Chandrasekhar Kanduri

Laboratory for long noncoding RNA research @goteborgsuni @SahlgrenskaAcad #kandurilab

[Chandrasekhar Kanduri @lncrnalab]

Beyond the Transcript: Translating Non-Coding RNAs and Their Impact on Cellular Regulation https://t.co/6mfMzUz1WM #mdpicancers via @Cancers_MDPI

[Chandrasekhar Kanduri @lncrnalab]

PITAR, a DNA damage-inducible Cancer/Testis long noncoding RNA, inactivates p53 by binding and stabilizing TRIM28 mRNA https://t.co/PGgQFfMY0u

[Nature Reviews Molecular Cell Biology @NatRevMCB]

@lncrnalab, Philipp Kapranov, Jeanne B. Lawrence, Jeannie T. Lee, @Mendell_lab, Timothy R. Mercer, @KathrynMooreLab, @smoltblue, @Noncodarnia, David L. Spector, @IgorUlitsky, @ywan_wan, @JeremyWilusz, Mian Wu

[Chandrasekhar Kanduri @lncrnalab]

Happy to share our article on HnRNPK role in maintaining biological functions of growth factor induced sense-antisense overlapping transcripts IER3 and IER3-AS1 through blocking double-strand RNA formation between them.

https://t.co/SIAzHkkENO

[Chandrasekhar Kanduri @lncrnalab]

Here we are glad to share our new publication on sense-antisense lncRNA pair CASC15-NBAT1 dependent post-translational regulation of MYCN oncogene in childhood cancer neuroblastoma.
Article (free access):
https://t.co/ytqB2yqIgW

[Chandrasekhar Kanduri @lncrnalab]

Our recent publication "#LY6K-AS #lncRNA is a #lung #adenocarcinoma prognostic biomarker and regulator of #mitotic progression" is online now. https://t.co/xOuFZvOb3V

[Chandrasekhar Kanduri @lncrnalab]

We are excited to share our publication on DNA damage inducible #lncRNA #SCAT7 regulates genome integrity and #TOP1 isomerase turnover in #LUAD
https://t.co/fqGBkYzmdY

[Chandrasekhar Kanduri @lncrnalab]

One more book chapter on "In Vivo Administration of #Therapeutic #Antisense #Oligonucleotides" is out now.
https://t.co/mDQwZ78BSz

[Chandrasekhar Kanduri @lncrnalab]

Our recent publication is online now:
Subcellular distribution of #p53 by the p53-responsive #lncRNA #NBAT1 determines #chemotherapeutic response in #neuroblastoma
https://t.co/GwMwsOjL8c

[Chandrasekhar Kanduri @lncrnalab]

Our new book chapter on “Labeling and Purification of Temporally Expressed RNAs During the S-Phase of the Cell Cycle in Living Cells” is out now https://t.co/eZtcNBCvwL

[Chandrasekhar Kanduri @lncrnalab]

Congratulations @MaiteHuarteLab 🎉🍾

[Maite Huarte @MaiteHuarteLab]

Our latest review on lncRNA and its roles in gene regulation is out!
A fantastic collaboration with Ling-ling Chen, and wonderful work of Luisa Statello and Chun-Jie Guo. Check it out in Nature Reviews Molecular Cell Biology @NatRevMCB
https://t.co/NV3xzxDszy

[Feng Yue @yuefeng_1]

Glad to see this work came out today. Non-coding somatic mutation, rewired networks, altered 3D genome structure in cancer ... great collaboration with @XShirleyLiu, Kevin White, and @MarkGerstein and many others in the @ENCODE_NIH.

https://t.co/ZhlGRM1A0B

[Jill Moore @MooreJillE]

I'm very excited to share our work on Expanding the Encyclopedias of DNA elements in the Human and Mouse Genomes, which is out today in @Nature: https://t.co/qO3L5Mq6w0 1/8

[Burge Lab @daSpliceIsRight]

We are proud & excited to be part of the release of @ENCODE_NIH phase 3 - check out our latest work in collab w/ @GraveleyLab @yeo_lab Lecuyer lab & Fu lab. Huge congrats to @peterfreese & others! Curious what's inside? 1/3 https://t.co/s161kFJXKQ

[Wouter Meuleman @nameluem]

So nice to see this out now in Nature:
https://t.co/S5YDiJEqqz
We generated high-resolution maps of DNase I hypersensitive sites from 733 human biosamples to identify, index and annotate regulatory DNA within the human genome.

[Graveley Lab @GraveleyLab]

At long last our RNA binding protein study has been published! Great collaboration with @yeo_lab @daSpliceIsRight Eric Lecuyer and Xiang-Dong Fu! https://t.co/beLTFBy4s2

[Santhilal Subhash @decodebiology]

A study from @goteborgsuni @SahlgrenskaAcad finds clear signs of brain injury with severe #COVID-19 patients https://t.co/PsKSvuzWED #covid_19 #COVID19 #Coronasverige #CoronvirusPandemic

[Chandrasekhar Kanduri @lncrnalab]

Check out our latest study on #chromatin and expression dynamics of sperm originated #lncRNAs throughout human development

[Santhilal Subhash @decodebiology]

Sperm RNA molecules are spotted during stages of human development and activated in multiple cancers. Check out this latest study @iScience_CP with a different perspective on developmental biology, epigenetics from @lncrnalab @goteborgsuni @CellPressNews https://t.co/EpLiB4nNab

[Chandrasekhar Kanduri @lncrnalab]

Unfortunately, they used the technique we proposed in 2014 and 2018 (https://t.co/NP2pQ692UV) @tandfbiosci, @NatureComms and lncRNAs we found in 2018 study (https://t.co/vxW3q4iH3v) @NatureComms, did not cite both our articles in @CellReports. we found LUCAT1 MANCR/LINC00704 too

[Lovorka Stojic @stojic_lovorka]

Nice work on lncRNAs in S-phase of cell cycle https://t.co/Pn5TmtBnai in
@CellReports by Kingston lab but surprised they don't cite similar work of S-phase-enriched lncRNAs from
@lncrnalab in @NatureComms
https://t.co/kElC6UIili…

[Santhilal Subhash @decodebiology]

Global profiling of long noncoding RNAs in Cerebral Cavernous Malformations using transcriptome-wide approach - https://t.co/WXGdfWvxGl