Specific gene implicated in cardiovascular calcification
Researchers have found a gene that is crucial for the calcification of cardiovascular vessels in mice, which could be a target for heart attacks and stroke.
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Researchers have found a gene that is crucial for the calcification of cardiovascular vessels in mice, which could be a target for heart attacks and stroke.
A new study has demonstrated for the first time that mutations that affect myosin motor activity result in slower cell movements in vivo.
A study has revealed that in rhesus monkeys, a genetic mutation could be the cause of Bardet-Biedl Syndrome, providing a way to study the disease and develop therapies.
These findings highlight the complexity of the relationship between genes and human brain function.
Researchers have used whole genome sequencing to analyse breast cancers and reveal which are more responsive to treatments, which could improve the development of oncologic therapies.
Researchers have found that the FHL1 protein plays a key role in chikungunya virus replication and pathogenesis.
A new study shows the ways in which epigenetic mechanisms control the activity of genes and may have an impact on the future treatment of certain cancers.
Having worked in antibody research for over 20 years, Gary McLean has seen how the industry has progressed and understands the potential that antibodies have in the future of medicine. Nikki Withers hears how the focus has shifted from discovery to genetic sequence manipulation and how this can be applied…
The UK Biobank, the world’s largest genetics project, will sequence 500,000 genetic samples, which will be available to researchers everywhere.
A research team have identified a protein that binds breast cancer cells together, allowing them to metastasise, which could be significant in the development of cancer therapies.
In this In-Depth Focus are articles on how genomics could revolutionise clinical treatment and an insight into the promise and pitfalls of using CRISPR.
Researchers discover that a non-coding region of the genome originates a key molecule for the proliferation of cancerous tumours.
Researchers have mapped a previously uncharted region of the human genome which could lead to tests for certain conditions in the future.
AI has applications in many areas of research, including genomics. Slavé Petrovski of AstraZeneca reveals how AI is used in the study of the human genome and how it may evolve in the future.
New study sheds light on how the TP53 gene becomes mutated and how those mutations can help predict clinical outlooks for cancer.