Magnified Light-billions 3D The inner world of the human body, wonderful as the outer planets, Tete mody science fiction!

American animators have produced a few amazing 3D clips that show incredible internal workings of the human body. The scene in the short film is extremely realistic, it makes people seem to be in the creation of a sci-fi blockbuster alien planet ...

The object of the dome of the outer planet is actually a viral "herpes" in the human body. This "herpes" is an irregular protuberance of the cellular membranes that usually occurs when cells die, and can play an important role in a series of cellular processes, such as cell movement and division.

The human bone marrow cavity, the presence of hematopoietic stem cells known as "pluripotent stem cells", is responsible for the production of all blood cells. Through hematopoiesis, these cells develop into white cells that protect us from infection, delivering oxygen to the red cell in all parts of the body and platelets that help stop bleeding after an injury. A phage under a microscope that can infect bacteria and replicate within bacteria.

The American Xvivo animation studio produced a picture, like a wonderful underwater world. The yellow structure is a motion protein that can move within the cell. Motion proteins can move along the micro tube. A micro-tube is a filamentous protein structure within a cell that participates in a series of processes within a cell, such as cell division and the transport of chemical substances within the cell.

A computer-generated static cilia image, like the canyon of an outer planet. The static cilia are the sensory organelles of the inner ear hair cells, which can respond to motion and are related to many functions, such as hearing and body balance. These hair cells can convert fluid pressure and other stimuli into electrical signals. Electrical signals enter the brain and are translated into sound.

A microscopic photo showing how three adenosine triphosphate is produced in the mitochondria of cells.

Microvilli are responsible for inhaling nutrients into the bloodstream, and nutrients are then transported to the liver and other cells. Each fluff is made up of dozens of microvilli to increase the surface area, thereby increasing the amount of nutrients inhaled into the blood. Intestinal Microvilli transform growth factor, a polypeptide in the human body. This substance also exists in milk.

The Golgi apparatus, a small cell organ within a complex cell, can "pack" the proteins in the cells and then transport them to all parts of the body to perform the work they should undertake.

The peripheral cells are responsible for regulating the flow of blood in the capillary, removing and devouring the cell debris. In the brain, they help support the blood-brain barrier. Peripheral skin cells in capillary (green)