Answer:
Yes.
Explanation:
Yes, it was possible for humans to be similarly genetically modified because human also posses myostatin protein that regulates the growth of muscles and prevent muscle cells to grow very large. So by using genetic engineering technique, modification also occurs in the body of human if this protein is removed from the human body so the human being has also a muscular body.
Symbiotic association means one of the organisms, called endosymbiont, is present inside the cells of its host. The most typical examples are endosymbiosis theory of mitochondria and chloroplasts which, according to some theories, are cellular organelles of bacterial origin.
But these theories are still discussed because there are in fact arguments that support endosymbiosis theory and also arguments that disapprove it.
Here are the answer for the exercise explaining the endosymbiosis
A ==> oxygen-using procaryote (before being a mitochondrion)
B ==> mitochondrion
C ==> Nucleus
D ==> endoplasmic reticulum
E ==> Host cell: ancestor of all eucaryotes
F ==> photosynthetic procaryote (before being a chloroplast)
G ==> chloroplast
H ==> Host cell: Ancestor for photosynthetic eucaryotes
The
peripheral nervous system (PNS) consists of nerves that transmit impulses back
and forth between the central nervous system, the skeletal muscles, and the
skin.
<span>The
PNS consists of the nerves and ganglia that are located outside the brain and
spinal cord (CNS). The main function of the PNS is the connection between the
brain and spinal cord and the rest of the body.</span>
Answer:
flux
Explanation:
- The rate by which the turnover of the molecules takes place in a metabolic pathway that regulates the flow of material is termed as metabolic flux or simply flux.
- The various enzymes that are involved in the metabolic pathway are responsible for regulating the flux.
- The flux varies with the different states of activity of a person and it is important for the regulation of metabolic activities as well as maintain the homeostasis of the body.
- The mathematical expression to calculate the flux is :
J = Vf - Vi
Where J = flux of metabolites
Vf = rate of the forward reaction
Vi = rate of the reverse reaction
energy drinks/sports drinks they say its good for you but it really isn't.
