Our dream? A world where all women are healthy and have healthy babies! How are we helping? We investigate how chemical exposures affect female fertility.
We demonstrate low follicle counts, reduced activated IGF1 receptor signaling in the ovary after human-relevant exposure to di-n-butyl phthalate in young adult mice
https://t.co/s1NKA9Oabs
Doctoral Candidate, Kara Miller, and Principal Investigator, Zelieann Craig, representing the Craig Lab at the Annual Meeting of The Society for the Study of Reproduction in Ottawa. #SSR2023
#ThrowbackThursday
2020: we published our first Data in Brief publication providing raw data on uterine DNA methyltransferase activity in mice fed control and dibutyl phthalate to the scientific community.
https://t.co/88WqJ0WfUi
#ThrowbackThursday
2017: effects of direct exposure to dibutyl phthalate, monobutyl phthalate, acetyl tributyl citrate on growth, cytotoxicity, cell death, and gene expression in mouse ovarian follicles.
https://t.co/1J8zQv1rRB
Exciting news: #WorldIPDay is in 2 days! Sadhana Ravishankar, TLA's Inventor of the Year & founder of PhytoCentric Solutions, is an inspiring woman in STEM who developed a non-toxic, natural sanitizer safe for consumers & the environment: https://t.co/r1x2yUo8Uj #WomenInSTEM
Excited to celebrate #WorldIPDay in 6 days & recognize innovators like Jennifer Barton, Director of @UAZBIO5 🔬🧫 Her work in biomedical imaging & optics led to advancements in cancer diagnosis & treatment: https://t.co/jVmrwQRsnG
#ThrowbackThursday
Back in 2016, we reported that the phthalate substitute, acetyl tributyl citrate (ATBC), increased spleen weight and decreased small ovarian follicle numbers in mice treated orally with a low dose never tested before.
https://t.co/HPc3bxzwmw
#ThrowbackThursdays
That one time we measured the distribution of mono butyl phthalate to the ovary and liver in adult female mice fed with dibutyl phthalate and observed evidence of adaption during single vs repeated dosing schemes.
https://t.co/7kK7JO4f7E
#Throwback to when we found that oral exposure to a phthalate lowers ovarian expression of BRCA1 mRNA and protein in mice.
Environmentally relevant exposure to dibutyl phthalate disrupts DNA damage repair gene expression in the mouse ovary
https://t.co/1XbyZXr44l
#MeetOurPostdocs: Dr. Estela Jauregui is a @UArizona ACBS #postdoc fellow in the lab of @UAZBIO5 member Dr. @zrcraig. Dr. Jauregui is studying the sex differences in reproductive toxicity caused by phthalates, an ingredient common in many personal care products. #DISCOVERBIO5
Our postdoc Dr. Estela Jauregui was awarded a BIO5 Institute Postdoctoral Fellowship Award to study sex differences in reproductive toxicity by phthalates! Way to go, Estela!!
Congratulations to our most recent Postdoctoral Fellowship Awardees! Chosen from a competitive pool of @UArizona#postdocs, all 8 are collaborating with faculty @UAZBIO5, working in fields from #plant science to #cancer. Read more and #DISCOVERBIO5.
https://t.co/NJd8GWURLK