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Cell Study Finds Receptor Can Fight Tamoxifen-Resistant Breast Cancer Cells
A receptor that is present in the nucleus of cells can, when activated, slow the growth of tamoxifen-resistant breast cancer cells, a new study found. The study built on the recent discovery that farnesoid X receptor (FXR) — a nuclear receptor found mainly in the liver — is found in breast cancer tissue. Although previous research showed that FXR can slow ...
Cell Signaling  
  • Treatment With Naturally Occurring Protein Prevents And Reverses Brain Damage Caused By Meningitis   06/19

  • Studies suggest role for IL-10 in prevention and treatment of potentially devastating neurological disease in newborns
  • Bionovo Announces Publication Describing The Discovery Of Distinct Classes Of Genes Regulated By Estrogen Receptor Beta   06/19

  • UM School Of Medicine Scientists Find Hormone Influences Sensitivity To Sweetness   06/19

  • Blocking hormone lowers sensitivity to sugar, opening door for food additives or drugs
  • Internationally Known Neuroblastoma Expert Reviews Status In Fighting Challenging Childhood Cancer   06/19

  • Higher Anxiety, Depression Among Women May Have Basis In Cell Signals   06/19

  • In animal study, stress signals function differently in female brains and male brains  
  • Compound Enhances Cancer-Killing Properties Of Agent In Trials   06/19

  • Adding a second agent may make a new, experimental anti-cancer drug effective against a wide range of cancers, researchers at the University of Illinois at Chicago College of...
  • Genetic Modifier In Usher Syndrome Will Lead To Better Diagnosis   06/19

  • A new gene explains variability in symptoms
  • Turning a Painkiller into a Cancer Killer   06/19

  • Sanford-Burnham researchers redirect a known pain reliever to trigger death pathways in cancer cells
  • Recalculating Cell Sensing   06/19

  • Mobile cells are more sensitive than once thought
  • Astrocytes Affect Brain's Information Signaling   06/19

  • Astrocytes are the most common type of cell in the brain and play an important role in the function of neurons – nerve cells. New research from the University of Gothenburg,...  
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