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The collective discussions reflect strong support and curiosity, exemplified by phrases like 'a game changer,' and mentions of how somatic mutations cause genetic diversity within a plant, which could affect clone quality; the tone suggests enthusiasm about its implications for both science and cultivation.
Many discussions acknowledge the significance of the research, with some referencing its potential to explain cannabis plant decline and genetic diversity.
The topic of somatic mutations and genetic mosaicism in cannabis appears highly engaging, with posts highlighting curiosity about the implications for cultivation and plant health.
Posts include specific mentions of experimental methods and potential impacts, such as genetic variation within plants and effects on clone potency, indicating moderate depth of engagement.
Several discussions emphasize that this research could be a 'game changer' in understanding plant genetics and cultivation practices, indicating high perceived impact.
My first lead-author paper is now published in @plantgenome! We used whole-genome sequencing to identify genetic diversity within a cannabis mother plant. Results suggest that upper sections are the most genetically distinct. #plant #genomics #cannabis https://t.co/Wn1CHwS04t https://t.co/BNH1i4YPwu
"Gone to pot." Now has new meaning for Cannabis sativa L. @plantgenome https://t.co/ctoQiq6FOM Somatic genomic mutations across a single “mother” plant may account for deterioration of quality of different cuttings. >50X sequencing coverage! https://t.co/5KvrlYhpwK
Here is our latest preprint "Accumulation of somatic mutations leads to genetic mosaicism in Cannabis" - A game changer study in Cannabis: https://t.co/rpZ5Ht9PsQ #cannabis #genomics https://t.co/6aGt0Mujoo
A new version of our MS “Accumulation of somatic mutations leads to genetic mosaicism in Cannabis” - a great job by @Kristianadamek, is now up: https://t.co/oOfoXIHs9x Very much grateful to receiving interesting and constructive feedback from #BioRxiv audience. #cannabis
WEBINAR: Intra-plant genetic diversity in cannabis: Clone not a clone? Featuring @plantgenome article Adamek et al.: https://t.co/Sjyx1MaihN Thursday, June 23 | 11:00 AM EDT Register to attend live or receive a recording: https://t.co/Rys1zEcz2r
Accumulation of somatic mutations leads to genetic mosaicism in Cannabis https://t.co/q6bvr2DAz2 Comparison of Read Mapping and Variant Calling Tools for the Analysis of Plant NGS Data https://t.co/IIS8o3KEb0 #Bioinformatics #Genomics #OpenScience #SciComm #AcademicChatter #edu
Tonight we explore how somatic mutations accumulate within cannabis plants, leading to genetic mosaicism, and discuss implications for clone stability and plant chemistry, based on recent research.
Genetic drift is a real phenomenon affecting cannabis plants through somatic mutations leading to genetic mosaicism. This can influence plant vigor and the production of cannabinoids and terpenes, which are vital for…
Adamek et al 2021 discovered genetic diversity within a single cannabis plant through deep genome sequencing of various parts. The study highlights how somatic mutations accumulate in different regions, potentially…
@ErgoVega @HIGH_TIMES_Mag @JavierHasse Cold triggers epigenetics and in extreme cases it selects for the only seedlings resistant enough to survive, is it still alive? I noticed because of genetic mosaic and genetic drift the branch you clone or calyx seed you choose is significant genetically. https://t.co/XQnxPMBqVc https://t.co/7hgBIuvCnQ
Interesting read https://t.co/nLHILxmFTp
RT @CannaWorld4: Accumulation of somatic mutations leads to genetic mosaicism in cannabis https://t.co/pM66PS6JMb
RT @CannaWorld4: Accumulation of somatic mutations leads to genetic mosaicism in cannabis https://t.co/pM66PS6JMb
RT @CannaWorld4: Accumulation of somatic mutations leads to genetic mosaicism in cannabis https://t.co/pM66PS6JMb
Accumulation of somatic mutations leads to genetic mosaicism in cannabis https://t.co/pM66PS6JMb
RT @ChimeraGenetics: The same authors showed in a single genotype that somatic mutations (actual changes in DNA sequence) naturally occur d…
The same authors showed in a single genotype that somatic mutations (actual changes in DNA sequence) naturally occur during growth. Hormones used in TC are known to increase mutation & alter methylation patterns, but highly influenced by methods & hormones https://t.co/hmkRP9MB0F
RT @plantgenome: Did you miss our recent webinar? View the recording at https://t.co/KLRLtprN2o The open access research featured in this…
RT @plantgenome: Did you miss our recent webinar? View the recording at https://t.co/KLRLtprN2o The open access research featured in this…
RT @plantgenome: Did you miss our recent webinar? View the recording at https://t.co/KLRLtprN2o The open access research featured in this…
Did you miss our recent webinar? View the recording at https://t.co/KLRLtprN2o The open access research featured in this webinar was published earlier this year in @plantgenome: https://t.co/5p6Uf16i4o https://t.co/gE0ty5trXG
RT @plantgenome: WEBINAR: Intra-plant genetic diversity in cannabis: Clone not a clone? Featuring @plantgenome article Adamek et al.: http…
RT @plantgenome: WEBINAR: Intra-plant genetic diversity in cannabis: Clone not a clone? Featuring @plantgenome article Adamek et al.: http…
RT @plantgenome: WEBINAR: Intra-plant genetic diversity in cannabis: Clone not a clone? Featuring @plantgenome article Adamek et al.: http…
RT @plantgenome: WEBINAR: Intra-plant genetic diversity in cannabis: Clone not a clone? Featuring @plantgenome article Adamek et al.: http…
RT @plantgenome: WEBINAR: Intra-plant genetic diversity in cannabis: Clone not a clone? Featuring @plantgenome article Adamek et al.: http…
RT @plantgenome: WEBINAR: Intra-plant genetic diversity in cannabis: Clone not a clone? Featuring @plantgenome article Adamek et al.: http…
WEBINAR: Intra-plant genetic diversity in cannabis: Clone not a clone? Featuring @plantgenome article Adamek et al.: https://t.co/Sjyx1MaihN Thursday, June 23 | 11:00 AM EDT Register to attend live or receive a recording: https://t.co/Rys1zEcz2r
@GVAivia @UniHohenheim @CIMMYT @UniofAdelaide @SBDM_ICRISAT @BatleyLab @UWAresearch @BiolSci_UWA @TJ_Sutto @TexasTech @irri @arvind12211 @ICRISAT Original Research in Vol. 15, Issue 1 of the Plant Genome: Accumulation of somatic mutations leads to genetic mosaicism in cannabis https://t.co/IFbr5ii69Z @uofg @universitelaval @DTorkamaneh
Accumulation of somatic mutations leads to genetic mosaicism in cannabis - Adamek - https://t.co/cnkVJPRgEf
Thank you all for the input! and for the great paper (https://t.co/9UVLSdj4Xd) about somatic mutations (mutation accumulation) that may explain the 'reduce clone potency' @JamesKubla @miiiike_sm @AdrianMonthony @DTorkamaneh @jzaguar @breeder_steve @bobishh @TheJenNMX https://t.co/CmFrRoZSWe
Accumulation of somatic mutations leads to genetic mosaicism in cannabis: https://t.co/6q6Bm03S5F #Mmemberville #growyourown https://t.co/i0lQdUZKBh
Accumulation of somatic mutations leads to genetic mosaicism in cannabis: https://t.co/VBRj1M5OiR
Significant genetic variation within a single cannabis mother plant. When is a clone not a clone? Read more in this #TPG article: https://t.co/Sjyx1LSGTd @DTorkamaneh @Kristianadamek @uofg @universitelaval https://t.co/PMPUOlA4db
RT @Kristianadamek: My first lead-author paper is now published in @plantgenome! We used whole-genome sequencing to identify genetic divers…
RT @zakkohane: "Gone to pot." Now has new meaning for Cannabis sativa L. @plantgenome https://t.co/ctoQiq6FOM Somatic genomic mutations acr…
RT @zakkohane: "Gone to pot." Now has new meaning for Cannabis sativa L. @plantgenome https://t.co/ctoQiq6FOM Somatic genomic mutations acr…
RT @zakkohane: "Gone to pot." Now has new meaning for Cannabis sativa L. @plantgenome https://t.co/ctoQiq6FOM Somatic genomic mutations acr…
RT @zakkohane: "Gone to pot." Now has new meaning for Cannabis sativa L. @plantgenome https://t.co/ctoQiq6FOM Somatic genomic mutations acr…
"Gone to pot." Now has new meaning for Cannabis sativa L. @plantgenome https://t.co/ctoQiq6FOM Somatic genomic mutations across a single “mother” plant may account for deterioration of quality of different cuttings. >50X sequencing coverage! https://t.co/5KvrlYhpwK
RT @Kristianadamek: My first lead-author paper is now published in @plantgenome! We used whole-genome sequencing to identify genetic divers…
RT @Kristianadamek: My first lead-author paper is now published in @plantgenome! We used whole-genome sequencing to identify genetic divers…
RT @Kristianadamek: My first lead-author paper is now published in @plantgenome! We used whole-genome sequencing to identify genetic divers…
RT @Kristianadamek: My first lead-author paper is now published in @plantgenome! We used whole-genome sequencing to identify genetic divers…
My first lead-author paper is now published in @plantgenome! We used whole-genome sequencing to identify genetic diversity within a cannabis mother plant. Results suggest that upper sections are the most genetically distinct. #plant #genomics #cannabis https://t.co/Wn1CHwS04t https://t.co/BNH1i4YPwu
@LaKurtzy @SethOregon Accumulation of somatic mutations leads to genetic mosaicism in Cannabis https://t.co/2MdX1e58qR
RT @AndGenomics: Accumulation of somatic mutations leads to genetic mosaicism in Cannabis https://t.co/q6bvr2DAz2 Comparison of Read Mappi…
RT @AndGenomics: Accumulation of somatic mutations leads to genetic mosaicism in Cannabis https://t.co/q6bvr2DAz2 Comparison of Read Mappi…
RT @AndGenomics: Accumulation of somatic mutations leads to genetic mosaicism in Cannabis https://t.co/q6bvr2DAz2 Comparison of Read Mappi…
RT @AndGenomics: Accumulation of somatic mutations leads to genetic mosaicism in Cannabis https://t.co/q6bvr2DAz2 Comparison of Read Mappi…
RT @AndGenomics: Accumulation of somatic mutations leads to genetic mosaicism in Cannabis https://t.co/q6bvr2DAz2 Comparison of Read Mappi…
RT @AndGenomics: Accumulation of somatic mutations leads to genetic mosaicism in Cannabis https://t.co/q6bvr2DAz2 Comparison of Read Mappi…
RT @AndGenomics: Accumulation of somatic mutations leads to genetic mosaicism in Cannabis https://t.co/q6bvr2DAz2 Comparison of Read Mappi…
Accumulation of somatic mutations leads to genetic mosaicism in Cannabis https://t.co/q6bvr2DAz2 Comparison of Read Mapping and Variant Calling Tools for the Analysis of Plant NGS Data https://t.co/IIS8o3KEb0 #Bioinformatics #Genomics #OpenScience #SciComm #AcademicChatter #edu
RT @DTorkamaneh: A new version of our MS “Accumulation of somatic mutations leads to genetic mosaicism in Cannabis” - a great job by @Krist…
A new version of our MS “Accumulation of somatic mutations leads to genetic mosaicism in Cannabis” - a great job by @Kristianadamek, is now up: https://t.co/oOfoXIHs9x Very much grateful to receiving interesting and constructive feedback from #BioRxiv audience. #cannabis
Accumulation of somatic mutations leads to genetic mosaicism in Cannabis https://t.co/1CDbX26Zsw #plantscience ♻️ https://t.co/cWNkXmCVxX
RT @DTorkamaneh: Here is our latest preprint "Accumulation of somatic mutations leads to genetic mosaicism in Cannabis" - A game changer st…
RT @DTorkamaneh: Here is our latest preprint "Accumulation of somatic mutations leads to genetic mosaicism in Cannabis" - A game changer st…
RT @DTorkamaneh: Here is our latest preprint "Accumulation of somatic mutations leads to genetic mosaicism in Cannabis" - A game changer st…
Here is our latest preprint "Accumulation of somatic mutations leads to genetic mosaicism in Cannabis" - A game changer study in Cannabis: https://t.co/rpZ5Ht9PsQ #cannabis #genomics https://t.co/6aGt0Mujoo
Accumulation of somatic mutations leads to genetic mosaicism in Cannabis https://t.co/xa7l5YUeTl #biorxiv_plants
Accumulation of somatic mutations leads to genetic mosaicism in Cannabis https://t.co/cnq9GZ5KL5 #bioRxiv
Source: https://acsess.onlinelibrary.wiley.com/doi/10.1002/tpg2.20169 #za #marijuana #clones #motherplant #mutation #study #propagation ...
Link to paper: https://doi.org/10.1002/tpg2.20169 · Like · Reply · 4 Reactions 5 Reactions. Chad Ternes, PhD, graphic. Chad Ternes, PhD. Founder ...
... 10.1002/tpg2.20169 #za #marijuana #clones #motherplant #mutation #study #propagation # #cannabis #kannabis. more. June 11 · frenchycannoli's ...
... 10.1002/tpg2.20169 #za #marijuana #clones #motherplant #mutation #study #propagation # #cannabis #kannabis. more. June 11 · black ...
... 10.1002/tpg2.20169 #za #marijuana #clones #motherplant #mutation #study #propagation # #cannabis #kannabis".
Empirical proofs of such mechanisms exist. " https://acsess.onlinelibrary.wiley.com/doi/10.1002/tpg2.20169. "Cannabis (Cannabis sativa L.) is ...
... 10.1002/tpg2.20169 @synchangel recently posted a great introductory primer, and @highgrademutants is always making incredibly informative ...
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