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Our paper on the inner junction is accepted in eLife

  • Writer: builab
    builab
  • May 4, 2020
  • 1 min read

Our paper on the structure of the inner junction of Chlamydomonas doublet is published on eLife. In this paper, we used cryo-EM and mass spectrometry to identify several new components of the inner junction FAP276, FAP106 and FAP126. Congratulations to Ahmad, Muneyoshi and all the co-authors to pull this off.

 
 
 

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3 Comments


Hoover Cody
Hoover Cody
a day ago

space waves records not only scores but also the emotional connection between the player and the music.

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frail.krill.cfod
2 days ago

Fantastic news! Congratulations to the team on publishing this important work in eLife. Using cryo-EM and mass spectrometry to identify new components like FAP276 is a real game changer. It reminds me of strategically placing blocks in Block Blast – precise moves reveal hidden connections! Understanding these cellular structures is as satisfying as clearing a level in Block Blast. Well done to Ahmad, Muneyoshi, and everyone involved!

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Steele Nickle
Steele Nickle
Mar 10

 Tap to fight and vanquish Sprunki monsters while earning prizes. As you advance, you automatically recruit and level up heroes to assist you in combat, enabling you to sit back and make progress even when you are not there. The game has multiple missions, achievements, and strong equipment to improve, making it a fascinating and exciting experience for clicker game lovers.

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