中文字幕网伦射乱中文-超清中文乱码字幕在线观看-亚洲v国产v欧美v久久久久久-久久性网-手机在线成人av-成人六区-国产人与zoxxxx另类一一-青青草国产久久精品-蜜桃av久久久一区二区三区麻豆-成人av一区二区免费播放-在线视频麻豆-www爱爱-成人免费看片视频-性欧美老肥妇喷水-五月99久久婷婷国产综合亚洲-亚洲最色-各种含道具高h调教1v1男男-91丨porny丨国产-国产精品无码专区在线观看不卡-大香伊人

Australian scientists reveal new virus linked to kidney disease

Source: Xinhua| 2018-09-14 09:10:16|Editor: Shi Yinglun
Video PlayerClose

SYDNEY, Sept. 14 (Xinhua) -- Scientists from Australia's Centenary Institute, in collaboration with researchers at the Memorial Sloan Kettering Cancer Center in New York, have discovered a new virus which causes kidney disease in mice, with hopes that the insight will help in the diagnosis and treatment of chronic and childhood kidney failure.

Kidney disease affects up to 18 percent of adults meaning the discovery, which was published on Friday in prestigious science journal, Cell, could help improve the lives of a vast number of people.

"This breakthrough provides new insight into virally-driven kidney disease, which is a major problem in kidney transplant patients," lead author, Dr Ben Roediger from Centenary's Skin Imaging and Inflammation Laboratory said.

"Furthermore, the virus itself appears to be highly specific to the kidney, which means we can potentially exploit its surface protein to develop gene therapies for inherited childhood kidney disease."

The breakthrough came when researchers noticed that some immune-compromised laboratory mice had died younger than expected, with further investigation showing that the cause of death was kidney failure.

By performing a cutting edge DNA sequencing diagnostic on the mice, the team discovered the presence of a previously indeterminable parvovirus.

"This virus is very widespread and has been affecting laboratory mice for 40 years or more, and we have good reason to suspect that both wild and laboratory mice unwittingly harbour it in their colonies," Roediger said.

However, "it has only been with the advent of new DNA sequencing technologies that we have been able to find it."

Roediger and colleagues are now looking at ways they can translate these findings into clinical practice to improve outcomes for patients with chronic kidney disease.

TOP STORIES
EDITOR’S CHOICE
MOST VIEWED
EXPLORE XINHUANET
010020070750000000000000011100001374669701