Oestrogen receptor α AF-1 and AF-2 domains have cell population-specific functions in the mammary epithelium. - PubMed - NCBI https://t.co/zOLlpo7cC9
RT @CBrisken: Hormones keep on surprising us. Wonderful collaborative effort from the lab shows that estrogen receptor signaling in the bre…
RT @CBrisken: Hormones keep on surprising us. Wonderful collaborative effort from the lab shows that estrogen receptor signaling in the bre…
This looks interesting! New info on estrogen signalling in the mammary gland
RT @NatureComms: Luminal cells in the mammary gland have different levels of oestrogen receptor (ER), distinct roles of the AF1 and AF2 dom…
RT @CBrisken: Hormones keep on surprising us. Wonderful collaborative effort from the lab shows that estrogen receptor signaling in the bre…
Luminal cells in the mammary gland have different levels of oestrogen receptor (ER), distinct roles of the AF1 and AF2 domains in the ER and show biphasic response at different stages of development. https://t.co/icgLtW0DnN
RT @CBrisken: Hormones keep on surprising us. Wonderful collaborative effort from the lab shows that estrogen receptor signaling in the bre…
RT @CBrisken: Hormones keep on surprising us. Wonderful collaborative effort from the lab shows that estrogen receptor signaling in the bre…
RT @weoncologists: Research published in @NatureComms found there are some ER positive cells in ER + & - tissue. Results "begs the question…
@EPFL_en @unil @CNRS research using mouse model has significant implications for role of receptor in growth & development of breast & #breastcancer; published in @NatureComms https://t.co/a2flTOUwNr
RT @weoncologists: Research published in @NatureComms found there are some ER positive cells in ER + & - tissue. Results "begs the question…
RT @CBrisken: Hormones keep on surprising us. Wonderful collaborative effort from the lab shows that estrogen receptor signaling in the bre…
Research published in @NatureComms found there are some ER positive cells in ER + & - tissue. Results "begs the question whether these ER-pseudo-negative breast cells will ultimately turn into #estrogen receptor-positive or -negative #breastcancer" htt
RT @WTKLAB: Very nice work. Congrats! https://t.co/iZDPMcIayR
RT @CBrisken: Hormones keep on surprising us. Wonderful collaborative effort from the lab shows that estrogen receptor signaling in the bre…
RT @CBrisken: Hormones keep on surprising us. Wonderful collaborative effort from the lab shows that estrogen receptor signaling in the bre…
#Cancer #sein: le récepteur à #œstrogène α semble stimuler la croissance des cellules mammaires chez les jeunes #souris mais aussi l'inhiber pendant la #grossesse. Reste à évaluer son rôle dans la prolifération des cellules cancéreuses https://t.co/Ubo5jTn
RT @WTKLAB: Very nice work. Congrats! https://t.co/iZDPMcIayR
RT @CBrisken: Hormones keep on surprising us. Wonderful collaborative effort from the lab shows that estrogen receptor signaling in the bre…
Very nice work. Congrats!
RT @CBrisken: Hormones keep on surprising us. Wonderful collaborative effort from the lab shows that estrogen receptor signaling in the bre…
RT @CBrisken: Hormones keep on surprising us. Wonderful collaborative effort from the lab shows that estrogen receptor signaling in the bre…
RT @CBrisken: Hormones keep on surprising us. Wonderful collaborative effort from the lab shows that estrogen receptor signaling in the bre…
RT @CBrisken: Hormones keep on surprising us. Wonderful collaborative effort from the lab shows that estrogen receptor signaling in the bre…
RT @CBrisken: Hormones keep on surprising us. Wonderful collaborative effort from the lab shows that estrogen receptor signaling in the bre…
RT @CBrisken: Hormones keep on surprising us. Wonderful collaborative effort from the lab shows that estrogen receptor signaling in the bre…
RT @CBrisken: Hormones keep on surprising us. Wonderful collaborative effort from the lab shows that estrogen receptor signaling in the bre…
Hormones keep on surprising us. Wonderful collaborative effort from the lab shows that estrogen receptor signaling in the breast epithelium is much more complex than we previously thought. Time to revisit some of our models! https://t.co/cNFJ35c3zK #Bris