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Full-Text Articles in Medicine and Health Sciences

The Modifier Of Min 2 (Mom2) Locus: Embryonic Lethality Of A Mutation In The Atp5a1 Gene Suggests A Novel Mechanism Of Polyp Suppression., Amy A Baran, Karen A Silverman, Joseph Zeskand, Revati Koratkar, Ashley Palmer, Kristen Mccullen, Walter J Curran, Tina Bocker Edmonston, Linda D Siracusa, Arthur M Buchberg May 2007

The Modifier Of Min 2 (Mom2) Locus: Embryonic Lethality Of A Mutation In The Atp5a1 Gene Suggests A Novel Mechanism Of Polyp Suppression., Amy A Baran, Karen A Silverman, Joseph Zeskand, Revati Koratkar, Ashley Palmer, Kristen Mccullen, Walter J Curran, Tina Bocker Edmonston, Linda D Siracusa, Arthur M Buchberg

Kimmel Cancer Center Faculty Papers

Inactivation of the APC gene is considered the initiating event in human colorectal cancer. Modifier genes that influence the penetrance of mutations in tumor-suppressor genes hold great potential for preventing the development of cancer. The mechanism by which modifier genes alter adenoma incidence can be readily studied in mice that inherit mutations in the Apc gene. We identified a new modifier locus of ApcMin-induced intestinal tumorigenesis called Modifier of Min 2 (Mom2). The polyp-resistant Mom2R phenotype resulted from a spontaneous mutation and linkage analysis localized Mom2 to distal chromosome 18. To obtain recombinant chromosomes for use in refining the Mom2 …


Colon Carcinoma Cells Harboring Pik3ca Mutations Display Resistance To Growth Factor Deprivation Induced Apoptosis., J. Wang, Karen Kuropatwinski, Jennie Hauser, Michael R. Rossi, Yunfei Zhou, Alexis Conway, Julie L.C. Kan, Neil W. Gibson, James K.V. Willson, John K. Cowell, Michael G. Brattain Mar 2007

Colon Carcinoma Cells Harboring Pik3ca Mutations Display Resistance To Growth Factor Deprivation Induced Apoptosis., J. Wang, Karen Kuropatwinski, Jennie Hauser, Michael R. Rossi, Yunfei Zhou, Alexis Conway, Julie L.C. Kan, Neil W. Gibson, James K.V. Willson, John K. Cowell, Michael G. Brattain

Journal Articles: Eppley Institute

PIK3CA, encoding the p110alpha catalytic subunit of phosphatidylinositol 3-kinase (PI3K), is mutated in a variety of human cancers. We screened the colon cancer cell lines previously established in our laboratory for PIK3CA mutations and found that four of them harbored gain of function mutations. We have now compared a panel of mutant and wild-type cell lines for cell proliferation and survival in response to stress. There was little difference in PI3K activity between mutant PIK3CA-bearing cells (mutant cells) and wild-type PIK3CA-bearing cells (wild-type cells) under optimal growth conditions. However, the mutant cells showed constitutive PI3K activity during growth factor deprivation …


Oncolog, Volume 52, Number 12, December 2007, Sunni Hosemann, Diane Witter, Huong Le-Petross Md Jan 2007

Oncolog, Volume 52, Number 12, December 2007, Sunni Hosemann, Diane Witter, Huong Le-Petross Md

OncoLog MD Anderson's Report to Physicians (All issues)

  • Worth More than a Thousand Words\
  • A Step Forward for Stents
  • House Call: Getting the Most From Your Doctor Visit
  • DiaLog: Is MRI Better for Breast Screening?, by Huong Le-Petross, MD