Question

Transposable elements (TEs) are sequences of DNA that make copies of themselves, which are inserted at random back into the genome. Some genomes can be composed almost entirely of Tes.

Given the above what do you predict about the relationship between the number of TEs in a genome and population size

Answer 1

Transposable elements (TEs) are also called  as "jumping genes" are the sequences of DNA that move from one location of the genome to another location, In other words  that can change its position within a genome or reversing the mutations and altering the genetic identity of the cell and its  size. Here the mechanism may be very critical to the containment of TE copy numbers that will be in out breeding populations of hosts that can remains an open and same. However there is a more  focused on the young families of TEs to minimize uncertainties that are associated with annotations of older and the  exchange between nonhomologous copies of a TE family that can be seen as  meiotic phenomenon which has the potential to provide information about the observed distributions of TEs in samples from the natural populations, germline specific RNA interference that are recently discovered  shares the attractive features within the exchange model that  can be  dependent on genomic sequence similarity that can encoded the protein structure and function which is  potentially greater than the linear response with increasing the copy of numbers. Active TEs are ready to detect and can analyze the piRNA pathway that can prove a critical element of TE copy number. The targeted TE RNAs are cleaved by another proposed mechanism that can be resulted in formation of heterochromatin that can be guided by the small RNAs that can targeted the genomic regions containing TE derived sequences in this compact chromatin environment and the targeted sequences that are expected to be very less accessible to the transcription that are of either mechanism or the expression of potential TEs that are suppressed.