17-HYDROXYPROGESTERONE CAPROATE IMPROVES T CELLS AND NK CELLS IN RESPONSE TO PLACENTAL ISCHEMIA; NEW MECHANISMS OF ACTION FOR AN OLD DRUG

par ELFARRA, Jamil T., COTTRELL, Jesse N., CORNELIUS, Denise C., CUNNINGHAM, Mark W., FAULKNER, Jessica L., IBRAHIM, Tarek, LAMARCA, Babbette, AMARAL, Lorena M.
Publié dans Pregnancy Hypertens (2019)

Natural killer cells mediate pathophysiology in response to reduced uterine perfusion pressure

par Elfarra, Jamil, Amaral, Lorena M., McCalmon, Maggie, Scott, Jeremy D., Cunningham, Mark W., Gnam, Ashley, Ibrahim, Tarek, LaMarca, Babbette, Cornelius, Denise C.
Publié dans Clin Sci (Lond) (2017)

CONTINUED INVESTIGATION INTO 17-OHPC AS AN ADDITION TO THE MANAGEMENT OF PE; RESULTS FROM THE PRECLINICAL RUPP RAT MODEL OF PE

par Amaral, Lorena M., Faulkner, Jessica L., Elfarra, Jamil, Cornelius, Denise C., Cunningham, Mark W., Ibrahim, Tarek, Vaka, Venkata Ramana, McKenzie, Jessica, LaMarca, Babbette
Publié dans Hypertension (2017)