Plato users,
C.
Introns, exons
Introns, exons
Exons are what are expressed while introns are spliced out.
Introns are cut out of RNA molecules. Extrons are "spliced" together afterwards. Think of a long strand that is white with blue on the ends. The white of the strand is the intron, while the blue color are the extrons. The white color or the "intron" is cut out, and then the two blue strands merge together known as the extrons splicing together.
The agarose gel acts as a matrix that slows down the dna segments as they move to the opposite charged end of the gel. A larger segment will have a tougher time moving through the gel, while a smaller segment will move faster because it is easier to move it through the gel.
A mutation can occur anywhere in any chromosome, this is because they are caused by "random" processes. The vast majority of mutations have no impact on the organism (the amount of noncoding DNA in most chromosomes is larger than the amount of DNA in functioning genes, and some mutations while they change part of a gene do not change to protein it codes for at all) in which they occur and in multicellular organisms cannot pass on to the next generation (only mutations in the cells that make egg and sperm cells can be passed on).
Introns, exons
Exon DNA encodes for the RNA included in the final mRNA transcript that encodes for proteins. Intron DNA is found within exons, but is spliced out as the mRNA molecule is processed.
Exons are what are expressed while introns are spliced out.
a line is loger.line segment is a finite part of a line while the line is infinite
Yes, while naming a line segment, as long as the two points are on the line, it does not matter what order they are in or which points they are. well their not
A ray keeps going and going and going and going while on the other hand a segment has an endpoint.
A line segment is a line that has given boundries, while a line goes on forever.
Yes. Also, of the two strands of DNA, only one is the template that will be transcribed, while the other strand is a noncoding strand of DNA.
The 5 segment lies to the left of the very top segment of the dartboard, while the number 1 lies to the right of the very top segment. The number in the middle, situated in the uppermost segment, is the number 20.
buffer
In the 8086/8088 microprocessor, the code segment is used to fetch the opcode and any additional instruction bytes that might be part of the instruction, while the data segment is used to fetch and/or store any operand bytes that the instruction requires to be manipulated.This is in the case of no segment override prefix.
A vertical segment describes related industries, such as a supply chain, while a horizontal segment describes unrelated industries which share a common characteristic, such as "retail".