Anatomy and Embalming: A Treatise on the Science and Art of Embalming, the Latest and Most Successful Methods of Treatment and the General Anatomy Relating to this Subject — John Shaqi
Anatomy and Embalming: A Treatise on the Science and Art of Embalming, the Latest and Most Successful Methods of Treatment and the General Anatomy Relating to this SubjectNunnamaker, Albert John
Science
Anatomy and Embalming: A Treatise on the Science and Art of Embalming, the Latest and Most Successful Methods of Treatment and the General Anatomy Relating to this Subject
Nunnamaker, Albert John
Embalming
=Tendons.=—Tendons are white, glistening, fibrous cords, varying
in length and thickness, sometimes round, sometimes flattened,
of considerable strength, and devoid of elasticity. It consists
principally of a substance which yields gelatin.
Tendons do not have a direct blood supply.
=Aponeuroses.=—Aponeuroses are flattened or ribbon-like tendons, of a
pearly-white color, irridescent, glistening, and similar in structure
to the tendons.
=Ligaments.=—Ligaments consist of bands of various forms, serving to
connect the articular extremities of bones. They are strong bands of
smooth, silverwhite fibrous tissue.
A ligament is pliable and flexible, so as to allow the most perfect
freedom of movement, but at the same time it is tough and strong, so
as not to yield readily under the severe applied force, and for this
reason they serve as good connecting links for the binding of bones
together.
_Poupart's Ligament._—Poupart's ligament extends from the crest of
the ilium to the top of the pubic bone. This ligament is of utmost
importance to the embalmer, as it serves as a guide to locate the
femoral artery. By placing the thumb on the crest of the ilium and
the second finger on the top of the public bone, then letting the
first finger drop midway between the two, which would be the center of
Poupart's ligament, we have a point which marks the exit of the artery
from the body and the beginning of the femoral artery.
Poupart's ligament also forms the base of Scarpa's triangle. The
structure of this triangle will be taken up later.
=Fat.=—Fat is a deposit of an oil in the cells of the tissues, just
beneath the skin, giving roundness and plumpness to the body, and
acting as an excellent non-conductor for the retention of heat.
So tiny are these cells, that there are over sixty-five million in a
cubic inch of fat. As they are kept moist, the liquid does not ooze
out; but, on drying, it comes to the surface, and thus a piece of fat
feels oily when exposed to the air. The quantity of fat varies with
the state of nutrition. In corpulent persons, the masses of fat beneath
the skin, in the mesentery, on the surface of the heart and the great
vessels, between the muscles, and in the neighborhood of the nerves,
are considerably increased. Conversely, in the emaciated we sometimes
find beneath the skin cells which contain only one oil drop. Many
masses of fat which have an important relation to muscular actions—such
as the fat of the orbit or the cheek, do not disappear in the most
emaciated persons. Even in starvation, the fatty substance of the brain
and spinal cord are retained.
Fat collects as pads in the hollows of the bones, around the joints and
between the muscles, causing them to glide more easily upon each other.
As marrow, it nourishes the skeleton, and also distributes the shock of
any jar the limb may sustain.
Fat does not gather within the cranium, the lungs or the eyelids, where
its accumulation would clog the organs.
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