Ryo Tamura
@RyoTamura315
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Postdoc at UC San Diego @LoogerL. Ph.D at University of Georgia. University of Tokyo. Neuroscience, Protein Engineering, Glycobiology, and more!
San Diego, CA
Joined October 2017
My new work with @LoogerL at @ucsdneurodept and @HHMINEWS is now live! We made biosensors for polyamines, molecules involved in cancer, neurdegenerative diseases, and aging (and more). Great collab with @JMo_10613, @PeterVangheluwe and others!
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Check this out!
Excited to talk at the 1st Gene Therapy Initiative Symp at @UCSanDiego next week! https://t.co/v5oVyDUk6s
#gtiUCSD Will be talking about AAV engineering - 2.0 #AAVretro variants and other designed serotypes for basic research and human gene therapy!
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🙌🙌🙌
🚨 The Registration for our #BioImageAnalysis/#DataScience Training School is OPEN! 📢 Come to Leipzig and let's push pixels together using #Python! No prior programming experience required! 🔬🖥️🧊🚀
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Protkit - the open source Python library for protein engineering https://t.co/PYGg1pQrUa Fast, simple, extensible, scalable, open. @UWproteindesign @heilshornlab @chang_c_liu @LabPless @Jackson_Lab @Chica_lab @LoogerL
github.com
A Unified Approach to Protein Engineering. Contribute to silicogenesis/protkit development by creating an account on GitHub.
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Talked to lots of fun scientists!
We are so thankful that the @LoogerL and @NathanShaner Labs joined our annual Zhang Lab beach outing this year! 🌴 #JointLabOuting
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Amazing opportunity to combine protein engineering and climate problem solving!
hey #protein #engineers who want to save the #climate! so happy & proud to announce these grants! low barrier to entry! you don't have to be an expert to apply - just have a good idea. fast turnaround! $200,000. we'll give you lotsa feedback too. apply!!!
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🔥 Today, researchers unveiled the connectome of the male adult fruit fly nerve cord. 🧠 With about 23K neurons, 10 million pre-synaptic sites & 74 million post-synaptic densities, it’s the most in-depth & complete wiring diagram of a fly nerve cord. 🔗 https://t.co/BpMqDXyuvR
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come learn about the latest in fluorescent proteins, sensors, imaging, etc. very interactive and open conference! @ERSchreiter @agtebo
Join the seventh installment of @HHMIJanelia's Fluorescent Proteins and Biological Sensors conference, showcasing the development of cutting-edge tools & technology for biological imaging. Learn more + apply by June 9 -> https://t.co/1yaOm2WviH
@ERSchreiter @agtebo @LoogerL
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Thank you for the photo with my prof! It's been an honor to have taught with you @awormwelcome. I had so much fun and learning!
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Join us virtually to analyse #singlecell RNA sequencing data using #python: https://t.co/pBwONWH1ER Applications are open until 4 June 2023. Trainers and organisers: @talandrews, @DayRAraujo, @WendiBacon1, @mdeske, @emblebi, @ExpressionAtlas
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I answered the call for Senior Signature as a thanks to UGA!
alumni.uga.edu
Thousands of graduating students make a difference by donating a minimum $30 gift to the university.
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Today's talk from Dr. Srivastava was outstanding! Thank you @awormwelcome for inviting her. This got me more interested in regeneration in planarians and acoel worms! Do you have any recommendations for papers to read?
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New #OpenAccess research from Professor Kazuo Yamamoto and colleagues at The University of Tokyo: Construction of mouse cochlin mutants with different GAG-binding specificities and their use for immunohistochemistry. https://t.co/mHB8FoYxrM
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Excited to see one of my Master's projects back in @UTokyo_News_en published in @Biochem_Journal ! We engineered a glycosaminoglycan-binding protein into a tool to detect cancer cells. #proteinengineering #proteoglycan #glycotime
https://t.co/LpJOyHfmM4
portlandpress.com
Glycosaminoglycan (GAG) is a polysaccharide present on the cell surface as an extracellular matrix component, and is composed of repeating disaccharide units consisting of an amino sugar and uronic...
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Thanks @awormwelcome for a gift which glows in the dark. Now I can FP-tag myself and see where I localize 🙂 #fluorescent
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Imagine if you could instantly detect any biomolecule in a sample, without any wash steps or error-prone transfers. That future is now, thanks to Sparkle Instant Biosensors, which bind directly to their targets and fluoresce within milliseconds.
wyss.harvard.edu
Sparkle is revolutionizing the binder assay industry by harnessing novel chemistry to create instant fluorescent biosensors for a wide variety of uses.
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Grateful to @mayankdu for assembling a Methods in Molecular Biology issue on Fluorescent Proteins! It has been an honor to make a contribution by writing a chapter on CRISPR-mediated knock-in of GFP11 tag with @KamiyamaLab. #CRISPR #FluorescentProtein
Happy to share the Methods in Molecular Biology issue on Fluorescent Proteins 🌈🎉😀. Including many “much awaited” protocols on and about Fluorescent Proteins/applications. A big THANKS to authors across the globe for contributing. 👏🏻💐 https://t.co/0yCqaDfzKw
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A really nice Perspective written by @Campbell_FPs and co-workers providing guidance on how to create and optimize biosensors, while inspiring us to surpass the performance of the revolutionizing GCaMP's when engineering them.
By examining the structures and mechanisms of myriad fluorescent protein-based biosensors, a Perspective from Robert Campbell and co-workers (@Campbell_FPs) provides helpful guidance for developing new biosensors.
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I analyzed the peptide sequence with "WHATISLIFE" by AlphaFold2, the obtained structure is an alpha helix. In other words, life is spinning, but moving upwards.
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