Unusual DNA of A special type of spider Attractive scientists, because they feel that it can be the key to diverse development around the world in which we live.
AustraliaPeacock SpiderKnown for its dance moves and vibrant colors, developed in 100 separate species, while most animals have only five or ten.
Scientist Trying to highlight the esoteric reason why there are a lot of changes in its species, which is a mystery in its genetic material.
Researchers propose that dark DNA can cause spider’s ability to quickly suit the atmosphere and be suited to new species.
Male peacock spiders can be identified by magnificent multicolored design that resembles a peacock feathers on their stomach, so the appropriate name, which they use to attract a partner.
These pinhead-shaped creatures can expose a song and dance, causing a rhythmic druming sound with their feet, while performing in a pattern dress of colors.
Despite the Jalnah Walker of the Sanger Institute accepting his previous fears of spiders, he traveled to Australia for PhD to study science behind the development of many of his species.
“When I told friends and family that I was going to study spiders in Australia, I started looking somewhat worried and I was clearly apprehending myself. But a few seconds of seeing them were enough to dance, was enough to wash any fear,” she Told BBC News,
The leader of his group, Dr. With Joana Meer and an international team, Mr. Walker has collected a sample of all the known discovered species of Spider and classified them carefully regarding their behavior, movement and songs.
Research was then cross-reference with DNA of each species, which when compared, can reveal which genes suit which feature and can explain why the Mayur is abundance of spider changes.
Although the research is still in its early stages, the team is optimistic that they already have a strong reason for further investigation.
A DNA strand is made up of a long string of molecules – some parts are genes, which encode specific characteristics and characteristics, such as eye color or height for humans.
Nevertheless, most sections of DNA are not genes, and are responsible for these parts, there is not enough information about it.
These are these ‘dark DNA’ segments that researchers at the Sanger Institute believe that the peacock may be accountable to the diverse range of spiders. They have three times the amount of ‘dark DNA’ which humans have.
Researchers at the Prithvi Bioogenom Project have successfully understood DNA of 3,000 different species so far.
Next year they aim to decode 10,000, and in 10 years they all want to complete 1.8 million living species, in the hope that it will highlight how all living things develop and belong to each other.