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

2,2K Tweet

2,2K Followers

1,1K Following

Nature Microbiology (@naturemicrobiol) 's Twitter Profile Photo

šŸ”Žtake 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

ā€œAI can help us learn new approaches to treatment and diagnostic testing for some cases that can reduce uncertainty in medicine,ā€ 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 ā€˜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 ā€˜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).