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Study: Novel small molecule 5D4 disrupts several molecular pathways that lead to cancer growth

Study: Novel small molecule 5D4 disrupts several molecular pathways that lead to cancer growth
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Fang tsyr linKang liuShwu jiuan linChin linLidijaa wilhelms garanTom misteliKaren meaburnProceedings of the national academy sciencesDanl duncan comprehensive cancer centerBaylor danl duncan comprehensive cancer centerResearchers at baylor college of medicineBaylor collegeNational academyWeei chin linDanl duncan comprehensive cancerHelena folly kossi

5D4 Molecule Disrupts Cancer Growth Pathways Including MYC

5D4 Molecule Disrupts Cancer Growth Pathways Including MYC
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Fang tsyr linChin linLidijaa wilhelms garanShwu jiuan linKang liuBaylor danl duncan comprehensive cancer centerDanl duncan comprehensive cancer centerProceedings of the national academy sciencesDepartment of defense grantsResearchers at baylor college of medicineRivkin centerBaylor collegeNational academyWeei chin linDanl duncan comprehensive cancerHelena folly kossi

Fungal infection in the brain produces changes like those seen in Alzheimer s disease

Fungal infection in the brain produces changes like those seen in Alzheimer s disease
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Yifan wuDavid corryBaylor college of medicineBaylor danl duncan comprehensive cancer centerBaylor collegeFulbright endowed chairDanl duncan comprehensive cancer

Common Fungus Might Fuel Alzheimer s Onset - Neuroscience News

The study suggests that the amyloid beta aggregates in Alzheimer’s could be generated both by the brain and by C. albicans.

Yifan wuHoma warrenDavid corryBaylor danl duncan comprehensive cancer centerBaylor college of medicineBaylor collegeFulbright endowed chairDanl duncan comprehensive cancerNeuroscience newsletter

Fungal infection in the brain produces change

<p>Researchers at Baylor College of Medicine and collaborating institutions discovered how the fungus <em>Candida albicans</em> enters the brain, activates two separate mechanisms in brain cells that promote its clearance, and, important for the understanding of Alzheimer’s disease development, generates amyloid beta (Ab)-like peptides, toxic protein fragments from the amyloid precursor protein that are considered to be at the center of the development of Alzheimer’s disease.</p>

David corryYifan wuBaylor danl duncan comprehensive cancer centerBaylor college of medicineMethod of researchBaylor collegeFulbright endowed chairDanl duncan comprehensive cancer