#newpaperalert — Public Fediverse posts
Live and recent posts from across the Fediverse tagged #newpaperalert, aggregated by home.social.
-
De Jode & Titus publish new HiFi assemblies for three clownfish-hosting sea anemones provide important resources to study the evolution of symbiosis from the host perspective
-
De Jode & Titus publish new HiFi assemblies for three clownfish-hosting sea anemones provide important resources to study the evolution of symbiosis from the host perspective
-
De Jode & Titus publish new HiFi assemblies for three clownfish-hosting sea anemones provide important resources to study the evolution of symbiosis from the host perspective
-
De Jode & Titus publish new HiFi assemblies for three clownfish-hosting sea anemones provide important resources to study the evolution of symbiosis from the host perspective
-
How do plants from different environments handle temperature extremes? Andrew et al. studied 20 Australian species and found conserved gene expression responses to heat and cold (with biome-specific differences).
-
How do plants from different environments handle temperature extremes? Andrew et al. studied 20 Australian species and found conserved gene expression responses to heat and cold (with biome-specific differences).
-
How do plants from different environments handle temperature extremes? Andrew et al. studied 20 Australian species and found conserved gene expression responses to heat and cold (with biome-specific differences).
-
How do plants from different environments handle temperature extremes? Andrew et al. studied 20 Australian species and found conserved gene expression responses to heat and cold (with biome-specific differences).
-
Do signaling pathways evolve in a predictable order? Picolo et al. studied 47 pathways across 315 animal species, finding little evidence for a universal link between gene age and pathway position - this suggests stochastic pathway evolution.
-
Do signaling pathways evolve in a predictable order? Picolo et al. studied 47 pathways across 315 animal species, finding little evidence for a universal link between gene age and pathway position - this suggests stochastic pathway evolution.
-
Do signaling pathways evolve in a predictable order? Picolo et al. studied 47 pathways across 315 animal species, finding little evidence for a universal link between gene age and pathway position - this suggests stochastic pathway evolution.
-
Do signaling pathways evolve in a predictable order? Picolo et al. studied 47 pathways across 315 animal species, finding little evidence for a universal link between gene age and pathway position - this suggests stochastic pathway evolution.
-
Research led by Stephan Baehr shows liquid-phase mutation accumulation experiments can speed up mutation rate studies and better reflect real environments.
-
Research led by Stephan Baehr shows liquid-phase mutation accumulation experiments can speed up mutation rate studies and better reflect real environments.
-
Research led by Stephan Baehr shows liquid-phase mutation accumulation experiments can speed up mutation rate studies and better reflect real environments.
-
Research led by Stephan Baehr shows liquid-phase mutation accumulation experiments can speed up mutation rate studies and better reflect real environments.
-
New paper by Lewin & Eyre-Walker finds a strong negative correlation between generation time and yearly mutation rate. This highlights generation time as a key driver of molecular evolution across eukaryote clades.
-
New paper by Lewin & Eyre-Walker finds a strong negative correlation between generation time and yearly mutation rate. This highlights generation time as a key driver of molecular evolution across eukaryote clades.
-
New paper by Lewin & Eyre-Walker finds a strong negative correlation between generation time and yearly mutation rate. This highlights generation time as a key driver of molecular evolution across eukaryote clades.
-
New paper by Lewin & Eyre-Walker finds a strong negative correlation between generation time and yearly mutation rate. This highlights generation time as a key driver of molecular evolution across eukaryote clades.
-
New paper by Howell et al. infers the demographic history of Boston Harbor’s white-footed mice, demonstrating that integrating multiple summaries of genome-wide variation enhances the temporal resolution of population history.
-
New paper by Howell et al. infers the demographic history of Boston Harbor’s white-footed mice, demonstrating that integrating multiple summaries of genome-wide variation enhances the temporal resolution of population history.
-
New paper by Howell et al. infers the demographic history of Boston Harbor’s white-footed mice, demonstrating that integrating multiple summaries of genome-wide variation enhances the temporal resolution of population history.
-
New paper by Howell et al. infers the demographic history of Boston Harbor’s white-footed mice, demonstrating that integrating multiple summaries of genome-wide variation enhances the temporal resolution of population history.
-
Queen–worker differences are linked to gene duplication and differential gene expression, in particular in reproductive tissues. Study by Xu & Colgan sheds light on how social insects resolve genomic conflict to produce distinct castes.
-
Queen–worker differences are linked to gene duplication and differential gene expression, in particular in reproductive tissues. Study by Xu & Colgan sheds light on how social insects resolve genomic conflict to produce distinct castes.
-
Queen–worker differences are linked to gene duplication and differential gene expression, in particular in reproductive tissues. Study by Xu & Colgan sheds light on how social insects resolve genomic conflict to produce distinct castes.
-
Queen–worker differences are linked to gene duplication and differential gene expression, in particular in reproductive tissues. Study by Xu & Colgan sheds light on how social insects resolve genomic conflict to produce distinct castes.
-
A large, rare, 225 kb deletion containing six snake venom metalloproteinase genes in eastern diamondback rattlesnake adds to the striking venom diversity shaped by structural variation.
-
A large, rare, 225 kb deletion containing six snake venom metalloproteinase genes in eastern diamondback rattlesnake adds to the striking venom diversity shaped by structural variation.
-
A large, rare, 225 kb deletion containing six snake venom metalloproteinase genes in eastern diamondback rattlesnake adds to the striking venom diversity shaped by structural variation.
-
A large, rare, 225 kb deletion containing six snake venom metalloproteinase genes in eastern diamondback rattlesnake adds to the striking venom diversity shaped by structural variation.
-
Bacterial operons may persist in eukaryotes (e.g. fungi) after horizontal gene transfer, according to Kogay et al. Operon-derived gene pairs suggest initial neutral retention and later functional integration or degeneration.
-
Bacterial operons may persist in eukaryotes (e.g. fungi) after horizontal gene transfer, according to Kogay et al. Operon-derived gene pairs suggest initial neutral retention and later functional integration or degeneration.
-
Bacterial operons may persist in eukaryotes (e.g. fungi) after horizontal gene transfer, according to Kogay et al. Operon-derived gene pairs suggest initial neutral retention and later functional integration or degeneration.
-
Bacterial operons may persist in eukaryotes (e.g. fungi) after horizontal gene transfer, according to Kogay et al. Operon-derived gene pairs suggest initial neutral retention and later functional integration or degeneration.
-
Coppage et al. identify four ancient polyploidy events with unusually high duplicate gene retention. Elevated gene conversion and delayed diploidization suggest a distinct class of paleopolyploid genomes.
-
Coppage et al. identify four ancient polyploidy events with unusually high duplicate gene retention. Elevated gene conversion and delayed diploidization suggest a distinct class of paleopolyploid genomes.
-
Coppage et al. identify four ancient polyploidy events with unusually high duplicate gene retention. Elevated gene conversion and delayed diploidization suggest a distinct class of paleopolyploid genomes.
-
Coppage et al. identify four ancient polyploidy events with unusually high duplicate gene retention. Elevated gene conversion and delayed diploidization suggest a distinct class of paleopolyploid genomes.
-
Comparative transcriptomics of nematodes C. elegans and Brugia malayi supports Ohno’s hypothesis of X-linked genes showing upregulation following Y degeneration, which depends on the dosage-sensitive gene content of proto-X.
-
Comparative transcriptomics of nematodes C. elegans and Brugia malayi supports Ohno’s hypothesis of X-linked genes showing upregulation following Y degeneration, which depends on the dosage-sensitive gene content of proto-X.
-
Comparative transcriptomics of nematodes C. elegans and Brugia malayi supports Ohno’s hypothesis of X-linked genes showing upregulation following Y degeneration, which depends on the dosage-sensitive gene content of proto-X.
-
Comparative transcriptomics of nematodes C. elegans and Brugia malayi supports Ohno’s hypothesis of X-linked genes showing upregulation following Y degeneration, which depends on the dosage-sensitive gene content of proto-X.
-
New chromosome-level genome assemblies for hexaploid weeds Conyza sumatrensis and C. bonariensis. These resources will serve to inform research into evolution and management of these species.
-
New chromosome-level genome assemblies for hexaploid weeds Conyza sumatrensis and C. bonariensis. These resources will serve to inform research into evolution and management of these species.
-
New chromosome-level genome assemblies for hexaploid weeds Conyza sumatrensis and C. bonariensis. These resources will serve to inform research into evolution and management of these species.
-
New chromosome-level genome assemblies for hexaploid weeds Conyza sumatrensis and C. bonariensis. These resources will serve to inform research into evolution and management of these species.
-
New study by Chan et al. reveals the evolutionary dynamics of self-splicing introns in mitochondrial genomes of Epichloë fungi. Results support rapid intron loss and evolution of homing suppressors.
-
New study by Chan et al. reveals the evolutionary dynamics of self-splicing introns in mitochondrial genomes of Epichloë fungi. Results support rapid intron loss and evolution of homing suppressors.
-
New study by Chan et al. reveals the evolutionary dynamics of self-splicing introns in mitochondrial genomes of Epichloë fungi. Results support rapid intron loss and evolution of homing suppressors.
-
New study by Chan et al. reveals the evolutionary dynamics of self-splicing introns in mitochondrial genomes of Epichloë fungi. Results support rapid intron loss and evolution of homing suppressors.
-
New graph-based tool ska lo enables reference-free detection of SNPs, indels, and variant groups from pathogen WGS data. Benchmarking shows high sensitivity, including in regions with dense mutations.
-
New graph-based tool ska lo enables reference-free detection of SNPs, indels, and variant groups from pathogen WGS data. Benchmarking shows high sensitivity, including in regions with dense mutations.
-
New graph-based tool ska lo enables reference-free detection of SNPs, indels, and variant groups from pathogen WGS data. Benchmarking shows high sensitivity, including in regions with dense mutations.
-
New graph-based tool ska lo enables reference-free detection of SNPs, indels, and variant groups from pathogen WGS data. Benchmarking shows high sensitivity, including in regions with dense mutations.
-
Armstrong et al. estimate de novo germline mutation rates across all extant Panthera species and the Clouded leopard using pedigrees. Reported rates align with other mammals, and can help refine models for phylogenetic and demographic analyses.
-
Armstrong et al. estimate de novo germline mutation rates across all extant Panthera species and the Clouded leopard using pedigrees. Reported rates align with other mammals, and can help refine models for phylogenetic and demographic analyses.
-
Armstrong et al. estimate de novo germline mutation rates across all extant Panthera species and the Clouded leopard using pedigrees. Reported rates align with other mammals, and can help refine models for phylogenetic and demographic analyses.
-
Armstrong et al. estimate de novo germline mutation rates across all extant Panthera species and the Clouded leopard using pedigrees. Reported rates align with other mammals, and can help refine models for phylogenetic and demographic analyses.