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Dejan Matlak PostManager
An independent anthropologist with years of experience in academic writing and social science. His main field of interest is medical anthropology and the development of multidisciplinarian approaches for scientific research. He supports the furthering of science and critical thinking.
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Dejan Matlak PostManager
An independent anthropologist with years of experience in academic writing and social science. His main field of interest is medical anthropology and the development of multidisciplinarian approaches for scientific research. He supports the furthering of science and critical thinking.
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  • Cancer Cells
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  • A new study shows that two viruses have the potential to combine and create a deadly outcome for the host.
  • There are viruses that can co-infect a host. The scientists in this study are interested in the reactions that occur in the body after their proteins combine.
  • Their primary concern in the study are the viruses Hendra and Nipah. The scientist also considered how the two viruses infect the host independently, before starting research on their conjoint effect.
  • This study will probably open the frontier for the development of new medicine and treatment.

Quick Summary

The study from Cornell University shows that two viruses, associated with fruit bats, have the potential to combine their proteins and create a deadly combo for the infected host. The study builds on previous research done on the Nipah and Hendra viruses.

Goal

The scientists working on this research project want to help us further our understanding of the two viruses. Mostly because they have a specific nature that allows them to combine and create dangerous reactions in the organism. The scientists also believe this will help them develop better vaccines to fight this deadly virial combo.

Investigation

The study looks at viral attachment proteins and fusion proteins. Before this study, it was known that the two proteins play a significant role in the infection process. But the scientists also want to understand how they combine and if there is any variation between the links the two viruses form.

The study reveals that the attachment proteins first do their work and attach themselves to the host. After this, the attachment proteins trigger the reaction that activates the fusion protein. The unique characteristic of the fusion protein makes it “flip-flop” between the cellular and viral membrane. Through this process, it ensures a solid connection between the Hendra-Nipah and viruses.

Using human cells, the scientist experiment with the two viruses and examine if there are any differences in their combination patterns.

Results

The results of the experiments show that there are various combinations of viruses. There are common ones that we encounter most of the time. But in some cases, the attachment becomes stronger. The strengths of the connections between them vary on the mutations that occurred in the viruses before they combine. Once such a hybrid connection forms the reaction of the organism is worsened.

Limitations

  • This study may help us develop better vaccines against such dual infections, but more research and testing need to be carried out.