Answer:
Ciliates
radiolarian
fornamifera.
Explanation:
don't know the other one:(
I think ' blue green algae '
In gluconeogenesis is synthesis of new glucose from noncarbohyhate precursors, provides glucose when dietary intake is sufficient.It is essential for regulation of acid base balance,amino acid metabolism and synthesis of carbohydrates.
It is the process of glucose synthesis. Glycoysis run backwards, three new reaction happen which involve new enzymes , make the standard free energy favorable. When every molecule of glucose synthesis from two molecules of pyruvate , 4ATP, 2GTP, 2NADH are used.
When the energy charge of the cell drops, the cell begins producing more ATP by glycolysis and turn off gluconeogenesis to conserve the ATP molecules.This process are stimulated and inhibited by similar allosteric effectors that bins to specific site on enzymes.
To learn more about gluconeogenesis here
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Answer:
A) %
B) %
Explanation:
A) Given
Frequency of individuals in the population having recessive phenotypes %
Frequency of individuals in the population having recessive phenotypes is represented by
Thus frequency of recessive genes is equal to
frequency of dominant genes is equal to
Now,
% of genes exist in the heterozygous condition
B.
Frequency of individuals in the population having recessive phenotypes %
Frequency of individuals in the population having recessive phenotypes is represented by
Thus frequency of recessive genes is equal to
frequency of dominant genes is equal to
Now,
% of genes exist in the heterozygous condition
In the dark reactions, also called the Calvin Cycle, the NADPH and ATP from the light reactions are used to make glucose. A monosaccharide sugar that is commonly used in the body of an organism.