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Posts Tagged ‘genetics’
Genetic flaws found behind FSHD
Tags: genetics, healthcare
Posted in Genomics, Industry News | Comments (0)
Women in Science Q & A with Dr Lisiane Meira
As part of our series on women in science, I contacted several prominent female scientists and asked them some challenging questions about their experiences as women in science.
This month we hear from Dr Lisiane Meira, lecturer in toxicology at the University of Surrey, has worked in research facilities around the world.
Tags: female scientist, gender, genetics, toxicology, women, women in science
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Team turns off cancer’s natural recycling system
Scientists have managed to use genetic manipulation to turn off the natural recycling system cancer cells need to grow and spread.
The team from the Albert Einstein College of Medicine discovered cells optimise the process of autophagy to gain the significant levels of energy they require.
Tags: genetics, healthcare
Posted in Industry News, Life Science, Medical Science | Comments (0)
Scientists make steps in halting premature ageing
Scientists have taken the first steps toward creating a new drug to combat premature ageing, which could also potentially reduce the degeneration of some tissues in old age.
By analysing how to limit and repair DNA damage in cells, the team have identified possibilities for treating Laminopathies degerative disorders, including the fatal Hutchinson Gilford Progeria Syndrome (HGPS), which causes children to age up to eight times as fast. Laminopathies are caused by mutations in the LMNA gene. Read the rest of this entry »
Tags: cell, DNA, genetics, genomics, healthcare, HGPS, laminopathies, LMNA
Posted in Featured Articles, Industry News, Life Science, Medical Science | Comments (0)
Gene mutations can predict early and severe ADPKD
New research has revealed that gene mutations are able to predict an early and severe form of kidney disease.
Known as autosomal dominant polycystic kidney disease (ADPKD), which is passed down through family members, the condition eventually leads to failure of the organ and can affect one in 400 to 1,000 people. It is caused by a genetic mutation which disrupts how the kidney develops, with PKD1 accounting for 85 per cent of cases and PKD2 to blame for the remaining 15 per cent, according to the NHS. However, the new research, conducted by Carsten Bergmann and his colleagues from the Bioscientia Center for Human Genetics Ingelheim and RWTH Aachen University, Germany, has shown that severely affected patients have further mutations, along with expected inherited genetic defects.
Tags: ADPKD, genetics, genomics, healthcare, kidney disease, PKD1, PKD2, polycystic
Posted in Featured Articles, Industry News, Life Science, Medical Science | Comments (0)



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