For the first question, i think the correct answer is A. Normal cells undergo apoptosis while cancer cells don't. For the second question, The answer is option B.<span> </span><span>Cell division has two checkpoints namely, G1
checkpoint and spindle assembly checkpoint. The checkpoint which determines if
division has properly occurred is the G1 checkpoint. At this point, is a damage
in the DNA is detected or the has not reach the optimum size, the cell is
stopped in G1 and is not allowed to proceed to further process.</span>
Mid-ocean ridges are found in the sea floor at divergent boundaries because both plates are moving away from each other creating the opening for the lava to sleep up. Mid-ocean ridges are where sea floor spreading occur by lava seeping up to the surface of the opening and cooling therefore forming new ground and pushing older layers of ground further away.
<em>"kids are not little grown-ups" </em>pediatric-beginning diabetes is unique in relation to grown-up diabetes due to its particular the study of disease transmission, pathophysiology, formative contemplations, and reaction to treatment.
Imminent longitudinal investigations of people in danger of creating <em>type 1 diabetes</em> have shown that the sickness is a continuum that advances successively at variable yet unsurprising rates through particular stages before the beginning of symptoms.<em>type 1 diabetes creates in three phases which are following.</em>
Stage 1 is characterized of β-cell as confirm by at least <em>with normoglycemia and two islet autoantibodies and is presymptomatic. </em>
Stage 2 is the β-cell autoimmunity with the presymptomatic and dysglycemia. Beginning of symptomatic illness coming about <em>because of insulin lack in youngsters with type 1 diabetes. </em>
Stage 3 Reception of this arranging characterization gives an institutionalized scientific categorization to type 1 diabetes and may help <em>the improvement of treatments and the plan of clinical preliminaries to forestall symptomatic sickness.</em>
The complementary DNA (cDNA) is a region of DNA that is synthesized from an RNA template by using a reverse transcriptase enzyme. cDNA is usually used to clone genes from eukaryotic organisms in prokaryotes. cDNA cloning is a technique that consists of isolating and amplifying a self-replicating prokaryotic organism that includes in its genome a cDNA of interest. This technique enables the insertion of fragments of eukaryotic DNA (cDNA) into plasmids that subsequently are multiplied by cloning and finally sequenced.
