Chang, Jiyang (昶吉阳)🇨🇳

Always believe something wonderful is about to happen (•́⌄•́๑)૭✧

[xdaniel ♜ @XdanielArt]

Ok, to make up for the long time since the 2021 update, here's another change in a little less than an hour to fix some typos and add some notes.
The previous post already got a good number of reposts so again, version number to the rescue

[Heng Li @lh3lh3]

Our review paper on "Genome assembly in the telomere-to-telomere era" published online in @NatureRevGenet. It amazes me how much assembly has progressed in the past four years – often ~100X improvement in contiguity and base accuracy and with haplotypes and hard regions resolved!

[Nature Plants @NaturePlants]

New: "Balanophora genomes display massively convergent evolution with other extreme holoparasites and provide novel insights into parasite–host interactions" https://t.co/P89TxufjUl

...gene loss in specific pathways, reduction of multigene families, relaxed selection pressures.

[Bioinformatics and Evolutionary Genomics (BEG) Lab @BEG_UGent_VIB]

A great team building week finished in the North of France (Clairmarais)! See some of our photos here:
https://t.co/1rww56ERvR

[Chang, Jiyang (昶吉阳)🇨🇳 @JiyangChang]

I was quite upset earlier when I know there is a Genshin concert will be held in China before I go back… But then they announced it's a world tour, now I can't wait to go ( งᵒ̴̶̷᷅ωᵒ̴̶̷᷄)ง⁼³₌₃

[Genshin Impact @GenshinImpact]

Neither dwell on your regrets, nor fret over what the future holds.
This melody has witnessed all seasons and climes, settling at last like morning dew in a dream.

Melodies of an Endless Journey will soon resound anew...

https://t.co/Wk699W9E2F

#GenshinImpact

[Nature Plants @NaturePlants]

New Article: "Haplotype-resolved genomes of wild octoploid progenitors illuminate genomic diversifications from wild relatives to cultivated strawberry" https://t.co/90g54wI1an

High-quality genomes reveal the origin and genomic diversifications of octoploid strawberries.

[Nature Biotechnology @NatureBiotech]

Systematic benchmarking of single-cell ATAC-sequencing protocols https://t.co/DSwI53l7WI

[Society for Molecular Biology and Evolution @OfficialSMBE]

“Save the date”: our President just announced that #smbe2025 will be in Beijing!
@SMBEmeetings

[Chang, Jiyang (昶吉阳)🇨🇳 @JiyangChang]

@fasc1nate Anhui, China. That’s the most iconic pine tree of that province named 迎客松(welcome guests)

[Heng Li @lh3lh3]

Improved the resolution for crispier texts. The screenshot shows the MAPT gene located at 17q21.31, which harbors a long inversion and has been often studied such as in PMID:22751096 & 22751100. 20/96 assemblies are fragmented here. Interactive version at https://t.co/mSkTmDjXdC

[Chang, Jiyang (昶吉阳)🇨🇳 @JiyangChang]

Genius idea, should try this once🤣

[Phillip Compeau @PhillipCompeau]

This is the best video to introduce a computational biology course. There will never be a better one

https://t.co/K59A2iQWFU

[Javier Santoyo @jsantoyo]

IsoTools: a flexible workflow for long-read transcriptome sequencing analysis. #LongRead #Transcriptomics #IsoSeq @PacBio #Sequencing #Python #Bioinformatics
https://t.co/cKtIci9mA4

[Chenxin Li, PhD (@chenxinli2.bsky.social) @ChenxinLi2]

Just found out there has been massive update(s) at Bioicons! (https://t.co/zZACubFN2n) Free vector graphics for biology, now include extension to Inkscape and online drawing user interface. Highly recommend!

[Yves Van de Peer @YvesVandePeer]

King Protea: First South African plant’s whole genome sequenced https://t.co/2EngeMa8BN

[Chang, Jiyang (昶吉阳)🇨🇳 @JiyangChang]

@almeidasilvaf @YuCaoGenomics @YvesVandePeer Congratulations to both of you ; )👏

[Martin Pacesa @MartinPacesa]

OMG, WE'VE BEEN WAITING FOR YEARS AND IT'S HERE! THE NEW CRISPR CLASSIFICATION IS HEREEEE!!! 🔥🔥🔥
https://t.co/mnDsGblDam

[Michael Passalacqua @NomadicScience]

Excited to see our paper comparing root cell transcriptomics across three grasses out! We worked with Bruno and others (including on twitter @Sunil_KumarKR ) in the Birnbaum lab to look at how root cells are diverging between species! Quick🧵below https://t.co/qOgF067VtB

[Nature Biotechnology @NatureBiotech]

Pangenome graph construction from genome alignments with Minigraph-Cactus https://t.co/IVpksmC6bj

[Ian Henderson @hendersi]

TRASH: Tandem Repeat Annotation and Structural Hierarchy https://t.co/NuUCQaAZ9i
New methods paper from us reporting an algorithm to de novo map tandem repeats and their higher order structures - we benchmark against Arabidopsis and human T2T genomes
https://t.co/73YiRTZmzg