Biology, 09.07.2019 13:50 lilisagaser4505

What is the energy source used to drive atp synthase to produce atp?

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The answer to the question asking about the energy source used to drive ATP synthase to produce ATP is called Proton Motive Force. ATP Synthase is an enzyme located in the mitochondria since produce happens at this site of a eukaryotic cell. It consists of a rotating head and a catalyzing end. As protons diffuse to the other side of the mitochondria (inner side) through lipid bilayer of ATP Symthase, it causes the rotating head to move like a motor. This energy is converted to chemical energy in order to bind the phosphate group to the ADP to create an ATP

Answer from: nourmaali

ATP synthase is a protein that makes the vitality stockpiling particle adenosine triphosphate (ATP). ATP is the most usually utilized "vitality cash" of cells for generally life forms. It is shaped from adenosine diphosphate (ADP) and inorganic phosphate (Pi).

Answer from: Quest

answer: blah

explanation:

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Answer from: Quest

the african cheetah.

this species has a relatively low level of genetic

variation because the population was reduced to a small size approxi-

mately 10,000 to 12,000 years ago.

chapter outline

24.1

genes in populations and the hardy-

weinberg equation

24.2

factors that change allele and genotype

frequencies in populations

24.3 sources of new genetic variation

population genetics

until now, we have primarily focused our attention on genes

within individuals and their related family members. in this

chapter and chapters 25 and 26 , we turn to the study of genes in

a population or species. the field of

population genetics

is con-

cerned with changes in genetic variation within a group of indi-

viduals over time. population geneticists want to know the extent

of genetic variation within populations, why it exists, and how it

changes over the course of many generations. the field of popu-

lation genetics emerged as a branch of genetics in the 1920s and

1930s. its mathematical foundations were developed by theoreti-

cians who extended the principles of gregor mendel and charles

darwin by deriving formulas to explain the occurrence of geno-

types within populations. these foundations can be largely attrib-

uted to three scientists: sir ronald fisher, sewall wright, and j. b. s.

haldane. as we will see, support for their mathematical theories

was provided by several researchers who analyzed the genetic com-

position of natural and experimental populations. more recently,

population geneticists have used techniques to probe genetic

variation at the molecular level. in addition, staggering advances

in computer technology have aided population geneticists in the

analysis of their genetic theories and data. in this chapter, we will

explore the genetic variation that occurs in populations and con-

sider the reasons why the genetic composition of populations may

change over the course of several generations

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