Which are replicated during interphase?

Answers

Answer 1

Answer:

Answer: The correct answer is-

DNA molecules or chromosmes are replicated during the interphase.

Interphase is first stage in the cell cycle. It is further divided into three phases that is-

G1 ( first growth phase, during which cell grows and syntheises essential proteins for replication),

S ( synthesis phase as chromosomes are replicated during this phase). This important before cell divides in the M phase.

G2 phase ( second growth phase). During this, further growth of cell takes place and it prepares for division in the next stage that is M phase.

Related Questions

All the iron molecules that are in your body were originally created by____A a black holeB a starC a nebula D the sunE the force of gravity
Fossil fuels such as coal,oil and gas are burned during this cycle
Drag each tile to the correct box.Shaun is eating at a restaurant. Arrange the events in order to describe Shaun’s sensory responses as his meal was served.Shaun’s olfactory receptors recognized the smell of food.Shaun was served the spicy food he ordered.Shaun’s neurons carried the signal from his nose to his brain.Shaun’s taste receptors sent the signal to his brain.Shaun’s taste receptors recognize the taste of pepper.
Maps are examples of ____ models that people might use everyday.
1. Which of the following is used by cells to storeand release the energy needed to power cellularprocesses?a. ATPc. DNAb. RNAd. NADP+

If a bowling ball hits a wall with a force of 6 N, the wall exerts a force of ____ back on the bowling ball. (1 point) 0 N 3 N 6 N 12 N

Answers

The answer is 6 Newtons

What's the difference between budding and fragmentation?

Answers

budding is when something is becoming larger as part of the process of normal growth. Fragmentation is the process or state of breaking or being broken into small or separate parts.

What determines the damage caused to the human body by an electric shock

Answers

These are the main factors:

• the amount of current flowing through the body
• the path of the current through the body
• the length of time the body is in the circuit
• the voltage of the current
• the presence of moisture in the environment
• the phase of the heart cycle when the shock occurs
• the general health of the person prior to the shock
• how quickly the person is treated.

A model of pluripotent vs differentiated cellular gene expression is shown. Pluipotency is found in stem cells that have the ability to become multiple types of cells. Differentiation is the process where a cell becomes specialized and cannot return to its pluripotent state. What explanation best supports the model of pluripotency and differentiation shown above?A) Differentiated cells have different DNA sequences that pluripotent cells and can produce different protein products.
Eliminate
B) Differentiated cells have fewer gene sequences that pluripotent cells and can only produce limited numbers of proteins.
C) Pluripotent cells recruit molecules from nearby cells to increase gene expression while differentiated cells use only internal transcription factors.
D) Differentiated cells and pluripotent cells have different types of activator or repressor proteins present that positively and negatively regulate gene expression in the cell.