He demands someone else find his bug. Done! BWA mem solves it. Even if one couldn't cover 4 bases on the end of the reference, No one uses the ends of the genome as they are error prone due to the 5'cap and the PolyA tail creating sequencing artifacts https://t.co/3kOX3c5gVa https://t.co/Rp5WCV41Dw
Global landscape of SARS-CoV-2 mutations and conserved regions.
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Feb 2023 – Dec 2024Where it's discussed
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X / Twitter10 posts
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YouTube1 videos
AI synopsis
What people are saying
The overall discussion demonstrates moderate engagement with technical details, such as the use of BWA mem for sequencing and references to sequencing artifacts, reflecting a nuanced interest in the scientific and technical implications of the publication; the tone remains largely informational and skeptical, emphasizing the importance of robust analysis and caution in drawing conclusions.
The discussions reflect a mix of neutral or factual comments, with some skepticism or critique, indicating neither strong support nor opposition.
Most posts show moderate curiosity, mainly discussing technical aspects like sequencing methods and mutation rates.
Posts provide detailed comments or questions, indicating some depth of discussion about the genetic analysis and methodological details.
The posts highlight ongoing conversations about mutation monitoring and sequencing challenges, suggesting a meaningful but not transformative influence.
Abstract in brief
- The study analyzes the mutations in the SARS-CoV-2 virus by examining over 102,872 genome sequences from early 2020 to April 2022, highlighting key mutations such as P323L and D614G that are highly prevalent globally.
- Certain regions of the virus, like nsp11, nsp7, nsp10, nsp9, nsp8, and nsp16, showed no mutations in over 90% of cases, indicating they are highly conserved, while others like N, nsp3, S, nsp4, nsp12, and M had higher mutation rates.
- Monitoring these mutations, especially in the spike protein and other key regions, is crucial for improving diagnostics and vaccine design by targeting conserved regions and understanding mutation hot spots.]
Top posts
Most liked on X and Bluesky@USMortality @PaulineC73 @NotJasonReal @jjcouey @denisrancourt @Jikkyleaks Read what others have done here. They do not include the regions you are obsessed with as they have known sequencing artifacts. 10.2M sample study. You’re looking at 2 and drawing conclusions with a single mapper. https://t.co/3kOX3c5gVa https://t.co/Z93fyomQKD
Le SARS-CoV-2 29 protéines et des mutations... Publi à lire absolument ! "la fréquence de ces mutations supérieures était plus élevée en Amérique du Nord et en Europe qu'en Afrique du Sud et en Océanie" Les affreux non-vaccinés mutagènes...
@Texas4Progress @vipintukur RNA viruses vary in mutation rates, 1.35 × 10–5 in Influenza H3N2 and −1 4 × 10−5 mutations in HIV. Covid mutation rate is lower 9.0 × 10−7 mutations per nucleotide per replication cycle (m/n/rc). RNA proofreading preserves its genome. https://t.co/LG23kDr5CX
@AltenbergLee @LongDesertTrain @Mike_Honey_ @SolidEvidence Conservation of SARS-CoV-2 sequences: https://t.co/W8vhpWuvAP https://t.co/P8XFfeO748
RT @Kevin_McKernan: He demands someone else find his bug. Done! BWA mem solves it. Even if one couldn't cover 4 bases on the end of the ref…
All mentions
Global Analysis of SARS-CoV-2 Mutations and Conserved Regions
This study analyzes SARS-CoV-2 mutations by examining over 102,872 genome sequences from early 2020 to April 2022, highlighting key mutations and conserved regions. Monitoring these mutations aids in improving…
@AltenbergLee @LongDesertTrain @Mike_Honey_ @SolidEvidence Conservation of SARS-CoV-2 sequences: https://t.co/W8vhpWuvAP https://t.co/P8XFfeO748
Introduction to the SARS-COV-2 Genome Browser https://t.co/8Q9VD1geyk How to extract the spike sequence of the omicron variant from uploaded samples at GISAID? https://t.co/9Pue3tmJi9 Global landscape of SARS-CoV-2 mutations and conserved regions https://t.co/mcYr7RgQ7D https://t.co/JZpDN0SAEd
RT @Kevin_McKernan: He demands someone else find his bug. Done! BWA mem solves it. Even if one couldn't cover 4 bases on the end of the ref…
RT @Kevin_McKernan: He demands someone else find his bug. Done! BWA mem solves it. Even if one couldn't cover 4 bases on the end of the ref…
RT @Kevin_McKernan: He demands someone else find his bug. Done! BWA mem solves it. Even if one couldn't cover 4 bases on the end of the ref…
He demands someone else find his bug. Done! BWA mem solves it. Even if one couldn't cover 4 bases on the end of the reference, No one uses the ends of the genome as they are error prone due to the 5'cap and the PolyA tail creating sequencing artifacts https://t.co/3kOX3c5gVa https://t.co/Rp5WCV41Dw
RT @Kevin_McKernan: @USMortality @PaulineC73 @NotJasonReal @jjcouey @denisrancourt @Jikkyleaks Read what others have done here. They do no…
@USMortality @PaulineC73 @NotJasonReal @jjcouey @denisrancourt @Jikkyleaks Read what others have done here. They do not include the regions you are obsessed with as they have known sequencing artifacts. 10.2M sample study. You’re looking at 2 and drawing conclusions with a single mapper. https://t.co/3kOX3c5gVa https://t.co/Z93fyomQKD
@Texas4Progress @vipintukur RNA viruses vary in mutation rates, 1.35 × 10–5 in Influenza H3N2 and −1 4 × 10−5 mutations in HIV. Covid mutation rate is lower 9.0 × 10−7 mutations per nucleotide per replication cycle (m/n/rc). RNA proofreading preserves its genome. https://t.co/LG23kDr5CX
Le SARS-CoV-2 29 protéines et des mutations... Publi à lire absolument ! "la fréquence de ces mutations supérieures était plus élevée en Amérique du Nord et en Europe qu'en Afrique du Sud et en Océanie" Les affreux non-vaccinés mutagènes...