Scientific movie about embryology
Warning: Last items in stock!
Availability date: 0000-00-00
Our body is a microcosm consisting of more than 60 thousand billion cells. Unceasing exchanges of information between cells keep us alive, control the development of our body, and prepare it so that it can engender new lives. High technology microcinematography allows for discovering stunning images of what is going on inside our body: the first cell division of the fecundated ovule, the formation of sense organs, the multiplication of nerve cells, the fight of lymphocytes against cancer cells, etc.
Through the history of a human life, the movie answers some essential questions: Where do I come from? What will remain after me? Human life takes on resonance and harmony with the large macrocosm through these true images of our body cells
・ Gold Medal 2001, Medikinale International Parma (Italy)
・ Silver Prize 2002 (Documentary), US International Film Festival (USA)
・ Special Barcelona 2002 (Spain)
・ Espagne Trophée 2002, Mif Sciences.net (Spain)
・ Best Scientific film of the year 2002, Box Office Mif Sciences 2002 (France)
・ Special Teleciencia 2004 (Portugal)
Extracts from narration text of « Cosmic Dance »
The blue, shining space that surrounds the Earth is called the biosphere. Only within
this area can life exist.
The human body is made up of as many as 60 trillion cells.
On the cell membrane, there exist upwards of 10,000 receptors that receive various messages.
If we compare a cell to the Earth, given the same ratio, the thickness of the cell
membrane is at the same ratio as that of the biosphere.
When and where does life begin, and where is it bound?
We know that specific cells produce specific hormones.
The hormone waiting in readiness, as in secretory granules in the cell.
Soon, hormone molecules are released from the secretory cells, and sent off into the
When compared to the fast transfer of information via the nervous system, information
transmitted by a hormone is slow but accurate.
A minute amount of hormone flowing through the whole bloodstream is received
only by the target cells that have its specific receptors.
In response to this message, cells begin to produce materials, working towards the birth of new life.
The sperm struggle up the uterine tube.
At last, the sperm encounter the egg.
Of the 300 million sperm cells, only one burrows into the ovum.
Here, the two fuse - the nucleus of a sperm containing the father's genes, and the
nucleus of the ovum, containing the mother’s.
The first cleavage of new life with the new gene combination.
The fertilized egg hatches out.
Immediately after slipping into the uterine wall, the egg starts constructing
Of a bloodisland, which becomes a source for blood vessels and cells
Before long, a somite appears. This is the origin of the spine.
Cells that contract form the heart.
Newly born blood cells flow in newly born blood vessels.
In the embryo’s eyes, cells multiply through cell division, and align themselves vertically.
These cells lose their nucleus and mitochondria, changing into long, transparent fibers
to form the lens of the eye.
In the mucosa of the nose are arrayed cells with cilia, and cells that can distinguish
Taste buds, cells that can distinguish tastes, are formed.
Nerve cells divide and multiply, forming a network.
The liver, seen under the heart.
After time, hepatic cells produce bile and form the bile duct.
The cells proliferate, giving the fetus its shape.
Between adjacent cells, one dies and the order lives on. Cells give new shape by dying.
At about the time as the sex of the embryo can be distinguished, spermatogonia are
prepared in the testes,
whereas ovogonium are prepared in the ovaries.
At about this time in thymus, enormous nurse cells appear which nurture immune cells.
The green cell is a nurse cell. The orange cells are immune cells.
These brown adipose cells break down stored fat to generate heat and maintain body
Production of blood cells now moves from the liver to the bone marrow. An
erythroblast pushes its nucleus out, thus becoming a mature red blood cell.
By losing their nuclei, red blood cells become flexible and deformable. They flow
through capillary vessels, carrying oxygen to every corner of the body.
White adipose cells store fat. This creates a lay of fat under the skin, upon which the
healthy appearance of a plump baby depends.
The skull deforms to pass through the birth canal, and appears in the outside world.
The first breath forces open the alveoli, and the lungs fill with air.
With its first breath, the baby has its first encounter with other creatures.
Microorganisms taken in with air are known to inhabit the cilia in the pharynx. There
they stay until the immune system is developed.
Now, the organs in the body begin to function.
When a person first becomes conscious of sex, the body begins in earnest preparing
toward the production of the next generation.
The onset of maturity is a time of joy and anxiety.
On the surface of the sperm ducts, cells are individually excited, little by little pushing
up the sperm that as yet have no motility.
Mature sperm wait for their moment.
A mature ovum waits for its moment.
Only one ovum is chosen every month, and released at ovulation.
Love for another brings with it the promise of the continuation of the species
At what point does the brain become human?
The number of nerve cells gradually increases, and at birth, the child’s brain has 14
billion nerve cells, the same as an adult brain.
The nerve cell network becomes increasingly complicated, influenced by the
environment and culture. One year after its birth, a baby stands up and walks, and soon,
it begins to speak. By using language, a human being gains the ability to think
abstractly, surpassing time and space.
Four and a half billion years ago, the earth was formed.
Three point eight billion years ago, limited materials on earth combined to creating life
generation to come.
At one point, a bacterium entered a cell, and the two worked in symbiosis as a
The electron transport system in mitochondria uses oxygen to efficiently create energy,
and this system gave rise to a great variety of creatures.
All creatures on earth have the same genetic system, and they all live in the same place
in time and space.
When plants came into existence, their photosynthesis created an atmosphere. A closed
ecosystem, the biosphere came about.
Species came into existence, changed with the passing of time, and gave rise to new
species. In due course, man was born. Only human beings have successfully spread
throughout the one and only biosphere, and affecting the very circulation of energy on
The sun’s energy nurtures all life.
The gravitational pull of the moon gives the rhythm of life and death to living things.
At present, four babies are born on the Earth every second. None of them ever existed
before, and none of them will ever exist again. They are born and exist only once, a new
life, entrusted with hope.
(Produced ICAM CO., LTD.)
No customer comments for the moment.