Why can RNA only be linear or circular? It can be branched! We made multi-tailed mRNA, and we had fun! Here is our story led by brilliant graduate student @HongyuChenChem: https://t.co/IkMLUN0wX9 and his cartoon illustration👇@ChemistryMIT@broadinstitute
Excited to share our research in @nchembio ! We developed a bacterial orthogonal DNA replication system (BacORep) and equiped it with an engineered error-prone orthogonal DNA polymerase. OrthoRep, you just got a new friend :) 👉 https://t.co/mkVC3dqDsZ
Recruiting experienced research fellows for the engineering of Candida and Yarrowia yeasts. Join us as we journey towards SIT's brand new sea view campus in 2024! https://t.co/65iQe0CDkO
Crops grown without sunlight could help feed astronauts bound for Mars, and someday supplement dinner plates on Earth.
Learn more in this @NewsfromScience feature: https://t.co/cF7Uw2ekf4
ChatGPT isn't adapted for academic research. It frequently gives false references.
Use Bing Chat instead, it's connected to internet and gives sources.
Here's how to use Bing Chat for academic purposes (free):
Excited to share our new work on direct protein-based genome editing in primary cells. We termed it Peptide-Assisted Genome Editing (PAGE) CRISPR-Cas platform. This platform allows rapid and effective editing of primary cells with minimal toxicity. https://t.co/tRdFwotwcW
A wearable #DNA hydrogel-based sensor was found to detect bacterial infections in wounds even before visible signs are present, according to a 2021 @ScienceAdvances study.
Learn more: https://t.co/Pbw6C62eLq
Thrilled to share our new method, Nano-tRNAseq, a @nanopore direct #RNA sequencing approach that simultaneously quantifies tRNA abundances and modifications. If you’re interested in sequencing other small RNA types with nanopore, this method might interest you 1/ 🧵
We developed a very cool AI algorithm named CLEAN for predicting enzyme function from amino acid sequence, which was just published in Science today. Congrats to Tianhao, Ocean, Canal, Yunan, and Guangde! https://t.co/fcv6drvvnR
🚨📢 Now out in @NatureBiotech: The most fun #Microscopy 🔬 paper I've ever written with @FritjofHelmchen: The Schmidt objective - taking inspiration from 🔭 telescopes and 🐚 scallops to rethink the design of #multiimmersion#microscope objectives: https://t.co/B3oo4HyhEt
Glass made from amino acids 👓
Chemically modified peptides were melted into a supercooled liquid and quenched to form "biomolecular glass."
The glass disintegrates in soil after ~7.5 months. Normal glass takes 1 million years (seriously).
https://t.co/kQWGDdwL5y