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From the College of Natural Sciences
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3-D Printed Microscopic Cages Confine Bacteria in Tiny Zoos for the Study of Infections

3-D Printed Microscopic Cages Confine Bacteria in Tiny Zoos for the Study of Infections

By caging bacteria in microscopic houses, scientists at The University of Texas at Austin are studying how communities of bacteria, such as those found in the human gut and lungs, interact and develop infections.

Understanding Why Chronic Wounds Don't Heal

Understanding Why Chronic Wounds Don't Heal

The problem with chronic wounds, and the solution, may lie in the war between two bacteria, says Marvin Whitely.

Dead Zebras in Electrified Cages Show How Anthrax Spreads in Wild

That's not just awesome words we strung together. It's real science.
Scientists Cage Dead Zebras in Africa to Understand the Spread of Anthrax

Scientists Cage Dead Zebras in Africa to Understand the Spread of Anthrax

Scavengers may not play as key a role in spreading anthrax disease through wildlife populations as previously assumed.
LaMontagne Chair in Infectious Diseases and Global Health Endowment Reaches $1 Million Goal

LaMontagne Chair in Infectious Diseases and Global Health Endowment Reaches $1 Million Goal

The chair will support a talented faculty member performing globally relevant, cutting-edge research in infectious disease.

New AIDS Research Suggests that More People Are Cheating than the Surveys Show

Transmission rates through extra-couple relationships are much higher than previous estimates indicate.

HIV Treatment Without Drugs

Genetic "editing" mimics the multi-pronged defenses of the drug cocktail.
Engineered Immune Cells Resist Infection from HIV and Could Ultimately Replace Drug Therapy

Engineered Immune Cells Resist Infection from HIV and Could Ultimately Replace Drug Therapy

Researchers cut and pasted a series of HIV-resistant genes into T cells, specialized immune cells targeted by the virus.

Researchers Create New Bacteria Designed to Improve Vaccines

Sixty one newly generated strains of E. coli may improve some vaccines.
Designer Bacteria May Lead to Better Vaccines

Designer Bacteria May Lead to Better Vaccines

61 new strains of genetically engineered bacteria may improve the efficacy of vaccines for diseases such as flu, pertussis, cholera and HPV.