OUP Academic’s Post

Our manuscript regarding the factors influencing aerial root formation in sorghum that enable biological nitrogen fixation is officially published by G3: Genes, Genomes, Genetics! Visit G3 for the full article! https://lnkd.in/eCSD3_Tv

Discover the new Genetics of Bacteria series from the Genetics Society of America, highlighting recent genetic and genomic work that leverages both classical and innovative genetic approaches in the study of bacterial genetics. Learn more: https://oxford.ly/3ztA1vv

Insights on Aging: The Role of Replication Stress Check out our blog post https://wix.to/kqq86uA #AgingResearch #DNAReplication #CellularAging #GenomicInstability #TelomereHealth #StemCellAging #Epigenetics #MitochondrialHealth #Senescence #BioInnovation #Healthcare #ScienceNews #Genetics #Biology #Healthspan #Longevity #Senotherapeutics

🧬 Check out Samira Asgari's (@asgari_samira) latest publication in Nature Communications 🧬 High-dimensional phenotyping to define the genetic basis of cellular morphology 📰 Read More: https://lnkd.in/e_7_-6q4

Biomacromolecules harbor a wealth of genetic information reflecting the intricacies of biological evolution. Studying genetic evolution at the molecular level offers several advantages: it enables researchers to estimate divergence times and rates between species based on nucleotide and amino acid structural variations; reduces confounding factors such as convergence and parallel evolution, thereby revealing true phylogenetic relationships; assesses genetic diversity to reflect the genuine evolutionary potential of species; and establishes a closer connection between traits and genes, uncovering genes related to trait regulation.   #BMKGENE specializes in genetic evolutionary research through comprehensive whole-genome re-sequencing of representative materials (recommending at least two subgroups, each comprising ≥10 individuals or pooled samples). Our analysis includes the detection of SNPs and Indels and subsequent population genetic studies such as linkage disequilibrium analysis, phylogenetic analysis, population structure analysis, effective population size estimation, and gene flow analysis.   Our services cater to research areas involving species populations, including population adaptation studies, domestication selection research, historical dynamics of populations, and the establishment of databases for variations between subgroups. Join us in advancing your research into the depths of genetic evolution!  #Genetics #Evolution #BMKGENE

Biomacromolecules harbor a wealth of genetic information reflecting the intricacies of biological evolution. Studying genetic evolution at the molecular level offers several advantages: it enables researchers to estimate divergence times and rates between species based on nucleotide and amino acid structural variations; reduces confounding factors such as convergence and parallel evolution, thereby revealing true phylogenetic relationships; assesses genetic diversity to reflect the genuine evolutionary potential of species; and establishes a closer connection between traits and genes, uncovering genes related to trait regulation. #BMKGENE specializes in genetic evolutionary research through comprehensive whole-genome re-sequencing of representative materials (recommending at least two subgroups, each comprising ≥10 individuals or pooled samples). Our analysis includes detection of SNPs and Indels and subsequent population genetic studies such as linkage disequilibrium analysis, phylogenetic analysis, population structure analysis, effective population size estimation, and gene flow analysis. Our services cater to research areas involving populations of species, including population adaptation studies, domestication selection research, historical dynamics of populations, and the establishment of databases for variations between subgroups. Join us in advancing your research into the depths of genetic evolution! #Genetics #Evolution #Sequencing #BMKGENE

After lots and lots of hard work, by Xingbo Wu, we are happy to share the latest resources for Hydrangea including genome sequence and gene information about two important flowering traits. Multiple high-quality genomes are really enabling a whole new level of science and challenging previous beliefs, as shown by the evolutionary path of the Asterids here.

Biomacromolecules harbor a wealth of genetic information reflecting the intricacies of biological evolution. Studying genetic evolution at the molecular level offers several advantages: it enables researchers to estimate divergence times and rates between species based on nucleotide and amino acid structural variations; reduces confounding factors such as convergence and parallel evolution, thereby revealing true phylogenetic relationships; assesses genetic diversity to reflect the genuine evolutionary potential of species; and establishes a closer connection between traits and genes, uncovering genes related to trait regulation. #BMKGENE specializes in genetic evolutionary research through comprehensive whole-genome re-sequencing of representative materials (recommending at least two subgroups, each comprising ≥10 individuals or pooled samples). Our analysis includes detection of SNPs and Indels and subsequent population genetic studies such as linkage disequilibrium analysis, phylogenetic analysis, population structure analysis, effective population size estimation, and gene flow analysis. Our services cater to research areas involving populations of species, including population adaptation studies, domestication selection research, historical dynamics of populations, and the establishment of databases for variations between subgroups. Join us in advancing your research into the depths of genetic evolution! #Genetics #Evolution #Sequencing #BMKGENE

I just finished reading "Evolving Ourselves: Redesigning the Future of Humanity - One Gene at a Time" by Juan Enriquez and Steve Gullans. This compelling book delves into the science of how our species is influencing the evolution of humanity and the planet through human-driven adaption, large-scale editing of life forms, and the ethical considerations involved. A captivating read that provides deep insights into the future of our species as we pursue "unnatural selection" and "nonrandom mutation." #Darwin #evolution #genome #epigenome #microbiology #virome #unnaturalselection #nonrandommutation

How to use genetics to determine relationship? Genetic relationships are analysed based on the comparison of allelic identity or differences, regardless of the number of SNPs that differ between two alleles of a gene, which simplifies the analysis. Youtube video: https://lnkd.in/dRwcZ-un \#nikolays_genetics_lessons