Maha Farhat (@mahafarhat) 's Twitter Profile
Maha Farhat

@mahafarhat

Physician Scientist @HarvardDBMI @MGHMedicine. tuberculosis, evolution, antibiotic resistance, AI/ML, genomics, translational research, public health

ID: 49430405

linkhttp://scholar.harvard.edu/mahafarhat calendar_today21-06-2009 21:16:22

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Nature Microbiology (@naturemicrobiol) 's Twitter Profile Photo

🔎take a closer look - epidemiological analysis shows host-pathogen sympatry affects Mycobacterium tuberculosis lineage transmission in humans by @Maha_Farhat Matthias Groschel nature.com/articles/s4156…

Ziad Obermeyer (@oziadias) 's Twitter Profile Photo

Optimistic about AI for insurance claims processing? Important fact below. Don’t automate the terrible inequalities in our existing system!

Harvard Med Postgraduate and Continuing Education (@hmspostgradce) 's Twitter Profile Photo

“AI can help us learn new approaches to treatment and diagnostic testing for some cases that can reduce uncertainty in medicine,” says Dr. Maha Farhat. Discover the benefits of AI technologies for patients and clinicians. buff.ly/3MGMM9g

carole mitnick (@cdmitpih) 's Twitter Profile Photo

Please ask your congressperson to support this bill! It takes about 30 seconds of ur time and will ultimately avert so much suffering! act.pih.org/end-tb-now-act…

Maha Farhat (@mahafarhat) 's Twitter Profile Photo

Full house and overflow for inaugural Bioinformatics and Integrative Genomics (BIG) visiting Professor lecture by Stephanie Hicks, PhD on ‘methods for spatial transcriptomics’ Also some of the most colorful slides I’ve seen in a biology talk !

Full house and overflow for inaugural <a href="/BIG_Harvard_PhD/">Bioinformatics and Integrative Genomics (BIG)</a> visiting Professor lecture by <a href="/stephaniehicks/">Stephanie Hicks, PhD</a> on ‘methods for spatial transcriptomics’

Also some of the most colorful slides I’ve seen in a biology talk !
Harvard Med Postgraduate and Continuing Education (@hmspostgradce) 's Twitter Profile Photo

Join course director Dr. Maha Farhat on November 7-8 at Harvard Medical School for AI in Clinical Medicine. Discover how AI is transforming diagnostics, predicting outcomes, and personalizing treatment plans. buff.ly/3XLJIgY

Bioinformatics and Integrative Genomics (BIG) (@big_harvard_phd) 's Twitter Profile Photo

HILS Virtual Open House - TODAY, October 17, 2024, 5-7pm. Register and choose BMI to join our BIG information session here from 6-7pm: harvard.zoom.us/webinar/regist…

DBMI at Harvard Med (@harvarddbmi) 's Twitter Profile Photo

We're hiring! Join a team of faculty Harvard Medical School committed to developing AI systems that reduce rather than amplify healthcare disparities and augment rather than automate the essential human relationships in medicine. dbmi.hms.harvard.edu/careers/facult…

Biology+AI Daily (@biologyaidaily) 's Twitter Profile Photo

PHYLA: Towards a Foundation Model for Phylogenetic Inference 1. PHYLA introduces a novel hybrid state-space transformer architecture explicitly designed for inter-sequence reasoning, enabling advanced phylogenetic tree reconstruction and molecular sequence reasoning. 2. A core

PHYLA: Towards a Foundation Model for Phylogenetic Inference

1. PHYLA introduces a novel hybrid state-space transformer architecture explicitly designed for inter-sequence reasoning, enabling advanced phylogenetic tree reconstruction and molecular sequence reasoning.

2. A core
Jim Breyer (@jimihendrixlive) 's Twitter Profile Photo

dbmi.hms.harvard.edu/news/breyer-ca… Breyer Capital, a global leader in venture capital, has made a transformative commitment to Harvard Medical School’s Artificial Intelligence in Medicine (AIM) PhD track, reinforcing its role as a top investor in healthcare AI. With a distinguished track

Marcel Behr (@mbehr_mcgill) 's Twitter Profile Photo

Amazing thesis work led by Sarah Danchuk now submitted for review and posted as preprint: ssrn.com/abstract=51598…. Short summary: M. bovis & M. orygis manifest enhanced virulence compared to M. tuberculosis in natural model (calves) and small animal model (mice).