Jellyfish Benefits to Humans

Jellyfish is an extraordinary marine creature found in almost all the oceans of the world. It is one of the oldest creatures that is supposed to have inhabited this planet, and is known to be even older than the dinosaur. Many researchers have found new species and are still discovering many fascinating aspects of this wonderful creature. 

The jellyfish has been a favourite subject of many scientists and they have found some unique help from these creatures, in their various experiments and research. Certain species of jellyfish glow in the dark. The gene of this jellyfish, is considered as an excellent marker gene by scientists. This cistron is switched on and also the scientist is in a position to instantly see it operating. Scientists in Australia have found this cistron to be a useful tool in their analysis to seek out the foremost fascinating cistron that may be inserted in sugarcane plants thus that it yields the healthiest sugar for consumers. The researchers feel thatthis sequence can facilitate them establish the most effective approach, they will transfer a brand new sequence into a selected plant, and conjointly confirm the most effective switches to show it on and observe whether or not its operating properly or not.

The other main advantage of this jellyfish sequence is that it's terribly fast to use, compared to alternative sequence markers, and scientists square measure ready to check additional samples at a way lower price. with the exception of sugar crops, scientists hope to boost crops like flower, barley and leguminous plant beans.

This jellyfish has tested useful in understanding the operating of system furthermore. Scientists have genetically manipulated immune system cells to produce the fluorescent jellyfish protein. This helps them to follow their movements in response to an infection. The Aequoria victoria species of jellyfish, found in north Pacific, emits a bioluminescent glow to startle predators. This glow it produces by green fluorescent protein (GFP). Molecular biologists have taken advantage of this protein, by splicing its gene, into different genes of a number of proteins, so as to produce luminous proteins that can be easily observed in living cells. 

The GFP is now widely used by researchers to study different cellular processes. The cell division in yeast and the development of nervous system in worms has been successfully studied by using GFP. Researchers are now trying to discover how T cells respond to infection, by using GFP and live cell imaging techniques. 

The florescent genes of jellyfish are now used by scientists to illuminate cells that produce a hormone, which plays a role in the rise of rheumatoid arthritis and lupus. Scientists are able to track the hormone prolactin, which is the main trigger in producing breast milk. By the illuminating technique, scientists will be able to figure out how prolactin is sometimes produced in excess by certain pituitary tumors, which leads to infertility. Prolactin is an important hormone, and is linked to over 300 biological functions. It plays a role in autoimmune diseases and in the inflammation of cells and tissues. Now because of the jellyfish florescent gene, scientists are able to identify how this hormone works in real time. 
Normen FAdel
Author of the article
writer and blogger, founder of jellyfish .

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