Answer:
Ligand A and ligand B can cause same cellular responses in a cell when they are attached to different receptors.
Explanation:
If two same ligands are attached to two different receptors, two different responses will occurs. Such type of response is present in acetylcholine, while when two different ligands attached to two different receptors, same response will occur. This type of response is present in glucagon and epinephrine etc. ligands are responsible for controlling the transcription process when it binds or attached to the DNA molecule of the cell.
Answer:
cardiovascular
Explanation:
Since there is no option of endocrine system, I would say cardiovascular because it involves the bloodstream
Answer:
hi here is the answer!
Explanation:
A change in an object’s position, direction, or location is
<em><u>Unbalanced Unbalanced forceforce</u></em>
Answer:
PART B: My Own Masterpiece!
Activity 1: What are your true colors?
Use the given fictional genes of different colors to predict the phenotype ratio
and genotype ratio. Color each tile in the Punnett square corresponding to its
phenotype. An example is already given as your guide.
G
G GG
g Gg
Pointing System:
g
G Gray (Dominant) Genotype Ratio 1:2:1
Gg
g - White (Recessive) Phenotype Ratio 3:1
gg
1 point for each tile of correct genotype of offspring (max
4 pts) 1 point for each tile of correct phenotype of
offspring (max 4 pts) 1 point for correct genotypic ratio
1 point for correct
phenotypic ratio Total: 10
points for each combination
Combination No. 1
g
g
G - Gray
(Dominant) Genotype Ratio
G
g
- White
(Recessive) Phenotype Ratio
g
Combination No. 2
G
(Dominant) Genotype Ratio
G - Gray
g
g
White
(Recessive) Phenotype Ratio
G
G
forvo
Apply
the answer is : Marco carry the gene for color blindness, but Lauren did not.
Color blindness is a usually a genetic (hereditary) condition (you are born with it). Red/green and blue color blindness is usually passed down from your parents. The gene which is responsible for the condition is carried on the X chromosome and this is the reason why many more men are affected than women.as man has a 2 chromosomes X and Y,
so both the chromosome can be transfered into the baby as the coming gene normally carry the men's heridity. The effects of color vision deficiency can be mild, moderate or severe depending upon the defect. If you have inherited color blindness your condition will stay the same throughout your life – it won’t get any better or worse.
People with normal color vision have all three types of cone/pathway working correctly but color blindness occurs
when one or more of the cone types are faulty. For example, if the red cone is faulty you won’t be able to see colors containing red clearly. Most people with color blindness can’t distinguish certain shades of red and green. That's why this comes into the gene once in the generation.
