Donato A.(@donato_a_) 's Twitter Profile Photo

Great article. Worth the read. “Nearly identical medicines can be reprogrammed to treat entirely new diseases.” $NTLA

centuryofbio.com/p/scaling-cris…

Great article.  Worth the read.  “Nearly identical #CRISPR medicines can be reprogrammed to treat entirely new diseases.”  $NTLA

centuryofbio.com/p/scaling-cris…
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Umich Pharmacology(@UMPharmacology) 's Twitter Profile Photo

Congratulations to Jason Lin (Khoriaty/Shayman Labs) on successfully defending his dissertation 'Genome-Scale CRISPR Screens Identify Novel Genes That Regulate Erythropoietin Production and Secretion'.

Congratulations to Jason Lin (Khoriaty/Shayman Labs) on successfully defending his dissertation 'Genome-Scale CRISPR Screens Identify Novel Genes That Regulate Erythropoietin Production and Secretion'.
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John McAfee(@officialmcafee) 's Twitter Profile Photo

The Chinese, using CRISPR-CAS9 splicing technology, have spliced the color gene segment from a Morpho butterfly into a Tarantula.

I like it.

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Phenomics Australia(@phenomics) 's Twitter Profile Photo

Collaborative Breakthroughs: Unveiling the Revolution. Discoveries that alter the course of human history often emerge through collaborative efforts rather than solitary genius. Read about 's CRISPR expertise 🔽

phenomicsaustralia.org.au/collaborative-…

Collaborative Breakthroughs: Unveiling the #CRISPR Revolution. Discoveries that alter the course of human history often emerge through collaborative efforts rather than solitary genius. Read about #PhenomicsAustralia's CRISPR expertise 🔽

phenomicsaustralia.org.au/collaborative-…
#NCRISImpact
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Syngenta(@Syngenta) 's Twitter Profile Photo

We're pleased to share that we’ve opened the rights to our CRISPR genome-editing and breeding technologies for academic research. 📷 The technologies are now available through our Shoots by Syngenta platform to license: syngentagroup.com/newsroom/2024/…

We're pleased to share that we’ve opened the rights to our CRISPR genome-editing and breeding technologies for academic research. 📷 The technologies are now available through our Shoots by Syngenta platform to license:  syngentagroup.com/newsroom/2024/…

#ShootsbySyngenta #Innovation
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Magnetic Dreams(@Venuswhacker) 's Twitter Profile Photo

Hyper focus leads to radical pan-systemization, a brute force non-cladistic evolutionary algorithm selecting for retrotransposonal personality traits.

In other words: a version of CRISPR for an actualized Blank Slate Citizenry. Orthogonal Politics.

Hyper focus leads to radical pan-systemization, a brute force non-cladistic evolutionary algorithm selecting for retrotransposonal personality traits.

In other words: a version of CRISPR for an actualized Blank Slate Citizenry. Orthogonal Politics.
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AbidonX(@helpfulai) 's Twitter Profile Photo

1. CRISPR-Cas9 Gene Editing

Allows scientists to make precise changes to DNA sequences, with the potential to revolutionize disease treatment, agriculture, and more.

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Mullally Lab(@MullallyLab) 's Twitter Profile Photo

Fun visit ⁦UC Berkeley⁩ yesterday, high bar for on campus parking, although I think nesting Peregrine Falcons have the best spot:
calfalcons.berkeley.edu/webcams/

Fun visit ⁦@UCBerkeley⁩ yesterday, high bar for on campus parking, although I think nesting Peregrine Falcons have the best spot:
calfalcons.berkeley.edu/webcams/
#CRISPR #Nobel
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Gene Investing w/Anthony 🧬(@GeneInvesting) 's Twitter Profile Photo

CRISPR Gene Editing- “The List”

Below I’ve attempted to compile every disease/cancer etc being targeted by CRISPR gene editing ⬇️

✅ = FDA approved
💉 = human trials
🐁 = animal trials
🥼 = early in lab
🎯 = other potential targets

Blood Diseases
1. Sickle Cell Disease ✅
2.

CRISPR Gene Editing- “The List”

Below I’ve attempted to compile every disease/cancer etc being targeted by CRISPR gene editing ⬇️

✅ = FDA approved 
💉 = human trials
🐁 = animal trials
🥼 = early in lab 
🎯 = other potential targets

Blood Diseases
1. Sickle Cell Disease ✅
2.
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The Cancer Dependency Map Project(@CancerDepMap) 's Twitter Profile Photo

🎉New DepMap data and tools available on the portal! We’re excited to release new Omics and CRISPR data to the DepMap portal, as well as a new portal tool, Data Explorer 2.0, and a new DataHub where you can learn more about DepMap’s data structure and how to map data files.

🎉New DepMap data and tools available on the portal! We’re excited to release new Omics and CRISPR data to the DepMap portal, as well as a new portal tool, Data Explorer 2.0, and a new DataHub where you can learn more about DepMap’s data structure and how to map data files.
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