Top Tweets for #transcriptomes
Modern biology is producing data at unprecedented scale.
#Genomes, #transcriptomes, #proteins, #metabolites and cellular signals now generate massive interconnected datasets. The challenge is no longer only #sequencing, but interpreting #biology at scale.
https://t.co/DxcA7RGWYH
In this study, Dr. Yun et al. investigated the #growth performance and #transcriptomes of Gymnocypris przewalskii (♀) and Gymnocypris eckloni (♂) and their F1 hybrid #fishes.
Read more at: https://t.co/nfAfoqfTXP
Dropout events obscure #stemcell #transcriptomes, masking biological variation and heterogeneity.
Preserve more RNA from 1–1,000 cells with oligo(dT)-primed, full-length library prep using SMART-Seq® mRNA kit to pinpoint key drivers. Read the tech note: https://t.co/epKz14h4e9
#Callforpaper 👇👇👇
#marine #bioprospecting #metabolites
#gene #transcriptomes #biotechnology
🌊Special Issue "Bioprospecting for Marine Organisms: From Genes to Compounds"
👨🎓Guest Editors:
Dr. Chiara Lauritano
Dr. Eleonora Montuori
💻More at: https://t.co/YLA1JpQDRp
Research Article by CK Deal et al. (@ColoradoStateU @uafairbanks) The #transcriptomes of #hypothalamic #micropunches reveal #sexdifferences in #regulatoryprocesses across #hibernation in the Arctic ground squirrel
https://t.co/0M4woJVnkK
Taming the reference genome jungle: the refget sequence collection standard. #ReferenceGenomes #Transcriptomes #SequenceCollectionStandards #GA4GH @biorxiv_genomic
https://t.co/KsO4wfefQu
The Effects of #Clazakizumab on #PeripheralBlood and Kidney #Transcriptomes in Patients With Late Antibody-Mediated Rejection #ABMR
#VisualAbstract by @RenzPasilan
https://t.co/yi7nxGgXsX
It was great to catch up with the @lexogen team during the last #AACR25 and reflect on our collaboration progress! 🛣️
Working on a commercial Live-seq workflow:
��� #FluidFM® OMNIUM subcellular biopsies
🧬 Lexogen's LUTHOR™ HD RNA-Seq prep
Capturing #transcriptomes from <0.15 pg RNA while cells stay alive!👇
#Callforpaper 👇👇👇
#marine #organisms #compounds #metabolites
#bioprospecting #gene #transcriptomes
���Special Issue "Bioprospecting for Marine Organisms: From Genes to Compounds"
👨🎓Guest Editors:
Dr. Chiara Lauritano
Dr. Eleonora Montuori
💻More at: https://t.co/0oqKbXbKTF
The genetic puzzle of multicopy genes: challenges and troubleshooting
Full text:
https://t.co/FTdU7hkgoT
#Transcriptomes #Genomes #LifeCycle
Researchers at @UChicago have developed imaging tech to capture #transcriptomes, genotypes, and morphologies in one go!
🦓🐟 Drs. @qiannianchao and @jaweinst used it on #zebrafish, linking genomics and structure in tissue like never before.
🔗 https://t.co/eFWfg8QdsS
Struggling to sequence full-length #transcriptomes from low-input samples? Now you can with the SMART-Seq® mRNA Long Read kit!
Dive into the data with this technote!
📊 Explore low-input bulk #sequencing data
See the data for yourself: https://t.co/kTzHFD82ua
Shpetko et al. examined how isoflurane anesthesia duration affects #rat #brain #transcriptomes post-cerebral artery occlusion, revealing #genomic responses that may aid in reducing damage and improving neuroprotection after ischemia.
https://t.co/wXivGwKUC2
#NewNProt: SEC-seq to link #singlecell #transcriptomes with target #proteinsecretion https://t.co/3EMpaV3JLm @plathlab @dinodicarlo @scienceRicker
Dr. Elsharkawy and colleagues aimed to characterize local chickens and commercial chickens splenic #transcriptomes in response to #Salmonella Typhimurium infection.
https://t.co/0p72irhZV2
Taking second place in our top posts countdown is a team from @DukeU!🥈
Their work analyzed hepatocyte #transcriptomes of healthy young and aged male mice to generate an aging hepatocyte gene signature.
Cheers! 🙌
https://t.co/nvStjmRQgx
New in @NatureAging! ✨
@DukeU scientists including Dr. Kuo Du report that inhibiting #ferroptosis shifts the liver transcriptome of old mice toward that of young mice and reverses aging-exacerbated #LiverDamage.|
https://t.co/eZbMqn8hGC
In this Nature article, explore how the RiboFree technology simplifies #rRNA removal across species, enabling researchers to delve into the #transcriptomes of #organisms across various taxonomic groups including non-model organisms. Read the full article: https://t.co/0KWCQbXOL0
🌟Excited to share the #Title #Story, Volume 10 Issue 8
📖Title: Exploration of Thiamin thiazole synthase (THI4) Expression and #Transcriptomes Involved in the #Floral Volatiles of #Caladium bicolor
✍️By Joo Young Kim et al.
👉https://t.co/oPDFZY6hLC
#academic #publishing #MDPI
➡️New study by Casey et al. reveals fascinating differences in muscle metabolism of prepartum dairy cattle - could branched-chain volatile fatty acids be the key to enhancing energy generation?
🔗https://t.co/DODulwGVvH
#SkeletalMuscle #transcriptomes #MetabolicPathways
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