Answer:
1. The enzyme __glycogen phosphorylase ______ removes terminal glucose residues from glycogen by cleaving __Alpha (1,4)______ linkages.2. Enzyme activity stops when the enzyme reaches a point __four___ glucose residues from a branch point, which is a(n) _alpha (1,6)______ linkage.3. The __transferase______ of the debranching enzymes moves three glucose residues to another branch, connecting them by a(n) __alpha(1,4)______ linkage.4. The _glucosidase_______ activity of the debranching enzyme removes the glucose at its _alpha (1,6)_______ linkage.5. The enzyme glycogen phosphorylase________ continues removing terminal glucose residuesAnswer Choices: Glucosidase, Phosphoglucomutase, three, four, glycogen phosphorylase, alpha (1,6), alpha (1,4), transferase
Answer:
Rats feet tend to be more slender and dexterous. A hamsters paws are more wide and flat. Though they also tend to vary on size and color depending on the type they belong to. For example, the pet types us humans buy or breed tend to be on the smaller size.
Explanation:
Answer:
Option-B
Explanation:
Color deficiency is a condition caused when the person is not able to distinguish the different colors. Since the person is not able to distinguish different color, therefore, the chromo-receptors which are affected are the cone cells located in the retina which allows us to see different wavelengths.
1. Total color blindness is not a rare disease in animals.
2. Total color blindness in which a person is not able to see any color occurs when all types of cone cells become malfunction or completely absent.
3. The red-green color blindness is more common than the blue-yellow color blindness.
4. The mother is usually not affected as she is the carrier of the gene responsible for the color blindness.
Since all options except Option-2 are incorrect therefore option-2 is the correct answer.
____ heya mate______
HERE IS YOUR ANSWER
it is CHLOROPLAST which is only found in plant cell
HOPE THE ANSWER WILL HELP U!!!!!!! :-) :-) :-) :-)
Allele that causes yellow eyes (Y) is
dominant over the allele that causes orange eyes (y)
Y = 85% = 0.85 and
y = 100% - 85% = 15% = 0.15
f(y) = square root of y = √y = √0.15 =
0.387
frequency of the allele that causes
orange eyes = 0.387
Once we know the value of y, Y + y = 1
Putting the value of y, we get
Y = 1 – 0.387
<span>Frequency of the dominant allele that
causes yellow eyes = 0.61</span>