English subtitles for clip: File:Experime1940.ogv

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I should like to tell you

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that I've seen some of the experiments
shown in this film actually carried out

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at the all-Russian physiological
congress. As you can imagine, technique is

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everything.

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Besides such work as you're about to
see, Brukhonenko shares the credit for

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the methods of human blood transfusions
which were first developed in the Soviet Union

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and are now practiced in this country which
has saved so many lives during the war.

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What enabled Soviet
scientists to solve this problem?

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Long ago, scientists established the fact

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that animals organs and tissues isolated from the
whole organism can and did maintain a living

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state. But in order to achieve this,

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special artificial
conditions must be created.

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Isolated organs can be brought to life

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even though they've been removed from the
animal's corpse sometime after death. Here's a

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dog's heart.

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It can function as well in artificial
conditions as in a living organism.

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And for this purpose,

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blood is introduced into the cardiac vessels.
The isolated heart beat just as it

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did a few hours previously in
the living dog.

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The following experiment is conducted
on lungs taken from an animal.

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Bellows expand the lungs

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and fill them with air.

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The venous blood is forced into the
lungs by the action of the pump.

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The dog's venous blood passes
through this tube.

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In the lungs, it takes up oxygen and
becomes arterial blood.

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The isolated lungs breathe, producing the same
chemical changes as in a living animal.

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An animal's head can also live
in the isolated condition.

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Here is the plan of the experiment:

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The arterial pump

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takes arterial blood from the reservoir
to the head while the venous pump

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drains off the venous blood. The blood
is arterialized in the reservoir

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where there is a steady flow of oxygen.

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The artificial blood circulation

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ensures the metabolism necessary
for the life of the head.

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The isolated head lives on for hours
and reacts to external stimuli.

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The isolated head even reacts
to light and sound.

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The revival of individual
organs enabled scientists

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to proceed to experiment on
reviving the whole organism.

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The revival of the whole organism can
be achieved with the help of an apparatus

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called the Auto-Injector(?).

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The Auto-Injector(?) carries out the
functions of the heart and lungs.

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As we know,

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the heart's rhythmical contractions
supplies the body with arterial blood,

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rich in oxygen.

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After losing its oxygen, the blood returns
to the heart through the veins. 

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From then,

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it flows into the lungs. Whence with a fresh
supply of oxygen, it returns to the heart

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and then spills into the
arteries of the organ.

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The Auto-Injector(?) works on the same principle.
The apparatus includes a system of pumps

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for supply of blood and drawing it out.

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The arterial pump
supplies the organism with

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arterial blood.

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when the blood has given up its oxygen, 
the venous pump draws it back into the

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reservoir. Here, just as in the
lungs, it's enriched with oxygen

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and returns into the organism. The blood
passing into the arteries of the body

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ensures the necessary metabolism.

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In this way, the Auto-Injector(?)
can perform the work of both the

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heart and lungs.

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We begin the experiment of revival. The
experiment is carried out on a dog.

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A substance which
prevents clotting is

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introduced into the animal's blood.
The dog is under an anesthetic.

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It doesn't feel pain.

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No interruption of the animal's
normal functions has yet occurred. 

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The dog reacts the touch,
its pupils are normal.

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A special apparatus, the chemo-graph(?), 
registers the breathing

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and the function of the
dog's heart.

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The pulse and breathing are normal.

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The experiment begins. All the blood is 
drained out through the carotid(?) artery.

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The heart has stopped.

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This is one of the animal's last gasps.

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This is the final breath.

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The dog is dead.

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Without operated interference,
deaths would be final

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as with disintegration of the body's 
cells would gradually set in.

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The Auto-Ejector(?) is being attached 
before starting a revival.

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The arterial pump is connected 
with the artery.

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The venous pump is connected with a vein.

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Ten minutes have elapsed
since the animal died.

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The blood removed from the animal is pumped
back into its vessels by the Auto-Ejector(?).

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The Auto-Ejector(?) ensures a normal blood
circulation in the organism, replacing the 

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action of the dead heart and lungs.

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The artificial blood circulation gradually
induces the heart to start beating again.

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Heart action begins to be normal.
First sigh.

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Respiration is gradually restored.

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The dog breathes more normally
and evenly.

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An animal's condition
which is normal.

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We can now disconnect the Auto-Ejector

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and leave the organism of a dog to
maintain life with its own resources.

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The dogs soon shakes off the
effects of the anesthetic.

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The dog is still weak and can't move.

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After ten to twelve days, the dog
returns to its normal state.

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After the experiment, (the) dogs lived for
years, they grow, they put on weight,

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and have families.

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For a number of years now,

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three dogs have been under observation
in the Polonaise Medical Institute after

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being revived by 
artificial blood circulation.

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This dog, Bani(?), was revived 
in 1939

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after having been dead for eight minutes.

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Black Ears is the offspring of revived
parents. She, herself, was revived in

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1939 after eleven and a half minutes
of death.

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Naida was revived in 1938

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after fifteen minutes of death.

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These experiments, on the revival of dogs,

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has shown that the process has no harmful
effects on the animal organism.

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The question of the revival of animals
is one of the most interesting problems

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in physiology to day.

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Experiments on revival have added to the
valuable store of our knowledge of

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experimental medicine.