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Intro Before we talk about this important experiment, do you know what a nematode is? Especially, this experiment utilized Caenorhabditis elegans, C. elegans for short. C. elegans is a small worm (just like the sort you find in the ground), however, has a very unique place in modern biochemistry: scientists have collaborated its own full genomic sequence. This sequence lets scientists understand the character and location of all C. elegans' genes. However, biochemists do not yet fully comprehend what each gene does and also the aim of this experiment is to get the use of each gene inside the worm. The connection between a pig's genotype and phenotype is crucial, because, believe it or not, human beings along with worms discuss a number of the exact genes. Scientists can use details about nematode genes and their phenotypic [removed]that the pig's physiological traits) to better understand how human genes function within the human body. The researchers who conducted this study "fed" the rats double stranded RNA that encodes for a specific gene. The tissues of the nematode's entire body recognize the double stranded RNA as foreign genetic material and delete all proteins associated with that RNA. As a result, the C. elegans won't state the gene that is targeted, and because of its lack, scientists can determine the typical phenotypic expression of that gene. By way of example, if the inhibited receptor was assumed to create raised eyes at the nematode, then the organism would not have raised eyebrows, since it can't produce the proteins which make this trait physically possible. This experiment inhibits the majority of all C. elegans' genes in an effort to get what each gene does in the organism. The C. elegans is an perfect species to use in this procedure because it develops and...