Huntington's disease is an hereditary disorder of the nervous system caused by a faulty gene on chromosome four. The faulty gene leads to nerve damage in the area of the brain resulting in gradual physical, mental and emotional changes. Those born to a parent with Huntington's disease have a 50:50 chance of developing it, and there is currently no cure.
Researchers from Plymouth University Peninsula Schools of Medicine and Dentistry have received a grant of nearly £520,000 from the Medical Research Council, to investigate the potential of manipulating activity at a cellular level in order to develop an effective therapy for Huntington's disease.
The team will analyse a protein called Bim, which causes cell death in various tissues including those of the brain, and which regulates two important cell functions: autophagy and apoptosis.
Autophagy is important to cell survival, especially at times of body or cell stress. It allows the degradation and recycling of unnecessary or dysfunctional components of a cell, so maintaining the levels of cellular nutrition and energy. It is an adaptive response to stress which supports survival.
Apoptosis is programmed cell death, and this too is important to survival. Excessive apoptosis can lead to atrophy, while too little causes cells to proliferate, such as in cancer.
The research team found that levels of Bim activity were increased in tissue samples from people who had died with Huntington's disease, which led them to surmise that this could be linked to a brain cell death process in the disease. Bim inhibits autophagy, yet the team identified a peptide linked to Bim that promotes autophagy and inhibits cell death. Early study in mice suggests that the dual role of Bim in autophagy and apoptosis may be relevant to the pathology of Huntington's disease.
At present it is unclear how Bim levels and activity increase in Huntington's disease, and the study will aim to identify the mechanism which allows this increase. By understanding the mechanism and how it works, the way could be open for manipulating it to create an effective therapy for the disease.
The study is led by Dr. Shouqing Luo, Associate Professor in Clinical Neurobiology at Plymouth University Peninsula Schools of Medicine and Dentistry. He said: "We believe that this is an important study, because there is real potential for the development of an effective therapy for a devastating neurological disease for which there is currently no cure. Based on our preliminary data, we aim to further establish the process that causes the increase of Bim in Huntington's disease, examine if Bim contributes to the progression of the disease and test the effectiveness of the Bim-derived peptide in treating the disease, initially in mice. It's my fortune to have Professor Robert Fern as the co-applicant in the project."
Cath Stanley, Chief Executive of the Huntington's Disease Association, added: "The HDA are really excited with the prospect of this research study. Its results will offer another piece in the jigsaw into finding an effective treatment for Huntington's disease."
Huntington's disease is very much a harsh reality for one Plymouth family. David Robson, 56, from Stonehouse was diagnosed with the disease 12 years ago. His son, Jamie Lake, 30, from Mutley Plain, has just been diagnosed with Huntington's disease.
His brother Dave Robson, 33, explains: "Dad has been really affected by the disease - he's housebound really. He used to enjoy going out and socialising, but now that's really difficult for him. It's really changed his life. Jamie has only just been diagnosed with Huntington's following tests, and while it's not really affected him yet he is doing all he can to raise awareness of the condition."
As, indeed, is Dave. He and his friends James Ford and Gary Gilchrist are embarking on a fundraising and awareness raising campaign for the Huntington's Disease Association. They began fundraising at the Central Park car boot sale and raised over £200, and recently they organised a charity football match at Devonport High School of Boys.
They plan a raffle night on 25th April at the Octagon Social Club, with live singers, karaoke and entertainment throughout the evening. On May 9th, all three will attempt a sky dive to round off their fundraising activities.
Said Dave: "Huntington's is a devastating disease, yet not many people know about it. That's why we're supporting the Huntington's Disease Association, and why we are really pleased that there will be research into funding a cure here in Plymouth. It's great news that scientists at Plymouth University Peninsula Schools of Medicine and Dentistry have got this money for their work."
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Huntington's disease is an hereditary disorder of the nervous system caused by a faulty gene on chromosome four. The faulty gene leads to nerve damage in the area of the brain resulting in gradual physical, mental and emotional changes. Those born to a parent with Huntington's disease have a 50:50 chance of developing it, and there is currently no cure.
Researchers from Plymouth University Peninsula Schools of Medicine and Dentistry have received a grant of nearly £520,000 from the Medical Research Council, to investigate the potential of manipulating activity at a cellular level in order to develop an effective therapy for Huntington's disease.
The team will analyse a protein called Bim, which causes cell death in various tissues including those of the brain, and which regulates two important cell functions: autophagy and apoptosis.
Autophagy is important to cell survival, especially at times of body or cell stress. It allows the degradation and recycling of unnecessary or dysfunctional components of a cell, so maintaining the levels of cellular nutrition and energy. It is an adaptive response to stress which supports survival.
Apoptosis is programmed cell death, and this too is important to survival. Excessive apoptosis can lead to atrophy, while too little causes cells to proliferate, such as in cancer.
The research team found that levels of Bim activity were increased in tissue samples from people who had died with Huntington's disease, which led them to surmise that this could be linked to a brain cell death process in the disease. Bim inhibits autophagy, yet the team identified a peptide linked to Bim that promotes autophagy and inhibits cell death. Early study in mice suggests that the dual role of Bim in autophagy and apoptosis may be relevant to the pathology of Huntington's disease.
At present it is unclear how Bim levels and activity increase in Huntington's disease, and the study will aim to identify the mechanism which allows this increase. By understanding the mechanism and how it works, the way could be open for manipulating it to create an effective therapy for the disease.
The study is led by Dr. Shouqing Luo, Associate Professor in Clinical Neurobiology at Plymouth University Peninsula Schools of Medicine and Dentistry. He said: "We believe that this is an important study, because there is real potential for the development of an effective therapy for a devastating neurological disease for which there is currently no cure. Based on our preliminary data, we aim to further establish the process that causes the increase of Bim in Huntington's disease, examine if Bim contributes to the progression of the disease and test the effectiveness of the Bim-derived peptide in treating the disease, initially in mice. It's my fortune to have Professor Robert Fern as the co-applicant in the project."
Cath Stanley, Chief Executive of the Huntington's Disease Association, added: "The HDA are really excited with the prospect of this research study. Its results will offer another piece in the jigsaw into finding an effective treatment for Huntington's disease."
Huntington's disease is very much a harsh reality for one Plymouth family. David Robson, 56, from Stonehouse was diagnosed with the disease 12 years ago. His son, Jamie Lake, 30, from Mutley Plain, has just been diagnosed with Huntington's disease.
His brother Dave Robson, 33, explains: "Dad has been really affected by the disease - he's housebound really. He used to enjoy going out and socialising, but now that's really difficult for him. It's really changed his life. Jamie has only just been diagnosed with Huntington's following tests, and while it's not really affected him yet he is doing all he can to raise awareness of the condition."
As, indeed, is Dave. He and his friends James Ford and Gary Gilchrist are embarking on a fundraising and awareness raising campaign for the Huntington's Disease Association. They began fundraising at the Central Park car boot sale and raised over £200, and recently they organised a charity football match at Devonport High School of Boys.
They plan a raffle night on 25th April at the Octagon Social Club, with live singers, karaoke and entertainment throughout the evening. On May 9th, all three will attempt a sky dive to round off their fundraising activities.
Said Dave: "Huntington's is a devastating disease, yet not many people know about it. That's why we're supporting the Huntington's Disease Association, and why we are really pleased that there will be research into funding a cure here in Plymouth. It's great news that scientists at Plymouth University Peninsula Schools of Medicine and Dentistry have got this money for their work."
Explore further: Study indicates that the hippocampus mediates cognitive decline in Huntington's disease
Medical Xpress on facebook
Related Stories
Study indicates that the hippocampus mediates cognitive decline in Huntington's disease
Huntington's disease is a neurodegenerative disorder that results in involuntary spastic movement and loss control of voluntary motor function. Patients also exhibit a decline in cognitive ability. The defects in learning ...
Synthetic oil drug may bring promise for Huntington's disease
An early study suggests that a synthetic triglyceride oil called triheptanoin may provide hope for people with Huntington's disease. The study is published in the January 7, 2015, online issue of Neurology, the medical journa ...
Broken cellular communication in brain contributes to Huntington's disease symptoms, study finds
Indiana University researchers have found that broken communication in a specific part of the brain plays a role in the involuntary physical movements that affect individuals with Huntington's disease.
Breakthrough on Huntington's disease
Researchers at Lund University have succeeded in preventing very early symptoms of Huntington's disease, depression and anxiety, by deactivating the mutated huntingtin protein in the brains of mice.
Research offers clue to halt Huntington's disease
(PhysOrg.com) -- Surprising findings from a study into the brains of transgenic mice carrying the Huntington's disease mutation could pave the way for treatments which delay the onset and progression of this devastating genetic ...
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Scientists link emotional processing deficits with white matter damage
Kessler Foundation researchers have linked the inability to recognize facial affect (emotion) with white matter damage after traumatic brain injury (TBI), an important first step toward understanding this emotional processing ...
Brain scans reveal how people 'justify' killing
A new study has thrown light on how people can become killers in certain situations, showing how brain activity varies according to whether or not killing is seen as justified.
Sensor technology used in researcher's study identified brain activity in colleague's comatose wife
A frantic phone call to Rutgers neuroscientist Liz Torres from a colleague whose pregnant wife had slipped into a coma has led to the use of sensors that can detect visually imperceptible motions in a comatose ...
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