Articles tagged with Mimivirus
A new review highlights the potential of viral mimic systems and virus-like particle technologies to accelerate vaccine development and improve global health equity. These innovative approaches enable local testing of vaccine candidates and antiviral therapies, strengthening regional preparedness for future outbreaks.
Researchers discovered a subcellular environment within the giant virus Acanthamoeba polyphaga mimivirus that enables efficient translation of viral mRNAs despite mismatched codon usage with its host. This specialized environment alleviates the unfavorable translation condition, allowing for optimal viral replication.
Researchers have discovered the structure of a key protein on the surface of the mimivirus, aiding efforts to determine its hosts and unknown functions. The R135 protein is similar to an enzyme found in a fungus and may participate in biodegrading lignin, suggesting alternative hosts such as algae.
Researchers have successfully imaged the 3D structure of a giant mimivirus using an X-ray free-electron laser, without relying on crystal formation. This achievement paves the way for imaging important pathogenic viruses like HIV and influenza.
Researchers from Purdue University have determined key structural features of the mimivirus, a possible 'missing link' between viruses and living cells. The findings revealed a starfish-shaped structure that covers a special vertex where genetic material leaves the virus to infect its host.
Researchers have determined key structural features of the mimivirus, a giant virus large enough to be seen with a light microscope. The findings reveal a starfish-shaped structure that covers a special vertex where the genetic material leaves the virus to infect its host.