#introns search results

Sincerely humbled to be honoured with the biannual @ProteomassS Society Career Award 2023. Our work in #RNA #splicing2023 was achieved by an incredible team of colleagues & friends joining my journey of discovery - especially focused on #introns. @DNA_RNA_Uni Junk Reigns🍔🍟

RaskoLab's tweet image. Sincerely humbled to be honoured with the biannual @ProteomassS Society Career Award 2023. 

Our work in #RNA #splicing2023 was achieved by an incredible team of colleagues & friends joining my journey of discovery - especially focused on #introns. @DNA_RNA_Uni 

Junk Reigns🍔🍟

🔝🔝 #Introns are usually non-coding sequences interrupting open reading frames in pre-mRNAs. The authors described the ❗️ "Unique and Repeated #Stwintrons (Spliceosomal Twin Introns) in the #Hypoxylaceae" ❗️ 👉👉 More here: mdpi.com/2309-608X/8/4/…

JoF_MDPI's tweet image. 🔝🔝 #Introns are usually non-coding sequences interrupting open reading frames in pre-mRNAs. The authors described the ❗️ "Unique and Repeated #Stwintrons (Spliceosomal Twin Introns) in the #Hypoxylaceae" ❗️
👉👉 More here: mdpi.com/2309-608X/8/4/…

Congraaaaats to my good friend and colleague Dr. Simon Zumkeller @smz_Fich 🥰🦸🥳💪🍻 #phdlife #PhDone #introns #evolution #ferns @ThePhDPlace

physcomitr_ella's tweet image. Congraaaaats to my good friend and colleague Dr. Simon Zumkeller @smz_Fich 🥰🦸🥳💪🍻 #phdlife #PhDone #introns #evolution #ferns @ThePhDPlace

Great talk by Ramya Rangan on RNA structure in #BuddingYeast #Introns #RNA23 RNA structure landscape of S. cerevisiae introns biorxiv.org/content/10.110…


Introns aren't just "junk" DNA! 🧬 They play key roles in gene regulation, alternative splicing, and maintaining genome stability. By controlling protein diversity and cellular processes, introns are essential for proper cell function. #Genetics #Introns #CellBiology

cellularand1's tweet image. Introns aren't just "junk" DNA! 🧬 They play key roles in gene regulation, alternative splicing, and maintaining genome stability. By controlling protein diversity and cellular processes, introns are essential for proper cell function. #Genetics #Introns #CellBiology

Reanalysis of Next-generation Sequencing Data in Patients With Hypertrophic Cardiomyopathy: Contribution of Spliceogenic MYBPC3 Variants in an Italian Cohort 🌷doi.org/10.3343/alm.20… Ann Lab Med 2025; 45(1)Silvia Caroselli #Hypertrophic_cardiomyopathy #Introns #RNA_splicing

AnnLabMed's tweet image. Reanalysis of Next-generation Sequencing Data in Patients With Hypertrophic Cardiomyopathy: Contribution of Spliceogenic MYBPC3 Variants in an Italian Cohort
🌷doi.org/10.3343/alm.20…
Ann Lab Med 2025; 45(1)Silvia Caroselli 
#Hypertrophic_cardiomyopathy #Introns #RNA_splicing

How do nuclear and mitochondrial-encoded proteins collaborate to splice #introns and regulate #mitochondria function? 🧬 #OpenAccess review uncover the role of splicing factors in mitoribosome assembly and potential evolutionary shifts 🔬 #MolecularBiology ow.ly/uyEm50TtMSF

BioChemCellBio's tweet image. How do nuclear and mitochondrial-encoded proteins collaborate to splice #introns and regulate #mitochondria function? 🧬 #OpenAccess review uncover the role of splicing factors in mitoribosome assembly and potential evolutionary shifts 🔬 #MolecularBiology
ow.ly/uyEm50TtMSF

Now an interlude... in the form of #introns and the stories they tell in understudied organisms: #euglenozoa #CGUE


🔬🌱Fungal mitochondrial #genomes house catalytic RNAs (ribozymes) reliant on protein splicing factors🍄Dive into the fascinating interplay between nuclear and mitochondrial proteins in splicing #introns—key to adaptation and #evolution! @umanitobasci ow.ly/OS2t50UhJQj

BioChemCellBio's tweet image. 🔬🌱Fungal mitochondrial #genomes house catalytic RNAs (ribozymes) reliant on protein splicing factors🍄Dive into the fascinating interplay between nuclear and mitochondrial proteins in splicing #introns—key to adaptation and #evolution! @umanitobasci
ow.ly/OS2t50UhJQj

Unveiling the world of Introns: extra bits of data that hitch a ride within a Quine, just like "Junk DNA" in biology. They might seem useless, but they open doors to mind-blowing interactions between Quines. Stay tuned for more on QuineRelays! #Introns #… ift.tt/HNurJpo

dev.to

Intron: Junk or not Junk, that is the quine-tion

Last time, we cracked the code of Quines, those clever programs that echo their own source code. We...


1/ In today’s #Tweetorial we are going to look at how to find specific #exons and #introns in your gene of interest. This may be helpful for selecting sequence to design #primers.


Genomic features I... Dislike: #introns Respect: #enhancers Think are overrated: #longnoncodingRNAs Think are underrated: #telomeres Like: #transposableelements Love: #cisnaturalantisenseRNAs Dream of working with: #supergenes


Call for Paper: Introns, once thought to be "junk DNA," play crucial roles in gene expression. They help regulate alternative splicing, enabling the production of diverse proteins from a single gene. #Genetics #RNA #Introns


Introns aren't just "junk" DNA! 🧬 They play key roles in gene regulation, alternative splicing, and maintaining genome stability. By controlling protein diversity and cellular processes, introns are essential for proper cell function. #Genetics #Introns #CellBiology

cellularand1's tweet image. Introns aren't just "junk" DNA! 🧬 They play key roles in gene regulation, alternative splicing, and maintaining genome stability. By controlling protein diversity and cellular processes, introns are essential for proper cell function. #Genetics #Introns #CellBiology

Call for Paper: Introns, once thought to be "junk DNA," play crucial roles in gene expression. They help regulate alternative splicing, enabling the production of diverse proteins from a single gene. #Genetics #RNA #Introns


🔬🌱Fungal mitochondrial #genomes house catalytic RNAs (ribozymes) reliant on protein splicing factors🍄Dive into the fascinating interplay between nuclear and mitochondrial proteins in splicing #introns—key to adaptation and #evolution! @umanitobasci ow.ly/OS2t50UhJQj

BioChemCellBio's tweet image. 🔬🌱Fungal mitochondrial #genomes house catalytic RNAs (ribozymes) reliant on protein splicing factors🍄Dive into the fascinating interplay between nuclear and mitochondrial proteins in splicing #introns—key to adaptation and #evolution! @umanitobasci
ow.ly/OS2t50UhJQj

Reanalysis of Next-generation Sequencing Data in Patients With Hypertrophic Cardiomyopathy: Contribution of Spliceogenic MYBPC3 Variants in an Italian Cohort 🌷doi.org/10.3343/alm.20… Ann Lab Med 2025; 45(1)Silvia Caroselli #Hypertrophic_cardiomyopathy #Introns #RNA_splicing

AnnLabMed's tweet image. Reanalysis of Next-generation Sequencing Data in Patients With Hypertrophic Cardiomyopathy: Contribution of Spliceogenic MYBPC3 Variants in an Italian Cohort
🌷doi.org/10.3343/alm.20…
Ann Lab Med 2025; 45(1)Silvia Caroselli 
#Hypertrophic_cardiomyopathy #Introns #RNA_splicing

Now an interlude... in the form of #introns and the stories they tell in understudied organisms: #euglenozoa #CGUE


How do nuclear and mitochondrial-encoded proteins collaborate to splice #introns and regulate #mitochondria function? 🧬 #OpenAccess review uncover the role of splicing factors in mitoribosome assembly and potential evolutionary shifts 🔬 #MolecularBiology ow.ly/uyEm50TtMSF

BioChemCellBio's tweet image. How do nuclear and mitochondrial-encoded proteins collaborate to splice #introns and regulate #mitochondria function? 🧬 #OpenAccess review uncover the role of splicing factors in mitoribosome assembly and potential evolutionary shifts 🔬 #MolecularBiology
ow.ly/uyEm50TtMSF

Unveiling the world of Introns: extra bits of data that hitch a ride within a Quine, just like "Junk DNA" in biology. They might seem useless, but they open doors to mind-blowing interactions between Quines. Stay tuned for more on QuineRelays! #Introns #… ift.tt/HNurJpo

dev.to

Intron: Junk or not Junk, that is the quine-tion

Last time, we cracked the code of Quines, those clever programs that echo their own source code. We...


#onthisday, Phillip Allen Sharp, discoverer of #introns and #RNA #splicing, was born in 1944.

pathologistmag's tweet image. #onthisday, Phillip Allen Sharp, discoverer of #introns and #RNA #splicing, was born in 1944.

#onthisday, Phillip Allen Sharp, discoverer of #introns and #RNA #splicing, was born in 1944.

pathologistmag's tweet image. #onthisday, Phillip Allen Sharp, discoverer of #introns and #RNA #splicing, was born in 1944.

#onthisday Sir Richard J. Roberts, discoverer of #introns and #gene splicing, is born (1943)

pathologistmag's tweet image. #onthisday Sir Richard J. Roberts, discoverer of #introns and #gene splicing, is born (1943)

On This Day in 1943: We celebrate the birth of Sir Richard J. Roberts, the discoverer of #Introns in eukaryotic DNA and the mechanism of #GeneSplicing. #Pathology

pathologistmag's tweet image. On This Day in 1943: We celebrate the birth of Sir Richard J. Roberts, the discoverer of #Introns in eukaryotic DNA and the mechanism of  #GeneSplicing.
#Pathology

🌡️When things get hot, we're not just splicin'...we're *#spliceophilin*🎤 Lee et al. report on the role of spliceophilin CYP18-2 in the splicing of retained #introns under #HeatStress in #Arabidopsis. doi.org/10.1111/jipb.1… @wileyplantsci #PlantSci #JIPB #GeneEditing

JIPBio's tweet image. 🌡️When things get hot, we're not just splicin'...we're *#spliceophilin*🎤
Lee et al. report on the role of spliceophilin CYP18-2 in the splicing of retained #introns under #HeatStress in #Arabidopsis. doi.org/10.1111/jipb.1… @wileyplantsci #PlantSci #JIPB #GeneEditing

LINE elements recruit RNA-binding proteins to mammalian #introns, influencing #splicing and playing a key role in the evolution of tissue-specific exons. Research collaboration from Jernej Ule’s lab and @luscombelab @TheCrick bit.ly/2MRP6Nu

CellCellPress's tweet image. LINE elements recruit RNA-binding proteins to mammalian #introns, influencing #splicing and playing a key role in the evolution of tissue-specific exons. Research collaboration from Jernej Ule’s lab and @luscombelab @TheCrick bit.ly/2MRP6Nu

Great to host in person seminars again! Prof. Stephen Rader @UNBC gave a fascinating talk about #introns in #extremophile red #algae for @bmeskaust #BioE @KAUST_News @KaustResearch

Kylelauersen's tweet image. Great to host in person seminars again! Prof. Stephen Rader @UNBC gave a fascinating talk about #introns in #extremophile red #algae for @bmeskaust #BioE @KAUST_News @KaustResearch

🔝🔝 #Introns are usually non-coding sequences interrupting open reading frames in pre-mRNAs. The authors described the ❗️ "Unique and Repeated #Stwintrons (Spliceosomal Twin Introns) in the #Hypoxylaceae" ❗️ 👉👉 More here: mdpi.com/2309-608X/8/4/…

JoF_MDPI's tweet image. 🔝🔝 #Introns are usually non-coding sequences interrupting open reading frames in pre-mRNAs. The authors described the ❗️ "Unique and Repeated #Stwintrons (Spliceosomal Twin Introns) in the #Hypoxylaceae" ❗️
👉👉 More here: mdpi.com/2309-608X/8/4/…

What is gene splicing? ....a form of RNA processing in which a newly made precursor messenger RNA (pre-mRNA) transcript is transformed into a mature messenger RNA (mRNA). During splicing, #introns (non-coding regions) are removed, & #exons (coding regions) are joined together 5/

vipintukur's tweet image. What is gene splicing? ....a form of RNA processing in which a newly made precursor messenger RNA (pre-mRNA) transcript is transformed into a mature messenger RNA (mRNA). During splicing, #introns (non-coding regions) are removed, & #exons (coding regions) are joined together  5/

Transcription and Translation with Higher Human #Introns #Exons #FullyCoded @IrvineRoyalAcad

iRoyalscience's tweet image. Transcription and Translation with Higher Human #Introns #Exons #FullyCoded @IrvineRoyalAcad
iRoyalscience's tweet image. Transcription and Translation with Higher Human #Introns #Exons #FullyCoded @IrvineRoyalAcad
iRoyalscience's tweet image. Transcription and Translation with Higher Human #Introns #Exons #FullyCoded @IrvineRoyalAcad
iRoyalscience's tweet image. Transcription and Translation with Higher Human #Introns #Exons #FullyCoded @IrvineRoyalAcad

1/13 In todays @ensembl #Tweetorial we are going to look at how to find specific #exons and #introns in your #gene of interest. This may be helpful for selecting sequence to design #primers.

ensembl's tweet image. 1/13 In todays @ensembl #Tweetorial we are going to look at how to find specific #exons and #introns in your #gene of interest. This may be helpful for selecting sequence to design #primers.

EMB1270, a plastid-localized pentatricopeptide repeat (PPR) protein, is required for chloroplast #biogenesis in Arabidopsis, reacting with CFM2 to splice specific #chloroplast group II #introns. Read this new study by Zhang et al. in #JIPB. #PlantScience onlinelibrary.wiley.com/doi/10.1111/ji…

JIPBio's tweet image. EMB1270, a plastid-localized pentatricopeptide repeat (PPR) protein, is required for chloroplast #biogenesis in Arabidopsis, reacting with CFM2 to splice specific #chloroplast group II #introns. Read this new study by Zhang et al. in #JIPB. #PlantScience
onlinelibrary.wiley.com/doi/10.1111/ji…

An exon is a region of the #genome that ends up within a mRNA molecule. Split #gene is an interrupted gene having exons and #introns. Genes that have a single #exon and no intron are called single exon #genes. DM us to learn more about #Bioinformatics #Genomics #Biotechnology

BioCodeLtd's tweet image. An exon is a region of the #genome that ends up within a mRNA molecule. Split #gene is an interrupted gene having exons and #introns. Genes that have a single #exon and no intron are called single exon #genes.

DM us to learn more about #Bioinformatics 

#Genomics #Biotechnology

New review out in @Biomed_MDPI - Splice and Dice: Intronic microRNAs, Splicing and Cancer mdpi.com/2227-9059/9/9/… #Introns #microRNA #splicing #cancer

RaskoLab's tweet image. New review out in @Biomed_MDPI - Splice and Dice: Intronic microRNAs, Splicing and Cancer
mdpi.com/2227-9059/9/9/…
 #Introns #microRNA #splicing #cancer

Congraaaaats to my good friend and colleague Dr. Simon Zumkeller @smz_Fich 🥰🦸🥳💪🍻 #phdlife #PhDone #introns #evolution #ferns @ThePhDPlace

physcomitr_ella's tweet image. Congraaaaats to my good friend and colleague Dr. Simon Zumkeller @smz_Fich 🥰🦸🥳💪🍻 #phdlife #PhDone #introns #evolution #ferns @ThePhDPlace

Sincerely humbled to be honoured with the biannual @ProteomassS Society Career Award 2023. Our work in #RNA #splicing2023 was achieved by an incredible team of colleagues & friends joining my journey of discovery - especially focused on #introns. @DNA_RNA_Uni Junk Reigns🍔🍟

RaskoLab's tweet image. Sincerely humbled to be honoured with the biannual @ProteomassS Society Career Award 2023. 

Our work in #RNA #splicing2023 was achieved by an incredible team of colleagues & friends joining my journey of discovery - especially focused on #introns. @DNA_RNA_Uni 

Junk Reigns🍔🍟

AJP-Lung wishes @NobelPrize-winner Walter Gilbert a very happy 86th birthday today (b. March 21, 1932) who developed Gilbert-Maxam #DNAsequencing, and who first proposed the existence of #introns & #exons. Happy birthday Dr. Gilbert! @Harvard @nature @NatureNews @AmerChemSociety

AJPLung's tweet image. AJP-Lung wishes @NobelPrize-winner Walter Gilbert a very happy 86th birthday today (b. March 21, 1932) who developed Gilbert-Maxam #DNAsequencing, and who first proposed the existence of #introns & #exons. Happy birthday Dr. Gilbert! @Harvard @nature @NatureNews @AmerChemSociety

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