I’ve moved over to the the other place with brighter skies. Still @aetoumos over there. A nicer place, even with all the grimness we are experiencing now. Look for the haiku/sciku over there.
A final post, from last weekend…
1/n
unrestrained orders
courting stays of injustice
bench lined barricades
rubicon moments
littered across history
recycled conflicts
those bearing witness
press on, filing through darkness
dim beacons of truth
5/n
Wednesday, August 28th 2024, Save the Date!
The NIH/FDA Glycoscience Research Day is Back this year with a stellar lineup of speakers. Young scientists and students encouraged to attend. Awards for best Posters. More to come!
It's happening again! The 8th New England Glycochemistry Meeting - Sat. June 8, 2024 at Brandeis! #glycotime with @StaceyMalaker @HerzonLab@cwreid15@Lhsiehwilson Carole Bewley @NIDDKgov
& 🫵! Sign up at –
https://t.co/o80tfqxevz
The @reid_lab is hiring. Come join our group on our @NSF funded project ! Looking for someone to prepare and characterize small molecule probes for studying bacterial cell wall metabolism. #glycotime
https://t.co/hxt2Yt192O
It's happening again! The 8th New England Glycochemistry Meeting - Sat. June 8, 2024 at Brandeis! #glycotime with @StaceyMalaker @HerzonLab@cwreid15@Lhsiehwilson Carole Bewley @NIDDKgov
& 🫵! Sign up at –
https://t.co/o80tfqxevz
📢 New Editors' Choice 🏅 article from Bioconjugate Chemistry!
A Functionalizable Analog of the Yariv Reagent for AGP Imaging using Fluorescence Microscopy
Read for free ➡ https://t.co/pHAT2vkame
When AzYariv-Cy5 is doped in with GlcYariv, it binds to AGPs using standard gel binding assays; using this mixture, we can visualize AGPs in maize leaves. AzYariv-Cy5 adds to the toolkit of dyes that can visualize components of the plant cell wall.
Turn the lights on! Excited to share a new preprint from the lab on a fluorescent derivative of the Yariv reagent for visualizing AGPs in plant cell walls - AzYariv-Cy5, a new #chemtwitter#glycotime tool for #plantbio@ChemRxiv https://t.co/OZKyV3jAnj