reprogenomics.cornell.edu
Dr. Paula Cohen
http://reprogenomics.cornell.edu/TopMenu/Members/cohen_home.html
Bull; Cornell University. Genome Integrity in the Germline. Reproductive Biology Seminar Series. Weill Cornell Medical College. Center for Vertebrate Genomics. In addition to mouse models, the Cohen lab examines meiotic progression and control of recombination in a number of other mammalian models, including the dog, the Rhesus monkey, and in humans. For more information on Dr. Cohen's research, please see the Cohen Lab. A new study from Andrew Grimson. S lab, in collaboration with Paula Cohen. Has ident...
reprogenomics.cornell.edu
Dr. Robin Davisson
http://reprogenomics.cornell.edu/TopMenu/Members/davisson_home.html
Bull; Cornell University. Genome Integrity in the Germline. Reproductive Biology Seminar Series. Weill Cornell Medical College. Center for Vertebrate Genomics. Dr Davisson's research focuses on the basic mechanisms of function, control and signaling in the cardiovascular system in health and disease, with an emphasis on. For pre-eclampsia, the major cause of fetal and maternal mortality worldwide. For more information about Dr. Davisson's research, please see her lab website. Journal of Cell Science.
reprogenomics.cornell.edu
Dr. Mark Roberson
http://reprogenomics.cornell.edu/TopMenu/Members/roberson_home.html
Bull; Cornell University. Genome Integrity in the Germline. Reproductive Biology Seminar Series. Weill Cornell Medical College. Center for Vertebrate Genomics. On placental trophoblast commitment and placental morphogenesis. A key. Target gene is placental growth factor, a biomarker for pre-eclampsia. Loss of. Is associated with elevated placental oxidative stress and failed expansion of fetal vasculature leading to intrauterine growth retardation. A new study from Andrew Grimson. Journal of Cell Science.
reprogenomics.cornell.edu
Dr. Jen Grenier
http://reprogenomics.cornell.edu/TopMenu/Members/grenier_home.html
Bull; Cornell University. Genome Integrity in the Germline. Reproductive Biology Seminar Series. Weill Cornell Medical College. Center for Vertebrate Genomics. Grimson and Cohen Labs identify critical regulatory pathways involving non-coding RNAs in sex body integrity during meiosis. A new study from Andrew Grimson. S lab, in collaboration with Paula Cohen. S lab, has identified a key pathway required for maintenance of sex chromosome telomere integrity. Using conditional knockout mice for. Six outstandi...
reprogenomics.cornell.edu
Dr. John Schimenti
http://reprogenomics.cornell.edu/TopMenu/Members/schimenti_home.html
Bull; Cornell University. Genome Integrity in the Germline. Reproductive Biology Seminar Series. Weill Cornell Medical College. Center for Vertebrate Genomics. Lab personnel working on this project include Kerry Schimenti. Recent Publications in the area of Reproduction include:. Su, Y-Q, Sugiura, K., Sun, F., Pendola, J., Cox, G., Handel, MA., Schimenti, J. and Eppig, J. (2012) MARF1 regulates essential oogenic processes in mice. Intl Rev. Cell and Molecular Biology. Gene in mouse hybrid sterility.
reprogenomics.cornell.edu
Dr. Darius Paduch
http://reprogenomics.cornell.edu/TopMenu/Members/paduch_home.html
Bull; Cornell University. Genome Integrity in the Germline. Reproductive Biology Seminar Series. Weill Cornell Medical College. Center for Vertebrate Genomics. Grimson and Cohen Labs identify critical regulatory pathways involving non-coding RNAs in sex body integrity during meiosis. A new study from Andrew Grimson. S lab, in collaboration with Paula Cohen. S lab, has identified a key pathway required for maintenance of sex chromosome telomere integrity. Using conditional knockout mice for. Six outstandi...
reprogenomics.cornell.edu
Dr. Andrew Grimson
http://reprogenomics.cornell.edu/TopMenu/Members/grimson_home.html
Bull; Cornell University. Genome Integrity in the Germline. Reproductive Biology Seminar Series. Weill Cornell Medical College. Center for Vertebrate Genomics. Novel modes of 3 UTR regulation. Grimson and Cohen Labs identify critical regulatory pathways involving non-coding RNAs in sex body integrity during meiosis. A new study from Andrew Grimson. S lab, in collaboration with Paula Cohen. Two key enzymes required for small RNA processing, Modzelewski. Journal of Cell Science. A recent publication by.
reprogenomics.cornell.edu
Outreach @ CRG
http://reprogenomics.cornell.edu/TopMenu/centeractivities/outreachcore.html
Bull; Cornell University. Genome Integrity in the Germline. Reproductive Biology Seminar Series. Weill Cornell Medical College. Center for Vertebrate Genomics. Seminars are held in the evening at the campus of Weill Cornell Medical College, on the Upper East Side in Manhattan. Speakers are selected for their worldwide recognition as leaders in the field of stem cell biology and human fertility. Our first speaker in 2014 was Dr. Renee Reijo Pera from Montana State University. Journal of Cell Science.
reprogenomics.cornell.edu
Dr. Peter Schlegel
http://reprogenomics.cornell.edu/TopMenu/Members/schlegel_home.html
Bull; Cornell University. Genome Integrity in the Germline. Reproductive Biology Seminar Series. Weill Cornell Medical College. Center for Vertebrate Genomics. Dr Peter Schlegel, MD, FACS, James J. Colt Professor and Chairman of Urology and Professor of Reproductive Medicine at The Weill Cornell Medical College. For more information on Dr. Schlegel's research and clinical activities, please visit his website. A new study from Andrew Grimson. S lab, in collaboration with Paula Cohen. Paduch Lab identifies...
