📚✨ Absolutely captivating! This exhilarating idea is a must-read for anyone seeking inspiration to embark on building creative thought experiments.#proteindesign
We can design proteins on a computer that have wonderful new functions. But it's too expensive to make and test them in the real world.
My latest blog is about a protein printer that turns digital bits into physical molecules, using flashes of light.
https://t.co/ZaEvwDoC3Y
***
This essay is a thought experiment; it's speculative. But we hope it spurs conversation about how we might accelerate protein design.
I hope you'll give it a read and send me your thoughts. This article was co-written by @julian_englert.
Thanks to everyone who gave comments and feedback, including @erika_alden_d and @yestello.
This is crazy!!!
Imagine if we could harness the effector functions of these antibodies regardless of their specificities, for therapeutic benefits.
Well, that’s exactly my thesis project!
Hoping to save these millions of dollars with my study. Stay tuned:) #immuneengineering
In 2015, an article in @nature estimated that 800,000,000 USD is wasted annually on nonspecific antibodies.
It also suggested standardization, which has not happened. I wonder how much we will spend in 2023 on low specificity antibodies.
🌯 BIOLOGY IS A BURRITO 🌯
Cells are crowded and very fast places. It's a miracle that anything works at all.
The central dogma is often depicted as DNA -> RNA -> proteins, but it's so much more: A biophysical marvel inside the smallest of vessels. 💓
https://t.co/tvNcDRFCDJ
In 2021, many claimed that vaccines will stop the virus. But today, it feels like the COVID-19 will continue to be a never ending battle. Just when we think we’re making progress, a new variant emerges or cases start to rise again. #needfornoveltherapies
This was a breakthrough year for biology. 🧬
As 2022 ends, let's celebrate the big achievements, from malaria vaccines to phage therapies and synthetic embryos.
Here are the highlights...
https://t.co/qlB05u3MKS
RNA polymerase transcribes DNA at a rate of 22 nucleotides per second.
Its error rate is 1 in 10 million.
The Harry Potter books, together, have 1 million words. Average word has ~4.7 characters.
RNA polymerase could copy all of Harry Potter with no typos in 78 hours.
Today we announce the recipients of our inaugural summer fellowships. Five fellows, six labs, three months. Projects will probe the origins of endosymbiosis, map protein binding sites, and more. Each has transformative potential.
Read the announcement: https://t.co/vbJFT8x4eD
Now moving to Asia! Welcoming the 2022 iGEM Ambassadors for the region🌏
If you’re planning on developing an iGEM Team in Asia or are wondering how can the iGEM Ambassadors from Asia help you support synthetic biology in the region visit this link:
https://t.co/PDFmZscHLy
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#iGEM2021 Teams!
Join the Human Practices Q&A Meetup on October 24 to meet our special guests: members of the Human Practices Committee, and Judges. Ask your questions, listen to their iGEM stories and experiences, and get tips.
Register here:
https://t.co/CSnKkbwjGo
#AfteriGEM