Are you at #AACR24? Are you interested in the glioma immune microenvironment and DNA methylation? Come see my poster (#3497) Monday 1:30-5pm so we can chat about our new software that can change the way we think about glioma immunotherapy trials @lsalas_epigenet
Studies have revealed an overactivation of the complement system in #MultipleSclerosis lesions
@francesca_gilli (@dartmouth) discusses exciting research on inhibiting C1q, an activating factor for the classical complement pathway: https://t.co/Rd1IB4FZ8K
#NeuroTwitter#MS
We are hiring two new Behavioral Neuroscience faculty at Dartmouth, one junior and one senior. Join us!!
Assistant - https://t.co/lRJGugwvA8
Associate - https://t.co/zuQRxALJ0Q
We are accepting applications for Fall 2024! Visit https://t.co/yVt8ShgCxx to learn more about our new graduate program. Applications are due Dec 15th, with priority consideration if received by Nov 20th. @DartGRAD@MsbDartmouth@MCBDartmouth@GeiselMed https://t.co/9ObSX5Rzhq
Happy to share new paper from our lab where we investigate how levels of a B cell chemoattractant in serum and cerebrospinal fluid are predictive of conversion from clinically isolated syndrome to clinically definite multiple sclerosis @francesca_gilli https://t.co/RK1sqpi81s
The HiBED (Brain deconvolution method) paper is out https://t.co/KGqL7qN1xF. @ZeZhang0223 led this work integrating information from multiple platforms to address cell heterogeneity in brain samples. The method is available on #GitHub and soon on #Bioconductor. #DNAmethylation
Using multiple tissue #DNA-methylation-based cell deconvolution to estimate altered cell composition in Down syndrome. Led by @ZeZhang0223 and @lsalas_epigenet#cellsmdpi#cellbiology@GeiselMed
Full text: https://t.co/WArkSUAflo
Say hello to the 2023-2024 GSC Executive Board!!! They will begin their term at the June GBM. Thank you to all of the current Executive Board members for all of your hard work!
First-ever, first-author paper! We reviewed how using a viral mouse model of multiple sclerosis will help us understand why neuro-viral infections may lead to future disease activity. @francesca_gilli@NeuronswithNora@MichaelLinzey18 https://t.co/66jiPp2ZT2