There are three ways to make ATP. All of them start with the same precursor molecule attached to it. The most common way to make ATP is to use → which may be stored in myoglobin. The other necessary ingredient is ♦ This process is done in the ◆ as well as the ATP that is desired. This way is efficient, but slow. If insufficient ◆ is available, then the process used will be + This still uses ♦ the products is → which can damage muscle tissue. The method of ATP production that is used for the shortest period of time is called process has no harmful byproducts, but the creatine phosphate molecules necessary are in short supply. , which has two phosphate groups → That requires a good supply of ◆ and produces water and but is not desirable because one of + This

Human Anatomy & Physiology (11th Edition)
11th Edition
ISBN:9780134580999
Author:Elaine N. Marieb, Katja N. Hoehn
Publisher:Elaine N. Marieb, Katja N. Hoehn
Chapter1: The Human Body: An Orientation
Section: Chapter Questions
Problem 1RQ: The correct sequence of levels forming the structural hierarchy is A. (a) organ, organ system,...
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There are three ways to make ATP.
All of them start with the same precursor molecule
attached to it.
The most common way to make ATP is to use
+
which may be stored in myoglobin. The other necessary ingredient is
This process is done in the
♦
as well as the ATP that is desired. This way is efficient, but slow.
If insufficient
◆ is available, then the process used will be
◆
This still uses
→
the products is
→ which can damage muscle tissue.
The method of ATP production that is used for the shortest period of time is called
process has no harmful byproducts, but the creatine phosphate molecules necessary are in short supply.
e
which has two phosphate groups
◆
That requires a good supply of
and produces water and
but is not desirable because one of
→ This
Next page
Transcribed Image Text:There are three ways to make ATP. All of them start with the same precursor molecule attached to it. The most common way to make ATP is to use + which may be stored in myoglobin. The other necessary ingredient is This process is done in the ♦ as well as the ATP that is desired. This way is efficient, but slow. If insufficient ◆ is available, then the process used will be ◆ This still uses → the products is → which can damage muscle tissue. The method of ATP production that is used for the shortest period of time is called process has no harmful byproducts, but the creatine phosphate molecules necessary are in short supply. e which has two phosphate groups ◆ That requires a good supply of and produces water and but is not desirable because one of → This Next page
There are two hormones that affect the composition of your urine (and therefore your blood).
One hormone affects the nephron. It is called
◆
→ in your blood are too low. It causes
ions to be reabsorbed.
→ is actively pumped out into the interstitial fluid, and
+
ions will follow due to the attraction caused by their opposing charges.
follows by osmosis,
The second hormone is called
◆
and affects the
♦
When you are
+
your body produces more of this hormone. It causes the aquaporins to open up so that more
+ can be reabsorbed into the body. This decreases the volume of
÷
produced.
H
O
r
a
C
and is released when the levels of
and
D
Transcribed Image Text:There are two hormones that affect the composition of your urine (and therefore your blood). One hormone affects the nephron. It is called ◆ → in your blood are too low. It causes ions to be reabsorbed. → is actively pumped out into the interstitial fluid, and + ions will follow due to the attraction caused by their opposing charges. follows by osmosis, The second hormone is called ◆ and affects the ♦ When you are + your body produces more of this hormone. It causes the aquaporins to open up so that more + can be reabsorbed into the body. This decreases the volume of ÷ produced. H O r a C and is released when the levels of and D
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