We present a comprehensive review of de novo gene emergence — providing a classification of current detection methods and a roadmap for addressing major challenges in the field of gene birth from non-genic sequences.
We present a comprehensive review of de novo gene emergence — providing a classification of current detection methods and a roadmap for addressing major challenges in the field of gene birth from non-genic sequences.
We introduce a user-friendly toolkit that implements our novel DeNoFo file-format for standardised annotation of de novo gene detection workflows — enabling reproducible methodology descriptions and easier dataset comparison across studies.
We introduce a user-friendly toolkit that implements our novel DeNoFo file-format for standardised annotation of de novo gene detection workflows — enabling reproducible methodology descriptions and easier dataset comparison across studies.
Passionate about theoretical & computational biology? Help map the #fitnesslandscape of #Fabry disease!
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🔗 [PDF] tinyurl.com/mvr76my7
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Passionate about theoretical & computational biology? Help map the #fitnesslandscape of #Fabry disease!
Join @iimog.sigmoid.social.ap.brid.gy, @sabinefischer & @gokhalecs.bsky.social at CCTB, @uni-wuerzburg.de
🔗 [PDF] tinyurl.com/mvr76my7
#Postdoc