Skip to main content
Harvard-MIT Health Sciences and Technology

Mini nav

  • Search
  • Contact
  • Support HST
  • Login

Top navigation

  • About Us
    • Our Vitals
    • Our Values
    • Leadership & Staff
    • Administrative Resources
    • Contact Us
  • Admissions
    • Applying to the HST MD Program
    • Applying to the Medical Engineering and Medical Physics (MEMP) PhD Program
    • Applying to the GEMS Certificate Program
    • Applying to the Summer Institute in Biomedical Optics
  • Academic Programs
    • MD Program
    • PhD Program (MEMP)
    • Graduate Education in Medical Sciences (GEMS) Certificate Program
    • HST-Wellman Summer Institute for Biomedical Optics
    • Registration
    • Forms and Useful Links
    • Courses
  • Faculty & Research
    • Faculty
    • Finding a Lab
    • Research Opportunities for New Students
    • Research Supervisors
    • Entrepreneurial Opportunities
    • Information for UROP Supervisors
  • Students
    • Student Spotlights
    • Student Life
    • Student Resources and Support
  • Alumni
    • Alumni Association
    • Alumni Spotlights
    • Support HST
  • News & Events
    • Events & Academic Calendar
    • Community Awards
    • HST Graduation
    • HST 55th Anniversary
    • TWiHST Newsletter

News & Events

Ellen-bw

Professor Ellen Roche wins National Science Foundation CAREER Award

Demo Day RecoverWe

HST student George Chao and Team RecoverWe win CAMTech Community Empowerment Award

41466-1549846800.x22547.jpg_0

HST alum Michael Weiss named distinguished professor at Indiana University

MIMIC-CXR-Image

MIMIC-Chest X-Ray to provide researchers access to over 350K patient radiographs

A new database could pave a path for researchers to develop algorithms that ensure accurate diagnoses of conditions like pneumonia.

MIT researchers’ new platform detects and extracts rare circulating tumor cells from live mouse models using a combination of laser excitation and a microfluidic chip. Image: Bashar Hamza and Alex Miller

From microfluidics to metastasis

A new platform, co-developed by Professor Alex K. Shalek, enables longitudinal studies of circulating tumor cells in mouse models of cancer.

Pagination

  • First page « First
  • Previous page Previous
  • …
  • Page 79
  • Page 80
  • Page 81
  • Current page 82
  • Page 83
  • Page 84
  • Page 85
  • …
  • Next page Next
  • Last page Last »

Side navigation

  • Events & Academic Calendar
  • Community Awards
  • HST Graduation
  • HST 55th Anniversary
  • TWiHST Newsletter

imes: Institute for Medical Engineering & Science

77 Massachusetts Avenue
Room E25-518
Cambridge, MA 02139

+1 617-452-4091
hst@mit.edu

Harvard Medical School

Irving M. London Society
260 Longwood Avenue
TMEC 213
Boston, MA 02115

+1-617-432-1738
hst@mit.edu

Newsletter

This Week in HST

Current Issue

Facebook Twitter Instagram

Accessibility

MIT
Harvard University logo