What happens to the 2 pieces of DNA after DNA replication?

Answer 1

Immediately after replication (S phase of a cell), the cell enters G2 phase and then the M phase (division of the cell). During division, specifically anaphase, the 2 pieces of DNA (chromatics) are separated from one another.

Answer 2

After DNA replication, the two pieces of DNA, known as sister chromatids, separate and each moves into a new cell during cell division. This process ensures that each daughter cell receives an identical copy of the original DNA.

Answer 3

Firstly the two hydrophobically-linked strands must be separated. This is accomplished by a series of enzymes called Helicases. These are so-called for their ability to un-wind the helix of DNA.

Then, any one of several DNA polymerase (copying) enzymes do their work. Each one of the original strands acts as a Template for the assembly of its own daughter strand.

Two pairs of double helix, each from one of the original and one of the nascent strands, reform into nucleosome bound dsDna quite readily without all that much enzymatic influence, I presume, due to the hydrophobic-attraction that exists between the two strands.

Answer 4

DNA molecule unwinds to form a replication fork. Unwinding allow the primer and DNA polymerase to accommodate for the synthesis of new strand of DNA. DNA synthesis by DNA polymerase occurs in 5' to 3' orientation.

Answer 5

Each molecule ends up with one new strand and one original strand.

Answer 6

=more nucleotides are added to each strand producing a new strand that is complementary to the original. Each strand of the original DNA acts as a model or template for the new strand=

Answer 7

Each of the original strands makes up one half of each new strand.

Answer 8

it look the opposite of the original strand.

Answer 9

They serve as templates.

Answer 10

To provide details of the cell