In a new study published in Nature, University of Minnesota researchers have found that the Marburg virus, one of the world's ...

EM images reveal how Marburg virus slips into human cells, exposing glycoprotein “cap” tricks and weak spots that could guide future antivirals, antibodies and vaccines.

Researchers identify how Marburg virus can efficiently infect human cells, using cryo-EM to demonstrate entry.

University of Minnesota researchers have made key discoveries about one of the world’s most lethal pathogens, the Marburg virus, including potential weaknesses that could result in vaccines or drug ...

Researchers found that the Marburg virus uses a highly efficient entry protein to infect human cells. They also identified a ...

Marburg is naturally found in Egyptian rousette bats and spreads through bodily fluids, making outbreaks hard to control.

Researchers at Vanderbilt University, the University of Texas Medical Branch at Galveston and The Scripps Research Institute for the first time have shown how human antibodies can neutralize the ...

In a new study published in Nature, University of Minnesota researchers found that the Marburg virus, one of the world’s deadliest pathogens with an average 73% fatality rate, is unusually efficient ...

Transmission electron micrograph (TEM) of the Marburg virus. Marburg virus, first recognized in 1967, causes a severe type of hemorrhagic fever, which affects humans, as well as non-human primates.

SCHOOL groups and tourists are visiting a cave with bats that carry Marburg virus, previously flagged as having pandemic ...

Ebola virus and Marburg virus are both highly contagious filoviruses and are among the most lethal viruses known. Patient deaths are often a consequence of gastrointestinal damage leading to diarrhea ...

In a new study published in Nature, University of Minnesota researchers found that the Marburg virus, one of the world's deadliest pathogens with an average 73% fatality rate, is unusually efficient ...