RNA-Puzzles

[Lin Huang 黄林 @LinHuang2008]

RNA can build cages — and now we also see how RNA can form filaments.

In our study, a 57-nt RNA motif assembles into an RNA-only filament, resolved by cryo-EM at ~2.7 Å resolution.

[Lin Huang 黄林 @LinHuang2008]

Excited to share our new preprint: Structural assemblies for an RNA world.
We show that short RNAs can self-assemble into protein-like architectures, including closed cages, finite oligomers, and filaments.
https://t.co/VxNMLrNOA8

[EMBL-EBI @emblebi]

Cross-species integration of single-cell RNA sequencing data just got easier!

Learn more about a new openly available pipeline that could help you identify optimal strategies for analysing single-cell RNA sequencing data across different species.

https://t.co/ffN4M6Zirm

[RNA-Puzzles @RNAPuzzles]

We are happy to announce that we will have a new regular puzzle (PZ40) release on 2 pm (CEST/GMT+2) Tuesday 11th April 2023. https://t.co/yJ5gQ59zZb

[RNA-Puzzles @RNAPuzzles]

@qvicens @CUAnschutz @Jayquerido @UMLifeSciences @umichrna great to see you two in the same photo after several years!👍

[RNAClub @rna_club]

It is a great pleasure to have Prof. Runsheng Chen as our first speaker in 2023 Guangzhou RNA club. The seminar will be held at 15:00PM 2023-01-04, available at Voov meeting: 177-967-139 and Bilibili https://t.co/0iaRqJVjwP. Thanks to Epibiotek, Benagen and RNA society.

[RNA-Puzzles @RNAPuzzles]

[RNA-Puzzles result release] We have now released the prediction results of PZ16, PZ31 and PZ32.

[Jan Gorodkin @jangorodkin]

We have two open super exciting positions in CRISPR design. Check them out here:
PhD: https://t.co/66AWh9PTTE
Postdoc: https://t.co/YCI195kFUz
Deadline: Dec. 18, 2022.

[RNA-Puzzles @RNAPuzzles]

We are happy to announce that we will have a new regular puzzle (PZ38) release on 2 pm (CET/GMT+1) Wednesday 30th Nov 2022. The automatic webservers will have 48 hours for prediction, while human experts will have 3 weeks for prediction (the deadline is 21st Dec 2022.

[RNAClub @rna_club]

We are happy to release the prediction results of PZ34 (MTR1): https://t.co/0aXSuoF6t1.

[RNAcentral @RNAcentral]

We are happy to see R2DT used in more places!

[RNA-Puzzles @RNAPuzzles]

We are happy to announce that we will have a new regular puzzle (PZ37) release at 2 pm (CEST/GMT+2) Thursday 20th Oct 2022. Please register with [email protected] if you are interested.

[EMBL-EBI Training @EBItraining]

Are you familiar with @galaxyproject but looking to learn from the experts themselves? Join like-minded peers from 6 – 10 February and find out how to apply #Galaxy to #singlecell #RNAseq analysis.

🔗Find out more, and apply for this virtual course: https://t.co/uzkJLWp7Bv

[RNAClub @rna_club]

We have got several postdoc positions and a co-PI position available in our lab in Guangzhou. https://t.co/8Qm3MVNh13. @RNAPuzzles @rna_club

[Lin Huang 黄林 @LinHuang2008]

Ribocentre is designed to contain comprehensive information of all natural ribozymes. Ribozymes are good systems for understanding the ‘sequence - structure - function’ relationship of RNA molecules.@lilley_mj
https://t.co/Ni0t1imuC0
https://t.co/f9BtTTbv5A

[EMBL-EBI @emblebi]

Cell type discovery has never been easier. @chichaumiau and colleagues in our Brazma Group, the @ExpressionAtlas and the @teichlab @sangerinstitute have published a new method to identify cell types with #MachineLearning @naturemethods
#CellType
https://t.co/ym4SuA8w77

[Wellcome Sanger Institute @sangerinstitute]

Read more about this new method, Single Cell Clustering Assessment Framework, in @naturemethods 👇

@teichlab @chichaumiau @ExpressionAtlas
https://t.co/3BDyWjYYci

[Wellcome Sanger Institute @sangerinstitute]

🔎Identifying cell types from single-cell #RNAsequencing data is now more efficient than ever, thanks to this new method from @emblebi and @sangerinstitute researchers

https://t.co/VNuLVGiyYH

[Nature Methods @naturemethods]

SCCAF automates the discovery of putative cell types and their feature genes using scRNA-seq data. https://t.co/yBpzrFGkXz

[RNA-Puzzles @RNAPuzzles]

Please find our paper describing the computational tools for RNA 3D structure and the benchmark set from RNA-Puzzles.
https://t.co/YQBCOWh4v0