Answer:
The lagging strand undergoes a conformational change to make a hairpin structure, which allows DNA synthesis in the proper order.
The lagging strand must be synthesized in smaller units that are ultimately attached by the action of DNA ligase.
Explanation:
For DNA synthesis to occur on the lagging template strand, the lagging template strand is oriented in such a way that it forms an hairpin structure with the SSB proteins still in place.
This allows the structure to be in corformation with the rest replisome machinery and also allow the synthesis of DNA in the 5'-3' direction forming okazaki fragments in a discontinous backstitching mechanism which are then sealed toghether by the enzyme Ligase.
The answer is true they should have both
Answer:
Foot of a molluscs is used for locomotion and anchorage, and varies in shape and function, depending on the type of mollusk under study.
A - The alveoli have a membrane that is only one cell thick to allow for a short diffusion time to capillaries.
Answer:
because the mother sells are less for that kind of cuts so they don't regenerate and in a cut its easier because they are just in number for that cut
Explanation:
