Answer:
RNA interference would degrade the FLC mRNA and instigate flowering.
The RNA interference refers to a molecular process, which is used by the cells to prevent the expression of any specific gene, that is, by not continuing the process of translation of mRNA. This can be done with the assistance of micro-RNAs or siRNAs.
The function of the siRNA primarily relies upon its tendency of binding with RISC or RNA-induced silencing complex. Once it combines with RISC, the unwinding of the double-stranded RNA occurs and is succeeded by the cleavage of the sense strand. This is attained with the activity of endonucleases over it. The left antisense strand will mediate the RISC factor towards mRNA for preventing its transcription, and thus, silencing it.
Answer:
Recapitulation Theory.
Explanation:
The growth of embryos in the womb of the female that repeats its evolutionary family history is known as Recapitulation Theory. Recapitulation Theory refers to the theory which states that the stages an organism passes through during its embryonic development will repeat its evolutionary stages of change of structural in its ancestral lineage. The development of embryo passes through or repeat the same stages from which its ancestors passes through.
Chromatography is a laboratory technique for the separation of mixture. It contains two components:
Stationary phase- substance that is fixed inside the column
Mobile phase- substance that is moving through the column.
Analyte is the mixture that has to be separated by chromatography.
When both are added to the column, mobile phase and analyte, components of the analyte will adhere to the stationary phase at different level and as a result travel at different speeds through the stationary phase as the mobile phase flows through it. The components that adhere more strongly to the stationary phase travel more slowly compared to those with a weaker adhesion. So, chromatography separate substances based on their adhesion for stationary phase.
Answer:
oncology
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