Making Sense Out of Antisense RNA Regulation
Inappropriate gene expression can lead to the development of diseases such as cancer. Read more about RNA regulation. . .
Posted:10/2009
Ganging Up on Brain Metastases
When primary tumors metastasize to the brain, the prognosis for patients is poor. Read more about vorinostat. . .
Posted:10/2009
The Ups and Downs of Glucocorticoid Signaling
Glucocorticoids are steroids that react to stress by regulating inflammation and controlling metabolism. Read more about glucocorticoids. . .
Posted:9/2009
Uncovering the Path
That Leads to Diabetes
The origins of diabetes have been the subject of intense scientific research, but the genetic factors that cause certain people to develop the disease have remained elusive. Read more about diabetes. . .
Posted:9/2009
CD8+ T Cells Need a Little Help(er) for Sustained Antitumor Response
The immune system comprises a powerful army of specialized cells and molecules that protect the body against invading foreign agents.Read more about the immune system. . .
Posted:8/2009
BMI1 and H-RAS Cooperate to Drive Breast Cancer Metastasis
There have been significant improvements in the diagnosis of breast cancer at early stages of the disease. Read more about the diagnosis of breast cancer . . .
Posted:7/2009
CLIC4 Moves Into Nucleus to Stabilize Anti-Growth Signal
In cancer, the delicate balance of signaling pathways that control cell growth and function is disrupted. One signaling pathway commonly altered in cancer is the TGF-beta pathway. Read more about CLIC4 . . .
Posted:6/2009
Setting the Stage for Personalized Treatment of Glioma
Gliomas, the most common type of primary brain tumors in adults, arise from different types of glial cells, which support and protect the neurons of the central nervous system. How a patient’s glioma is treated depends in part on the type of glial cell from which the tumor developed.Read more about glioma . . .
Posted:5/2009
Setting the Stage for Personalized Treatment of Glioma
Gliomas, the most common type of primary brain tumors in adults, arise from different types of glial cells, which support and protect the neurons of the central nervous system. How a patient’s glioma is treated depends in part on the type of glial cell from which the tumor developed.Read more about glioma . . .
Posted:5/2009
Chromosomal Translocations: Chicken or Egg?
Many tumor cells have abnormal chromosomes. Some of these abnormalities are caused by chromosomal translocations, which occur when two chromosomes break and incorrectly rejoin, resulting in an exchange of genetic material.Read more about chromosomal translocations . . .
Posted:5/2009
Cytokines Synergize to Combat Metastatic Neuroblastoma
Neuroblastoma is the most common extracranial solid tumor in children, and clinical outcomes of patients with this disease are quite variable.Read more about neuroblastoma . . .
Posted:5/2009
Shedding Light on the Role of UV Exposure in Melanoma
Melanoma develops from skin cells that produce the brown pigment melanin, which normally protects the deep layers of skin from sunlight.Read more about skin cancer . . .
Posted:3/2009
Tissue Architecture and Microenvironment Sustain Hormone Signaling
Cells interact with their environments in part through protein receptors embedded in the cell membrane.Read more about cells...
Posted:3/2009
Activateable Imaging Probes Light Up Inside Cancer Cells
Imaging can be used to help diagnose cancer as well as monitor tumor progression and response to treatment. Read more about imaging probes...
Posted:3/2009
To Be or Not to Be: Controlling Cellular Suicide
When a cell is damaged and can no longer function properly, a complex series of molecular steps is triggered that allows it to die in a controlled manner. Read more about damaged cells...
Posted: 1/2009
