@RiceBioEM
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Lab lead: Biological Electron Microscopy Lab. A @RiceUniversity SEA core facility providing TEM & SEM of a wide range of biological samples & soft materials.
Houston, TX
Joined October 2018
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Matthew Meyer retweeted
What are the 3D spatial molecular patterns of differentiating enteric nervous system (ENS) in vivo? Are there co-expression networks? Are there spatially variable genes? In our preprint biorxiv.org/content/10.1101/… @RodrigoMoreC et al explored 1/4
Matthew Meyer retweeted
Y'All, we have one for those interested in #BMP signaling! Congratulations to 1st author @thedrjam and coauthors on this study! I am proud to share that single-cell RNA-seq datasets are trees that continue to bear fruit! This time, we discovered 37 BMP doi.org/10.1002/dvdy.737 1/5
Matthew Meyer retweeted
My friends, I'm very proud to share a story long in the making about sympathoadrenal cells retaining a #neuralcrest gene signature after forced expression of the human #oncogene Nmyc in zebrafish! Congrats to 1st author @ribarragp and coauthors! 1/6
journals.plos.org/plosone/ar…
Matthew Meyer retweeted
Excited to share that our study on virus-size gas-filled nanostructures is published in Advanced Materials and selected to be featured as one of the cover stories. Thanks to our collaborating labs, Richard Bouchard and @Han_Xiao2016, and all the heroes who conducted the research: @QionghuaS, @ZLi44to91, Yixian Wang, Matthew Meyer @RiceBioEM, Marc De Guzman, and Janie Lim. #gasvesicle onlinelibrary.wiley.com/doi/…
Matthew Meyer retweeted
I want to thank my lab for their teamwork, dedication, ambition, patience, and learning. After many crazy years, I am happy to tell you all that I was officially notified that I will be promoted to Associate Professor with Tenure, effective July 1, 2024, at @RiceUniversity
Matthew Meyer retweeted
Job Alert~! The Wallingford Lab is hiring a Lab Manager. Great opportunity for graduating seniors. Interested parties can DM me here. Official posting will go up soon. Please RT.
@SocDevBio
Deployed C1V1=C2V2 to make %ABV for this for year’s Uribe Lab holiday party punch. Thank you Chem 101!
Matthew Meyer retweeted
Out today in @ISMEJournal thru extensive #TEM imaging, we show that a diversity of coral symbionts contain filamentous virus-like particles (fVLPs) see ⬇️for highlights
Transmission electron micrograph of a #macrophage undergoing #mitosis (late #telophase), with #microtubules of the spindle apparatus boxed. #ElectronMicroscopy #TEM
Lung epithelium. Nucleus (N), mitochondrial clustering (M), cilia (C), basal bodies (B), ciliary rootlet (R), desmosomes (D), tight junction complex (T), lipid droplets (L), autophagosomal membrane elongation nearing closure (E), autophagosome (A).
Mitochondrial-lysosomal contact in an ovarian follicular cell. #TEM #mitochondria (white arrow) #lysosome (black arrow)
Matthew Meyer retweeted
Biosciences graduation party 2023! Big showing from the Uribe Lab.
@NCCPhD won Outstanding PhD Thesis and Undergrad Annika Nambiar won a Distinction in Research Award.
Undergrad Thomas Hamre got accepted to Baylor College of medicine & will start this summer!
@RiceUniversity
Cisplatin, a platinum-based chemotherapy drug, has been used to treat head and neck squamous cell carcinomas (HNSCC) and other solid tumors for over 30 years, despite a high frequency of drug resistance. In order to better treat HNSCCs... (1/x)
There is so much more to this story, including the role of #KEAP1 mutations and RNA reductions with #Nrf2 activation, so please check our our paper out now in the British Journal of Cancer (nature.com/articles/s41416-0…). Pictured above are #mitochondria from HNSCC cell lines. (3/x)
It was an honor working with Vlad Sandulache and this massie collaborative team of scientists and physicians from @BCMFromtheLabs, @MDAndersonNews, @tamhsc, @UPMCHillmanCC & @Cornell! (4/4)
Remember tardigrades, the microorganisms that can survive in outer space? They have a protein, Dsup, which protects their DNA from x-rays and harsh environmental stressors. Maybe humans can exploit Dsup to protect our neurons from neurodegenerative diseases? 1/x
Here, we unfortunately discovered that Dsup promotes neurotoxicity and neurodegeneration in cortical neurons. Using electron microscopy, we discovered that Dsup promotes chromatin condensation. It was a pleasure working with Andrey Tsvetkov, Rocio Escarcega and the entire... 2/x