SeidlitsLab

Seidlits research lab, works on novel biomaterial platforms to investigate various pathological conditions in human central nervous system

[SeidlitsLab @SeidlitsLab]

@michelledigman @lfd @UCIrvine @uci_bme Congratulations!

[SeidlitsLab @SeidlitsLab]

@michelledigman Congratulations

[alex @sra8867]

Hi #WBC2024 folks. If you are interested in biomaterials in cancer research, checkout the Biomaterial models of hierarchical tumor microenvironments, held on Friday at 11:20 am. I will present our work on the role of microenvironment stiffness on glioblastoma metabolism.

[alex @sra8867]

#WBC2024 , I will be presenting a poster today at 6 pm on how radiation therapy influences the ECM composition of glioblastoma tumors. Check poster P2-298.

[Zoldan Lab @ZoldanLab]

Attending the Biomaterials Southwest Regional Symposium? Don't miss our exclusive mentorship workshop! Join us for insightful discussions. See you there! #Biomaterials #Symposium #Workshop #Networking

[Tyrone Porter @doc_tmp]

This is a day I look forward to as chair of ⁦@UTBiomedical⁩. Congratulating outstanding faculty when they achieve a major milestone. Congrats to Sapun Parekh ⁦@sapunp1⁩ for promotion to tenured Assoc. Professor and Tim Yeh for promotion to tenured Full Professor.

[SeidlitsLab @SeidlitsLab]

This video highlights our work on GBM cell metabolism done in collaboration with @michelledigman lab at UC Irvine,

[alex @sra8867]

CellPress Research in Action just published a short video about my PhD work on the role of microenvironment stiffness in glioblastoma cell metabolism:

https://t.co/B7sgofiCNW

The original paper, published in Cell Report:

https://t.co/EGQutEOTNv

[SeidlitsLab @SeidlitsLab]

Welcome to #TexasBME

[Texas BME @UTBiomedical]

We are thrilled to usher in 2024 with a new member of the #TexasBME faculty! Qian Yin joins us from @Stanford. Her research lies at the interface of #engineering and #immunology, employing a #biomaterials-centric approach to modulate the immune system: https://t.co/a21dWpIBiv

[SeidlitsLab @SeidlitsLab]

@peytonlab Congratulations!

[SeidlitsLab @SeidlitsLab]

BMES-goers, check our excellent lineup for #BMES2023. Make sure to drop by and learn about our current research in #Glioblastoma.

[SeidlitsLab @SeidlitsLab]

@Ravi_raj_singh1 @asohrabi6788 Thank you Ravi!

[SeidlitsLab @SeidlitsLab]

Congratulations to @asohrabi6788 for publishing his last PhD paper.
Published in Cell Reports, we describe a direct influence of tumor mechanical properties on glioblastoma metabolism.

https://t.co/54jYHwqcKP

[SeidlitsLab @SeidlitsLab]

@jdpereira We always centrifuge them before each use. A quick centrifuge using a table top small centrifuges will aggregate those clumps at the bottom of the vial! Then get your secondary from the top!

[Nicholas A. Peppas @NPeppas]

Congratulations @DrSakiyama Sakiyama-Elbert. Elected President-elect of @BMESociety

https://t.co/u0vHm5Qfvd

[SeidlitsLab @SeidlitsLab]

Let’s go Talia. #NCIJI2023

[Andrea (Didi) Gardner @AndreaLGardner]

@UTBiomedical PhD candidate and @SeidlitsLab member Talia Sannazaro killed it at her first in-person conference presentation showing how she will investigate the role of viscoelasticity on GBM phenotype #NCIJI2023

[SeidlitsLab @SeidlitsLab]

@AmyBrock_PhD @NCIsysbio @sapunp1 @UTBiomedical Congratulations!

[Texas BME @UTBiomedical]

A hearty Longhorn congratulations to @UTBiomedical Assistant Professor @whl0903 on his latest award:

[SeidlitsLab @SeidlitsLab]

Exciting news from our lab. Congratulations to Sabrina and @breahna_j for passing their PhD qualification exam!

[SeidlitsLab @SeidlitsLab]

Congratulations to @asohrabi6788 and all other authors. In this work we describe a direct impact of microenvironmental stiffness on glioblastoma cell metabolism and how this metabolic changes alter cancer cell behavior.

[SeidlitsLab @SeidlitsLab]

Congratulations to @asohrabi6788 and all other authors. In this work we describe a direct impact of microenvironmental stiffness on glioblastoma cell metabolism and how this metabolic changes alter cancer cell behavior.

[bioRxiv @biorxivpreprint]

Microenvironmental Stiffness Induces Metabolic Reprogramming in Glioblastoma https://t.co/QOdneGUfKj #bioRxiv