If it's isn't obvious already, it is the end of papers as a measure of productivity, expertise or accomplishment. The odds of publishing in "glam" conferences & journals also very quickly approaches random & the time for gate keeping review increasing exponentially. 1/
US biomedical science is way too self-congratulatory. Yes, we've made amazing progress in many areas. But after receiving nearly a TRILLION DOLLARS in federal funds this century, significant progress is a MINIMAL EXPECTATION - not some miraculous gift to society. The field in so many ways overpromises and underdelivers. If we want this kind of public investment for another quarter century, we can't just say "look how much we've done, give us more money!", we have to ask how we can restructure ourselves to optimally - not just marginally - deliver on this investment and trust, and then actually carry though in making the fundamental changes that will accomplish that.
Original Article: CRISPR-Based Therapy for Hereditary Angioedema (phase 2 trial) https://t.co/gvFbB2rTQF
Editorial: A Milestone for Gene-Editing Therapies https://t.co/dqXZFuKEUh
#Oncology
We are heartbroken. Together we share our sorrow with the pathology and sarcoma communities, and with all who deeply admired and were inspired by Dr. Fletcher. In Memoriam: https://t.co/QhznOo2z22
#CDMF#Pathology#Pathologists#BSTPath#PathTwitter#PathX#Sarcoma
The @igisci is working to develop a suite of #CRISPR cure companion diagnostics in our CAP-accredited CLIA lab for high complexity molecular testing directed by @giannikopoulosp, MD.
The resulting laboratory developed tests will be widely available to the community.
Today we report in @NatureComms the development of laboratory-evolved CBE6 cytosine base editors that offer high on-target C•G-to-T•A editing, virtually no A•T-to-G•C editing, low off-target editing, broad sequence context compatibility, and compatibility with multiple Cas domains.
/1
My emotional COI here is taller than the Burj Khalifa.
With that disclosure:
https://t.co/uWfL0fyKBu
behold beautiful work by the brilliant @JRo_Hamilton@doudna_lab@igisci on what I personally think will be THE paradigm for immune system genome editing for both oncology and other disease indications.
What does an "Avengers Unite!" team to build CRISPR Cures look like?
As @leilei_wuu@endpts explains ...
https://t.co/eQJ72S2mjD
... this requires
1- editing experts @igisci@berkeleyMCB:
@doudna_lab@giannikopoulosp and yours truly.
2- world-leading clinicians with deep expertise in treating patients with devastating disease: Jennifer Puck and Mort Cowan (ARTEMIS-SCID) and Michelle Hermiston (HLH) @UCSFMedicine.
3 - physician-scientists at @igisci@UCSFHospitals to lead the nonclinical work: @matthewjkan and David Nguyen.
4 - golden-handed wizards of manufacturing edited cells: @Kohn_Lab@UCLAHealth and @brshy@UCSFHospitals ...
5 - ALL of this multiplied by the might of @DanaherCorp R&D in Aldevron, IDT, Cytiva, Beckman Coulter Life Sciences, Leica Biosystems, and Leica Microsystems!!
#HealthJustice
😲 Time to revise textbooks 🤔
Title: "Transcription factors interact with RNA to regulate genes"
"at least half of TFs also bind RNA, doing so through a previously unrecognized domain"
https://t.co/Tql32vXfct
When the #AI diagnoses a heart attack better than expert clinicians
via ECG in >7,000 consecutive patients across multiple US sites
https://t.co/LTwrGPTxGn
@NatureMedicine by @al_zaiti and colleagues