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BIOLOGICAL MACROMOLECULES
DP
by
Donovan Patton
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Updated Jun 11, 2023
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Chapters
00:00
Chapter 1
00:17
Chapter 2
00:37
Chapter 3
00:53
Chapter 4
01:22
Chapter 5
01:57
Chapter 6
02:26
Chapter 7
03:08
Chapter 8
Audio Transcript
Auto-generated
00:00 - 00:01
Hello,
00:02 - 00:03
I'm Donovan Pat
00:03 - 00:05
and I'll be teaching you about
00:05 - 00:07
biological macro
00:07 - 00:09
molecules.
00:10 - 00:12
I am currently in biology.
00:12 - 00:16
1 55 sec B 06,
00:19 - 00:24
there are four main micro molecules, proteins, lipids,
00:24 - 00:26
nucleic acids and carbohydrates.
00:26 - 00:30
These micro molecules are fundamental to
00:30 - 00:32
the structure and functioning of living organisms
00:33 - 00:37
and they interact with each other to maintain life processes.
00:38 - 00:43
Here are the four pictures of each macromolecule.
00:43 - 00:45
Uh Obviously, they don't look anything
00:46 - 00:50
like each other and they honestly shouldn't, they are very different new,
00:50 - 00:52
vastly different things.
00:52 - 00:55
The first on the list, we have the proteins,
00:55 - 01:00
proteins are large molecules made up of amino acids that mainly consists of carbon,
01:00 - 01:03
hydrogen, oxygen, nitrogen and sulfur.
01:03 - 01:07
They play a crucial role in various biological processes and
01:07 - 01:10
are involved in the functions such as structural support,
01:10 - 01:11
enzymatic reactions.
01:11 - 01:14
Transportation and signaling
01:14 - 01:21
protein is a polymer and an example of this is the carrot in your nails and hair.
01:22 - 01:23
The second is the nucleic
01:24 - 01:28
acids. Nucleic acids are polymers that store and transmit genetic information.
01:28 - 01:32
Uh They, there are two types of nucleic acids, DNA
01:32 - 01:36
and R N A DNA carries the genetic instructions for
01:36 - 01:40
the development functioning and reproduction of all living organisms.
01:40 - 01:43
While R N A is involved in the protein
01:44 - 01:44
ayes,
01:44 - 01:50
nuclear acids are similar to protein. In terms of the elements present carbon,
01:51 - 01:52
hydrogen,
01:52 - 01:53
oxygen,
01:53 - 01:54
nitrogen plus
01:55 - 01:55
phosphorus.
01:58 - 02:03
Number three, we have the carbohydrates, right. Carbohydrates also known as
02:03 - 02:03
saccharide
02:05 - 02:06
are composed of sugar molecules.
02:06 - 02:10
They serve as a major source of energy that
02:10 - 02:12
can be found in various forms such as sugar,
02:12 - 02:13
starches and fibers.
02:14 - 02:17
Carbohydrates also have structural roles in certain organisms.
02:18 - 02:20
Carbohydrates contain only carbon,
02:20 - 02:21
hydrogen
02:22 - 02:23
and oxygen
02:23 - 02:23
and a
02:24 - 02:25
polymers
02:26 - 02:27
last but not least.
02:27 - 02:33
The lipids, lipids are diverse molecules that include fats, oils,
02:33 - 02:34
waxes and steroids.
02:35 - 02:36
They are in sole
02:36 - 02:38
water means that they don't not
02:38 - 02:40
in water but are sole
02:41 - 02:43
and nonpolar solvents.
02:43 - 02:46
Lipids are important for energy storage insulation,
02:46 - 02:49
cushioning and deformation of the cell membrane.
02:50 - 02:53
They also serve as signaling molecules and
02:53 - 02:57
play a role in various physiological processes.
02:57 - 02:58
They, they contain,
02:59 - 03:02
excuse me, they consist of oxygen, carbon and hydrogen
03:03 - 03:03
as well
03:04 - 03:05
are polymers as well.
03:06 - 03:08
That is my presentation. I thank you for your time today.
03:08 - 03:11
And this please don't forget that these
03:11 - 03:14
functions highlight the central roles of biological
03:14 - 03:17
macro molecules and maintain the structure function
03:17 - 03:19
and overall well-being of living organisms.
03:20 - 03:20
I
03:21 - 03:22
and
03:22 - 03:23
Patton. Thank you for your time.
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