Scientists at Texas Biomedical Research Institute make a groundbreaking discovery, revealing how Ebola virus utilizes intercellular tunnels for covert movement
The study challenges the simplistic view of Ebola virus spread, introducing the role of tunneling nanotubes and their significance in viral dissemination.
Texas Biomed scientists uncover dynamic connections—tunneling nanotubes—establishing a novel understanding of how Ebola communicates and spreads within the human body.
Assistant Professor Olena Shtanko shares insights into the study, suggesting that Ebola virus can create hiding places, move between cells, and replicate in an unexpected manner
The use of state-of-the-art technology, including live scanning electron microscopy, provides unprecedented visuals of Ebola virus behavior, enhancing our understanding of its complex interactions.
Scientists find that specific sections of the Ebola virus, coding for individual proteins, trigger the formation of tunneling nanotubes, showcasing the virus's adaptability.
The study highlights a concerning observation—Ebola virus infection persists even in the presence of treatments designed to inhibit its entry into cells, posing challenges for existing therapeutic approaches.