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There are two general mechanisms of miRNA/AGO complexes. If miRNAs are fully complementary with mRNAs, AGO can cleave these targets. If there are mismatches between the middle positions of miRNAs and their targets, then the miRNA/AGO complexes can bind mRNAs to execute translational inhibition. Briefly describe the current models of AGO-miRNA mediated translation inhibition.
Think about a population of one hundred individuals and the frequency of the A allele is 0.8 and the frequency of the a allele is 0.2. If the following fitness values for each genotype are applied to the next generation.
A transcriptional unit of rRNA with strands of nascent rRNA getting progressively larger as they get closer to the end of the unit, a structure that looks much like an arrowhead. What is the significance of the space between the two arrowheads? Pl..
If for a snapdragon population, the frequency of the red allele is 0.6 and the frequency of the white allele is 0.4, what are the frequencies of the red, pink and white genotypes?
Suppose if the blood pressure in all pulmonary capillaries is the same, would you expect the capillaries to be open or collapsed?
Mexican hairless dogs are heterozygous (Hh), carrying a single copy of the dominant lethal allele. In a given population, the Hh genotypic frequency is 60% and the frequency of each homozygote is 20%.
Would you expect any differences in the sizes of the inserts in the two libraries? in brief explain.
What percentage of the population are unaffected carriers?
Which bones articulate with the humerus?
A porcupine eats 3,000 J of plant material. 1,600 J is indigestible and is eliminated as feces. 1,300 J are used in cellular respiration. What is the estimated production efficiency of this animal.
Since it takes 40 min. to replicate the E. coli chromosome, how can the cell have a cell cycle of 35 minutes?
The presence of which regulatory proteins actually ‘cycles' throughout the cell cycle to help regulate the mechanism of the molecular regulation of the cell cycle clock?
Assumeou are investigating four recessive alleles in corn. They are whimpy ears ( w ), striped leaves ( s ), shriveled kernels ( k ), and red tassels ( r ). Their dominant counterparts are represented
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