The Answer to this question is b
G1, G0 means the cell is not participating in the cycle the very first checkpoint is G1
Hi there, thanks for asking a question here.
It sounds like the patient has sensorypeceptul disturbances. This disturbance is when a person feels a weakness, numbness, and tingly sensation on their feet.
What should the nurse do? The nurse should make sure the patient's bed rails are low to make sure it is easy to get in and out of bed. The nurse should assist the patient when they need to get out bed. To prevent the risk of infection, an aseptic technique and more fluids could help the patient.
Hope that helps! ★<span> If you have
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below or post another question and send the link to me. -UnicornFudge aka Qamar</span>
Answer:
Telomerase acts to elongate the 3' end of linear DNAs.
Explanation:
The 5' ends of the linear DNA can not be replicated by DNA polymerase due to the absence of free 3' end to be elongated. This is prevented by the action of telomerase enzyme which contains both RNA and protein components. The RNA component of the telomerase is 150 nucleotides long.
The telomerase enzyme elongates the 3' end of the template strand by using its inbuilt RNA template. Since it uses an RNA template to make the DNA copies, it is a reverse transcriptase. Repeated translocation and repositioning of the enzyme elongates the 3' end of the template DNA.
The RNA primase makes the RNA primer at the end of the new telomere strand which is then elongated by DNA polymerase. DNA ligase seals the nick. In this way, telomerase serves to prevent the loss of 5' ends of linear DNA in successive rounds of DNA replication.
<span>As salma views a famous impressionist painting that is hung on a wall, her RETINAS receive visual information about the art and carry this information to her brain. At the back of each eye, the retina is a thin sheet of tissue containing several types of cells. The photoreceptor cells in the retina first transform light energy into electrical current. The last processing step in the retina is the activity of neurons calls retinal ganglion cells. The ganglion cells send electrical impulses along their axons, which form the optic nerve that travels into the brain.</span>
