The experts of the University of Maryland Center for Environmental Science have finally revealed the genetic sequence of the auspicious blue crab. One of the best ways to acknowledge any of the organisms is to deeply get the knowledge of its genetic makeup, which is known as its genome.
As soon the code is known many of the hidden facts get disclosed on the mechanism of any organism. The experts are now planning to conduct their analysis related to the genetics of reproduction and growth. Additionally, they will be working on getting the genome publically available in such a way that the scientists can carry out all the studies related to this species of crabs.
Professor Sook Chung, one of the researchers of the University of Maryland Center for Environmental Science in statement said, “The chromosomes make it all successful and work smoothly for the mechanism of the crabs. With the prior and proper knowledge of the complete genome, it can be very easy to step closer to the identifications of the genes which are responsible for susceptibility to disease, development, and reproduction too.”
The scientists who carried out this study have also determined that each blue crab has chromosomes between 40 and 50 and this is near about double the quantity detected in humans. Although, these chromosomes are too short, and they result in a genome which is approximately about one-third in length as compared to humans, in terms of bases.
In spite of such relative diminutive size, the genome of the blue crab in the gene diversity mainly contains 24,000 genes approx and this is a little more than the amount traced in the human body. In order to understand the successful reproduction within the crabs then this can help in many of the fisheries policies which occur at the places such as Maryland’s Chesapeake Bay.
Significantly, this is a great way to maintain a balance between a sound economy and a healthy ecosystem. Further, it can be said that the process of breeding which particularly takes place within the females can entitle the production of blue crabs in aquaculture. Notably, the use of genome can also potentially be done as the significant food source tracking to find out any of the lump crab meat supplied in the markets coming from Venezuela or Maryland’s coastal bays.
Additionally, the genome is a kind of DNA airing of the chromosomes that issue the instructions on the working of body mechanics of a living organism and its growth. It is very important to deeply study the ‘blueprint of the living organisms and this would furthermore help in understanding the genetic traits of a few of the carbs.
This is particularly successful in studying the reproduction and other adapted changes fueled due to climatic modifications. Since these genomes present within the species are different from organism to organism then it is very convenient to begin any of the genome mapping projects with the choice of a suitable sample organism.
In an analysis dozens of the young female blue crabs for the purpose of breeding and one the female grew mature. Soon, this female crab mated and effectively gave birth to offspring and this proved that she had good quality genes for reproduction purposes.