|
How would you explain the connection
between glucose entering the body and energy created by the body to a friend,
using your new biochemistry knowledge?
|
Overall, there are a set of specific
chemical reactions that take place in the human body to sustain life, for
example, the pathway of glycolysis. Glycolysis, in anaerobic conditions,
produces lactic acid as its final product, which can cause plaque and bacteria
build up in the mouth of humans etc. The body can tell what it will use for
nutritious purposes and what is toxic to the body. There are many crucial steps
in chemical reactions that take place in the body. Enzymes can be considered
the main component of most metabolic pathways. Enzymes allow humans/organisms
to catalyze reactions efficiently that require energy and would not occur by themselves,
for example, by spontaneous reactions or by coupling reactions, which release
energy.
For example, Ingested fat is taken in through the mouth, to
the stomach, and into the small intestine, where it is broken down by bile.
Long chain fatty acids are packed together in the small intestine and are taken
up by the mucosal cells in the small intestine to be used for the synthesis of
chylomicrons (composed of cholesterol, phospholipids, triacyglygerols, and
apoproteins). Chylomicrons can then enter into the blood and be dispersed
throughout the body for "fuel". This fuel helps the body’s cells to
function properly and grow efficiently. This process of lipid metabolism and
enzyme regulation of metabolic pathways also allows humans to be able to
reproduce, respond to changes in the cells environment and/or receive signals
from other cells in the body.
No comments:
Post a Comment