RT @MCeitec: #DeepLearning NucleicNet can determine binding preferences of RNA sequences for given binding pockets, predict potential bindi…
RT @MCeitec: #DeepLearning NucleicNet can determine binding preferences of RNA sequences for given binding pockets, predict potential bindi…
RT @MCeitec: #DeepLearning NucleicNet can determine binding preferences of RNA sequences for given binding pockets, predict potential bindi…
#DeepLearning NucleicNet can determine binding preferences of RNA sequences for given binding pockets, predict potential binding pockets, and binding RNAs for previously unknown RNA binding proteins. @CBRC_KAUST @hkust @cuhksz @UW @Polytechnique @SUSTechSZ
RT @DrSidJReddy: "A deep learning framework to predict binding preference of RNA constituents on protein surface https://t.co/Dw1geZ5DMt "…
RT @jrRNAscientists: RNA enthusiasts! Check out this paper on using neural networks to predict RNA/protein interactions! #TechniqueTuesday…
RT @jrRNAscientists: RNA enthusiasts! Check out this paper on using neural networks to predict RNA/protein interactions! #TechniqueTuesday…
RT @jrRNAscientists: RNA enthusiasts! Check out this paper on using neural networks to predict RNA/protein interactions! #TechniqueTuesday…
RT @jrRNAscientists: RNA enthusiasts! Check out this paper on using neural networks to predict RNA/protein interactions! #TechniqueTuesday…
Now that sounds neat: "A deep learning framework to predict binding preference of RNA constituents on protein surface" https://t.co/Ju7ZyCeh23 🤓🧬😃
RT @jrRNAscientists: RNA enthusiasts! Check out this paper on using neural networks to predict RNA/protein interactions! #TechniqueTuesday…
RT @jrRNAscientists: RNA enthusiasts! Check out this paper on using neural networks to predict RNA/protein interactions! #TechniqueTuesday…
Just what I needed for #SCTLD @medinaLabPSU
RNA enthusiasts! Check out this paper on using neural networks to predict RNA/protein interactions! #TechniqueTuesday #RNA https://t.co/rrZ0LFeyxE
RT @Zihai: A deep learning framework to predict binding preference of RNA constituents on protein surface https://t.co/6NlkJOOJfp
RT @Zihai: A deep learning framework to predict binding preference of RNA constituents on protein surface https://t.co/6NlkJOOJfp
RT @Zihai: A deep learning framework to predict binding preference of RNA constituents on protein surface https://t.co/6NlkJOOJfp
A deep learning framework to predict binding preference of RNA constituents on protein surface https://t.co/6NlkJOOJfp
RT @cryptobiotech: 深層学習を用いて『タンパク質表面上に結合しやすいRNA』を予測する技術が開発されました!(Nat Commun) ■in vitroおよびin vivoデータを取らずとも結合ポケットに対するRNAの定量的適合性がわかる ■未知のRNA結合…
"A deep learning framework to predict binding preference of RNA constituents on protein surface https://t.co/Dw1geZ5DMt " https://t.co/wRFqoS7omu
A deep learning framework to predict binding preference of RNA constituents on protein surface https://t.co/5fIHOfQTIK
A deep learning framework to predict binding preference of RNA constituents on protein surface https://t.co/48MAnLWAHP https://t.co/FcC4HTXhE6
A deep learning framework to predict binding preference of RNA constituents on protein surface https://t.co/eXFJaOeH9X