When would the quantity of dna double when growing cells?
singleAnswer
cell division Interphase
Interphase
When would the quantity of dna double when growing cells?
Interphase Cell growth Transformation efficiency DNA repair Saccharomyces cerevisiae Cell cycle DNA Plasmid Hayflick limit Cell synchronization
If the <b>cell</b> is not to divide again, it <b>will</b> enter G0. Synthesis (S), in which the <b>cell</b> 
synthesizes its <b>DNA</b> and the chromosome <b>number</b> is <b>doubled</b> (via 
semiconservative&nbsp;... The term <b>cell growth</b> is used in the contexts of biological <b>cell</b> development and 
<b>cell</b> division ... <b>Cells can</b> reproduce in the stage of Mitosis, where they <b>double</b> and 
split into two genetically equal <b>cells</b>. ... This is the haploid <b>amount of DNA</b>, often 
symbolized as N. Meiosis is used by diploid organisms to produce haploid 
gametes&nbsp;... Transformation efficiency is the efficiency by which <b>cells can</b> take up extracellular 
<b>DNA</b> and express genes encoded by it. This is based on the competence of the 
<b>cells</b>. It <b>can</b> be calculated by dividing the <b>number</b> of successful transformants by 
the ... <b>Growth</b> of <b>cells</b> – E. coli <b>cells</b> are more susceptible to be made competent&nbsp;... <b>DNA</b> repair is a collection of processes by which a <b>cell</b> identifies and corrects 
damage to the ... A <b>cell</b> that has accumulated a large <b>amount of DNA</b> damage, or 
one that no ... The vast majority of <b>DNA</b> damage affects the primary structure of 
the <b>double</b> ... These modifications <b>can</b> in turn disrupt the molecules&#39; regular 
helical&nbsp;... Saccharomyces cerevisiae is a species of yeast. It has been instrumental in 
winemaking, ... Under optimal conditions, yeast <b>cells can double</b> their population 
every 100 ... Limiting the <b>amount</b> of glucose or amino acids in the <b>growth</b> medium 
has been ... YDL102W (aka POL3 encoding a subunit of <b>DNA</b> polymerase delta) 
is&nbsp;... <b>Growth</b> in an &#39;organism&#39; is carefully controlled by regulating the <b>cell</b> cycle. The 
<b>cell</b> cycle, or <b>cell</b>-division cycle, is the series of events that take place in a <b>cell</b> 
leading to ... Thus, during this phase, the <b>amount of DNA</b> in the <b>cell</b> has <b>doubled</b>, 
though ... This ensures that every portion of the <b>cell&#39;s</b> genome <b>will</b> be replicated 
once&nbsp;... Deoxyribonucleic acid is a molecule composed of two chains that coil around 
each other to form a <b>double</b> helix carrying genetic instructions for the 
development, functioning, <b>growth</b> and reproduction of all ... The two strands of 
<b>DNA</b> in a <b>double</b> helix <b>can</b> thus be pulled apart like a zipper, either by a 
mechanical force or high&nbsp;... A plasmid is a small, extrachromosomal <b>DNA</b> molecule within a <b>cell</b> that is 
physically separated from chromosomal <b>DNA</b> and <b>can</b> replicate independently. 
They are most commonly found as small circular, <b>double</b>-stranded <b>DNA</b> ... The 
normal <b>number</b> of copies of plasmid that may be found in a single <b>cell</b> is called 
the Plasmid&nbsp;... Animation of the structure of a section of <b>DNA</b>. The bases lie horizontally between 
the two spiraling strands. Nitrogen: blue, oxygen: red, carbon: green, hydrogen: 
white, phosphorus: orange. The Hayflick limit, or Hayflick phenomenon, is the 
<b>number</b> of times a normal human <b>cell</b> population <b>will</b> divide before <b>cell</b> ... This 
<b>would</b> have easily allowed the <b>cultivation</b> of new, fresh <b>cells</b> in the&nbsp;... <b>Cell</b> synchronization is a process by which <b>cells</b> in a culture at different stages of 
the <b>cell</b> cycle ... 2.2.1 <b>Double</b> thymidine block; 2.2.2 Hydroxyurea; 2.2.3 
Aphidicolin ... <b>Cells grown</b> in suspension tend to be easier to elutriate given that 
they <b>do</b> not ... DRAQ5, or TO-PRO-3, allowing for determination of phase by <b>DNA</b> 
<b>quantity</b>.
S phase
Cell growth