Department of Bioengineering and Therapeutic Sciences

Data-driven drug dosing speeds tuberculosis treatment to four months

Mon Aug 30, 2021
bacterial cells
NIAID/NIH

Mycobacterium tuberculosis, the cause of tuberculosis

A large trial of a new drug regimen for tuberculosis, designed in part by School researchers, leads to a new WHO recommendation for treating the disease.

Science in the Time of Corona: Using Cryo-EM and collaboration to understand SARS-CoV-2 antibodies

Fri Aug 20, 2021
QBI TV presents Science in the Time of Corona, a live show where scientists discuss how COVID-19 has evolved science. Moderated by Robin Marks of the UCSF Office of Communications, the discussion will highlight recent research conducted by the QBI Coronavirus Research Group.

Creating Healthy and Inclusive Spaces on Campus

Fri Aug 13, 2021
Join us for the next session of the Equity & Inclusion Speaker Series.

No sign of Pfizer or Moderna COVID-19 vaccines in breast milk

Wed Jul 28, 2021

Update from the Dean: Excellence amidst change

Wed Jul 14, 2021
School leadership changes, our ongoing fight against COVID-19, and the latest accomplishments of students, faculty members, and staff members

Frontiers in Epigenetics and Chromatin: From Fundamentals to the Clinic

Wed Jul 7, 2021
event poster.
Organized by Drs. Danica Fujimori and Geeta Narlikar, QBI presents Frontiers in Epigenetics and Chromatin: From Fundamentals to the Clinic. The symposium will be held online on September 20–21, 2021.

Where are drugs to beat COVID—and the next pandemic?

Wed Jun 30, 2021

Helium recycling project sets a new standard for sustainability at UCSF

Thu Jun 17, 2021
Helium recycling equipment

The UCSF Schools of Pharmacy and Medicine now use helium recycling equipment, shown above, to avoid wasting the gas, which is used to cool certain types of scientific and medical imaging machines.

The School is now recycling much of the helium used in its NMR facilities.

Regulatory DNA opens a window through time

Wed May 12, 2021
Illustration of chromosomes and double helix of DNA
NIH

A DNA double helix and chromosomes inside a cell. A UCSF/Stanford study of Neanderthal and human DNA found over 400 changes to regulatory DNA that may help explain the differences between the hominid relatives.

Research on Neanderthal DNA reveals new details about our evolutionary cousins

Scientific Collaborations Across Borders: a QBI Fireside Chat

Mon May 10, 2021
The Quantitative Biosciences Institute (QBI) at UCSF presents Scientific Collaborations Across Borders: a QBI Fireside Chat, co-organized by the Embassy of France in San Francisco.

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