Update August 2015
We're pleased to announce a new partnership project with the University of Leicester. This project will aim to identify a possible tinnitus gene using microRNAs which are recently discovered small biological molecules present in any human or animal cells. Several hundred microRNAs have been discovered through research so far and many of them are shown to contribute to hearing loss.
If a possible tinnitus gene can be discovered in this way this research could pave the way for pharmaceutical treatments for tinnitus as well as expanding understanding of tinnitus.
This one year project will cost a total of £39,857, and to date £27,000 of grant support has been secured with the remainder of £12,857 being contributed from existing BTA research funds, generated from your kind donations
http://www.tinnitus.org.uk/tinnitusgenes
We're pleased to announce a new partnership project with the University of Leicester. This project will aim to identify a possible tinnitus gene using microRNAs which are recently discovered small biological molecules present in any human or animal cells. Several hundred microRNAs have been discovered through research so far and many of them are shown to contribute to hearing loss.
If a possible tinnitus gene can be discovered in this way this research could pave the way for pharmaceutical treatments for tinnitus as well as expanding understanding of tinnitus.
This one year project will cost a total of £39,857, and to date £27,000 of grant support has been secured with the remainder of £12,857 being contributed from existing BTA research funds, generated from your kind donations
http://www.tinnitus.org.uk/tinnitusgenes