Answer:
a. multiple primers needed lagging strand
b. daughter strand elongates toward replication fork leading strand
c. only one primer needed leading strand
d. synthesized 5' to 3' both strands
e. daughter strand elongates away from replication fork lagging strand
f. made continuously leading strand
g. made in segments lagging strand
Explanation:
a, g and e: the lagging strand is synthesized in segments.
b, c, f: the synthesis is continue.
d. DNA polimerase acts only in 5' to 3' sense.
<span>Protein tertiary structures
are known to be a three dimensional structure of a protein with a single
polypeptide chain (backbone) and one or more protein secondary structures known as
protein domains.</span>
Tertiary Structure Interactions
1) Hydrophobic Interactions: they are non-
covalent bonds and very important in the formation of tertiary structure.
2) Ionic Bonds: the interaction of both positive
and negative amino acids forms a bond that helps to stabilize the protein molecules.
3) Hydrogen Bonds: this bond exit between the
amino acid with hydrophilic side chain found on the surface of the molecules and
water molecules in a solution.
4) Disulfide Bridges: it is a strong covalent bond commonly found between cysteine residues in close proximity space.
Answer:
the answer is increase the number of coils
Explanation:
Similarities: both originated from “protists” and they have similar cell structures.
Differences: plants use photosynthesis to make food, while fungi cannot. Fungi does not possess chlorophyll, which is a key part of the photosynthesis process for plants.
