Failed Metabolic Adaptation to Stress Underlies Pathogenesis in a Heterozygous Genetic Disorder https://t.co/utSBZ2jD0p
We are happy to share new work from our fantastic team @NU_Pathology@NUFeinbergMed
New insights into #melanomagenesis! Discover how loss of keratinocyte control over melanocytes contributes to melanoma initiation and progression.
Read the full review by Green, Pokorny, and Jarrell here: https://t.co/ZzNaPWVTdT
#CancerResearch#Dermatology@kjgreen47
Nice article about how undergraduate researcher Erin McCarthy got interested in research, and the resulting paper with Raj Kumar Manna @rajphys, Ojan Damavandi : https://t.co/UA7Cx5IvCp
Join us as we celebrate 20 years of serving patients by empowering research to improve their lives. Register for our symposium AND the Inaugural Symposium for Darier’s and Hailey-Hailey Disease at the SID in Texas.
https://t.co/hMg7TShkuu
#Pachyonychia#RareDisease#StopPCPain
Make your travels plans so you can join us at the @SocInvestDerm meeting in Dallas for two free and excellent research symposia, plus a special dinner with all attendees. Learn more, see our fabulous lineup of speakers, and register below!
Hard to express how #thankful I was on the call from @LEOFondet RE:their decision to invest in @SimpsonLabUW @DermatologyUW @UWMedicine w/a 3yr grant that provides critical support to merge my lab interest in keratinocyte adhesion/stress w/my clinical focus on blistering disease.
PC Project was grateful to meet with key @NIH_NIAMS directors to talk about PC and the critical need for funding for PC and other rare painful PPKs at #NIAMSCoalitionDay
.@HopeEBurks & colleagues in @KathyGreenLab show how #melanoma cells hijack keratinocyte paracrine signaling for their own benefit through repression of the desmosomal cadherin desmoglein 1, associated w/ increased melanoma cell spread. https://t.co/cpgk9rfr0K
#Cancer#desmosomes
We are expanding our understanding of how the #desmosome fine-tunes its adhesive properties in our latest paper led by postdoc @AbbeyLPerl- Take a look at how she uncovered a novel #PP2A regulatory mechanism controlling epidermal adhesion https://t.co/uomzmn3fgI
We are expanding our understanding of how the #desmosome fine-tunes its adhesive properties in our latest paper led by postdoc @AbbeyLPerl- Take a look at how she uncovered a novel #PP2A regulatory mechanism controlling epidermal adhesion https://t.co/uomzmn3fgI