a physician a building location a clinical trial a department
menu
BCM - Baylor College of Medicine

Giving life to possible

Baylor College of Medicine News

Genetics News

Mathematical analysis reveals mosaicism, parent of origin as drivers of genetic disease recurrence riskSep 18, 2014
Baylor researchers develop a new mathematical framework that sheds additional light on mosaicism.
Baylor, Texas Children's Cancer Center research helps determine molecular causes of Langerhans cell histiocytosisSep 12, 2014
Study helps fill in some of the bigger picture of the molecular pathology that leads to LCH, points to some potential therapeutic approaches.
Gibbon genome sequence deepens understanding of primates rapid chromosomal rearrangementsSep 10, 2014
Gibbon genome sequence helps deepen understanding of human biology in a more detailed way.
Notch1 and osteoblasts play role in bone cancer initiationSep 8, 2014
Baylor study finds high levels of Notch1, a gene that helps determine cell fate, can drive cells that normally lead to bone formation to become cancerous.
Reverse genetics system could ease norovirus researchSep 8, 2014
Finding may allow scientists to manipulate viral genome.
Baylor College of Medicine receives additional $9.7 million in state cancer grantsAug 21, 2014
Baylor College of Medicine received $9.7 million in the newest wave of grants announced by the Cancer Prevention and Research Institute of Texas.
Computation and collaboration lead to significant advance in malariaAug 14, 2014
Researchers develop new computational method to study function of disease-causing genes, starting with a gene associated with malaria.
Next generation sequencing shakes up genotype – phenotype correlation, disease discoveries Aug 14, 2014
Next generation sequencing driving new discoveries, understanding of genetic changes and disease causation says Baylor clinical geneticists.
Study shines new light on genetic alterations of aggressive breast cancer subtypeAug 7, 2014
Researchers find genetic alterations that may contribute to the development of a subtype breast cancer typically associated with more aggressive forms of the disease and higher recurrence rates.
Protein that plays role in muscle formation identifiedJul 31, 2014
Researchers have identified protein, Rbfox2, as key factor that regulates alternative splicing of two genes critical to fusion process.