and can reach deeper 🦷

Some bacteria in dental plaque use sugars to produce acids. Repeated acid exposure can remove minerals from enamel and eventually create a hole. This 3D cutaway shows decay extending through the enamel into the dentin underneath.

There is more beneath a tooth's surface than its hard outer shell.

Address

2710 Valley View Lane
Farmers Branch, TX
75234

Telephone

+13207661354

Website

Alerts

Be the first to know and let us send you an email when Anatomy 3D posts news and promotions. Your email address will not be used for any other purpose, and you can unsubscribe at any time.

Shortcuts

Share

Category