
Tom Ko
@tongil_ko
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JSPS Postdoctoral Research Fellow with Suga lab at the University of Tokyo | chemical biology & organic chemistry | 🇧🇷🇫🇷🇰🇷
Tokyo, Japan
Joined January 2022
Check out our latest collaboration with @KlannLab on light-triggered and cell-type specific proteomic labeling! Privileged to continue working with such talented neuroscientists @harrisontevans.
Hot off the press: our latest work detailing a novel method for the light-inducible, cell-type specific labelling of newly synthesized proteins. This work is the fruit of a wonderful collaboration between the @KlannLab and @DirkTrauner labs!
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RT @harrisontevans: Hot off the press: our latest work detailing a novel method for the light-inducible, cell-type specific labelling of ne….
pubs.acs.org
Elucidating the mechanisms by which protein synthesis contributes to complex biological processes has remained a challenging endeavor. This is particularly true in the field of neuroscience, where...
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RT @DirkTrauner: Check out our latest work on Tethered Photopharmacology: Cell‐Specific Optical Control of AMPA Glutamate Receptors with a….
onlinelibrary.wiley.com
AMPA receptors are central to excitatory synaptic transmission in the brain but difficult to control with sufficient precision. We developed MP-GluAblock, a cell specific light-controllable AMPAR...
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RT @DirkTrauner: Congrats to @tongil_ko for successfully defending his Ph.D thesis! @PennChemistry #ElectraSyn
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RT @mo_hannes: Photoswitchable lipids enable optical control of lipidated natural products. Here we show this for the lipopeptide-polyketid….
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Excited to share our work using a photoswitchable #PROTAC to manipulate synaptic function with light in @ACSChemNeurosci! Fantastic collaboration with @FentonLab @NYU_CNS. Available for free as an ACS Editor's Choice article!. @DirkTrauner @PennChemistry.
pubs.acs.org
Hundreds of proteins determine the function of synapses, and synapses define the neuronal circuits that subserve myriad brain, cognitive, and behavioral functions. It is thus necessary to precisely...
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RT @DirkTrauner: As we are gearing up for the Molecular Switches and Motors GRC this weekend, I am excited to share that artificial molecul….
ir.kiorapharma.com
Encinitas, California--(Newsfile Corp. - April 27, 2023) - Kiora Pharmaceuticals (NASDAQ: KPRX) presented preliminary results from an ongoing…...
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Pre-print four our latest work is out! We use a photoswitchable #PROTAC as a tool to control synaptic function in mouse brain slices. @DirkTrauner @CG_JOU @aa_fenton @xmr128 . Could be used to study and even manipulate memories!.
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RT @DirkTrauner: Check out our collaboration with the @FentonLab on the optical control of synaptic function using a photoswitchable #PROTA….
biorxiv.org
Hundreds of proteins determine the function of synapses, and synapses define the neuronal circuits that subserve myriad brain, cognitive, and behavioral functions. It is thus necessary to precisely...
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Thrilled that my very first first author paper made it into @J_A_C_S! Couldn't have done it without an amazing team of collaborators and friends @Mauricio_Neuro @DrJessicaAlapin @mo_hannes.
Check out our paper on the optical control of translation with a puromycin switch - in neurons! A collaboration with @tongil_ko @KlannLab @mo_hannes #ribosome #photopharmacology #translation #puromycin.
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RT @DirkTrauner: Check out our paper on Tetrodotoxin, a truly intoxicating molecule! Thanks to all involved in this project: @DavidBKonrad….
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Excited to share our work on the optical control of translation and monitoring of newly synthesized proteins in neurons with a puromycin-based diazocine photoswitch. @DirkTrauner @KlannLab @Mauricio_Neuro @DrJessicaAlapin @mo_hannes @nyuchemistry @NYU_CNS.
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