Oncology & Cancer

DNA findings hold potential for cancert treatment

(Medical Xpress)—Six years ago, Boise State University biology professor Greg Hampikian and computer science colleague Tim Andersen announced that they had identified tiny DNA and protein sequences that were absent in nature. ...

Autism spectrum disorders

Fragile X study offers new drug hope

(Medical Xpress)—An experimental drug can improve sociability in patients with fragile X syndrome and may be helpful as a treatment for autism, according to a study.

Oncology & Cancer

Jak of all trades? Not of leukaemia therapy

About one in five or six cases of adult leukaemia in Western populations relates to so-called chronic myeloid leukaemia, or CML. Treatment of CML usually relies on inhibitors of the abnormal protein that causes the condition ...

Oncology & Cancer

From genomic data to new cancer drug

New discoveries about follicular lymphoma, a currently intractable form of cancer, highlight the power of functional genomics in cancer gene discovery. A report in the Oct 28th issue of Cell demonstrates how genetic insights ...

Oncology & Cancer

Gene silencing paves way to new treatments for breast cancer

(Medical Xpress) -- Cancer Research UK scientists have discovered that switching off a gene called CERT makes breast cancer cells more sensitive to a range of drugs. The research is published in the Journal of Pathology.

Genetics

A global push to unlock the genome

A Northeastern chemistry professor is a leader in the international effort to advance the understanding of human genetics and genomics by assigning each of the 23 pairs of human chromosomes for in-depth study by research ...

Genetics

Research identifies genes vital to preventing childhood leukemia

Researchers at The University of Western Ontario have identified genes that may be important for preventing childhood leukemia. Acute lymphoblastic leukemia (ALL) is a cancer of the blood that occurs primarily in young children. ...

Medical research

Research links telomere length to emphysema risk

Telomeres, the body's own cellular clocks, may be a crucial factor underlying the development of emphysema, according to research from Johns Hopkins University.

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