Leeds United players have worries over the Zika ahead of Myanmar trip, admits Heckingbottom

can not subscribe, have a try once more later Invalid EmailPaul Heckingbottom has admitted which members of his Leeds United squad have worries over the Zika ahead of their trip to Myanmar. 1 of the dangers of visiting the country according to the Foreign Office (FCO) is the danger of exposure to the Zika & Heckingbottom admitted which members of his squad have lifted which worry. "Britain health authorities have classified Burma as having a danger of Zika commute," it reads . Heckingbottom was too asked if players weren't comfortable will Myanmar can opt out. "Look, we're employed with the club, do you know what I mean?," the Leeds boss continued.

Zika could be used for handling aggressive human central nervous system tumors, shows research

A Brazilian research published April 26 in the journal Cancer disease Research shows for the premier time in vivo which Zika could be used as a tool to treat aggressive human central nervous system (CNS) tumors. Extremely we had the idea of investigating whether the virus too attacked tumour stem cells in the central nervous system," he said. The experiments were performed by 3 human tumour cell lines: 2 derived from medulloblastoma & the 3rd from atypical teratoid/rhabdoid tumour (AT/RT). "The neural stem cells which undergo these alterations give height to tumour cells at a later phase. The 2nd experiment consisted of comparing Zika's capacity to infect healthful neural stem cells obtained from induced pluripotent stem cells (adult cells reprogrammed in the lab to behave such as stem cells) by its contagion of CNS tumour stem cells.

Zika eliminates features human tumour in central nervous system of rodents: A group of Brazilian investigators approved for the first time in vivo the efficiency of Zika in infecting CNS tumour

as informed in Extremely we had the idea of investigating whether the virus too attacked tumour stem cells in the central nervous system," he said. The experiments were performed by 3 human tumour cell lines: 2 derived from medulloblastoma & the 3rd from atypical teratoid/rhabdoid tumour (AT/RT). "The neural stem cells which undergo these alterations give height to tumour cells at a later phase. The 2nd experiment consisted of comparing Zika virus's capacity to infect healthful neural stem cells obtained from induced pluripotent stem cells (adult cells reprogrammed in the lab to behave such as stem cells) by its contagion of CNS tumour stem cells. "We infective both cell types in vitro & found tumour stem cells to be even further susceptible to destruction by Zika virus than healthful neural stem cells," Okamoto said.

collected by :Lucy William