• Home
  • Daily News
  • Parenting
  • Education
  • Nutrition
  • Adult Tech
  • Nature
©2023 - The Better Parent. All Right Reserved. Designed & Developed by Theory Solutions

Proteins found in semen increase the spread of Ebola virus infection

by Staff June 25, 2018
June 25, 2018 101 views

Protein fragments, called amyloid fibrils, in human semen significantly increase Ebola virus infection and protect the virus against harsh environmental conditions such as heat and dehydration. Follow-up studies from the 2014 epidemic found that men can harbor the virus in their semen for at least 2.5 years, with the potential to transmit the virus sexually during that time. Targeting amyloids in semen may prevent a sexually transmitted spread of the Ebola virus.

Source: sciencedaily.com

ScienceDaily
0 FacebookTwitterPinterestEmail
previous post
The 8 Best Lightning Cables to Charge Your iPhone or iPad
next post
Looking to mosquitoes for a way to develop painless microneedles

Related Posts

New test could detect Alzheimer’s disease 3.5 years...

January 27, 2023

Starry tail tells the tale of dwarf galaxy...

January 27, 2023

Looking back at the Tonga eruption

January 27, 2023

Meteorites reveal likely origin of Earth’s volatile chemicals

January 27, 2023

Mercury helps to detail Earth’s most massive extinction...

January 27, 2023

Most U.S. children use potentially toxic makeup products,...

January 26, 2023

Trending

  • 3 Ways to Edit the boot/config.txt File on Raspberry Pi

    August 30, 2018
  • 6 Tools to Sync Microsoft Outlook With Google Calendar

    January 7, 2019
  • How to Vectorize an Image in Adobe Illustrator

    March 29, 2019
  • What Does This Emoji Mean? Emoji Face Meanings Explained

    May 24, 2019
  • The 7 Best DIY Security Camera Apps and Software for Linux

    May 31, 2019

©2023 - The Better Parent. All Right Reserved. Designed & Developed by Theory Solutions

Related Articlesx

Prisoner’s dilemma game reveals cooperation leads to...

Hotter, wetter, dryer: Uptick in extreme weather,...

Theory of pore-scale transport to enable improved...