Faculty

Institution

Unit

Venue

Brian Morton

Barnard College

Affiliations

Barnard College

Department Of Biological Sciences

Department Of Theatre

NoneBrian Morton is currently serving as a Barnard College faculty at Barnard College.

Honors

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Experiences

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Education

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Brian Morton

Barnard College

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genetics molecular biology evolutionary biology molecular evolution genomics phylogenetics plant genetics evolutionary genetics biological evolution molecular genetics genome biology neuroscience genetic variation bioinformatics plant science manduca sexta gene evolution plant biology codon bias codon usage bias codon adaptation plastid genes entomology botany insect biochemistry avian biology molecular science systematics molecular ecology adaptation plant physiology molecular evolutionary ecology genome sequencing gene function grass chloroplast dna chemosensory receptor genes codon usage plastid dna insect science insect molecular biology evolutionary applications ecology evolution integrative plant biology free radical biology redox biology sequence assembly comparative genomics molecular evidence sequence analysis phylogeny comparison plant taxonomy phylogenetic methods phylogenomics evolutionary taxonomies plant molecular biology alcohol dehydrogenases genome analysis evolutionary significance epigenomics rna biology microbial genetics sensing mechanisms key site gene regulation evolutionary theory cell fate determination metabolic regulation organ development tobacco hornworm moth biological insights draft genome sequence algal lineages cyanelle genes context-dependent mutations optimization scheme

Notable Scholarly Works

Notable Federal Grants

Collaborators

Sox9 is Part of a Combinatorial Marker That Reveals Early Development and Embryological Origins of the Mouse Brown Adipose Tissue Depots. Developmental Biology (2026)

combinatorial markerearly developmentcell biologygene expressiondevelopmental biologystem cell researchmolecular and cellular biologyorgan developmentmetabolic regulationgeneticsmorphogenesismolecular cell biologydevelopmental celltissue (biology)adipose tissue depotscellular differentiationdevelopmental systemcell fate determinationgene functionembryology

Loss of Hoxa5 Function Affects Hox Gene Expression in Different Biological Contexts. Scientific Reports (2024)

Béatrice FrenetteJosselin GuénoNicolas HoudeKim Landry-TruchonAnthony GiguèreTheyjasvi AshokAbigail RyckmanBrian R. MortonJennifer H. MansfieldLucie Jeannotte

geneticsgene expressionmolecular and cellular biologygene regulationcell biologymolecular cell biologyfunctional genomicstranscription factorsredox biologykey sitedifferent biological contextsfree radical biologymolecular neurodegenerationdna repairmolecular biologygene function

Context and Mutation in Gymnosperm Chloroplast Dna. Genes (2023)

Brian R. Morton

plant biologygeneticsmolecular geneticsbiologygymnosperm chloroplast dnaplant geneticsmolecular biology

Do Noncoding and Coding Sites in Angiosperm Chloroplast Dna Have Different Mutation Processes?. Genes (2023)

Brian R. Morton

genomicsgenetics

Evidence for Strand Asymmetry in Different Plastid Genomes. Genes (2023)

Cindy RuanBrian R. Morton

genome sequencingbioinformaticsdifferent plastid genomesstrand asymmetrygenomicsgenome biologymolecular biology

Context-Dependent Substitution Dynamics in Plastid Dna Across a Wide Range of Taxonomic Groups. Journal of Molecular Evolution (2022)

Brian R. Morton

context-dependent substitution dynamicsmolecular evolutionbiological evolutionevolutionary biologymolecular biologytaxonomic groupsplastid dna

Substitution Rate Heterogeneity Across Hexanucleotide Contexts in Noncoding Chloroplast Dna. G3 Genes Genomes Genetics (2022)

Brian R Morton

genomicshexanucleotide contextsgeneticssubstitution rate heterogeneity

Context-Dependent Mutation Dynamics, Not Selection, Explains the Codon Usage Bias of Most Angiosperm Chloroplast Genes. Journal of Molecular Evolution (2021)

Brian R. Morton

molecular evolutiongeneticsevolutionary biologycontext-dependent mutation dynamicsgene evolutionmolecular biologycodon usage bias

Evidence From Simulation Studies for Selective Constraints on the Codon Usage of the Angiosperm Psba Gene. PLoS Computational Biology (2021)

Antonina KalkusJoy BarrettTheyjasvi AshokBrian R. Morton

codon usageselective constraintsbiologycomputational biologysimulation studiesangiosperm psba gene

Codon Adaptation of Plastid Genes. PLoS ONE (2016)

Haruo SuzukiBrian R. Morton

geneticscodon adaptationevolutionary biologygenetic variationmolecular biologyplastid genesadaptation

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Brian Morton

Barnard College

Affiliations

Barnard College

Department Of Biological Sciences

Department Of Theatre

NoneBrian Morton is currently serving as a Barnard College faculty at Barnard College.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Brian Morton

Barnard College

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Sox9 is Part of a Combinatorial Marker That Reveals Early Development and Embryological Origins of the Mouse Brown Adipose Tissue Depots. Developmental Biology (2026)

Loss of Hoxa5 Function Affects Hox Gene Expression in Different Biological Contexts. Scientific Reports (2024)

Béatrice FrenetteJosselin GuénoNicolas HoudeKim Landry-TruchonAnthony GiguèreTheyjasvi AshokAbigail RyckmanBrian R. MortonJennifer H. MansfieldLucie Jeannotte

Context and Mutation in Gymnosperm Chloroplast Dna. Genes (2023)

Brian R. Morton

plant biologygeneticsmolecular geneticsbiologygymnosperm chloroplast dnaplant geneticsmolecular biology

Do Noncoding and Coding Sites in Angiosperm Chloroplast Dna Have Different Mutation Processes?. Genes (2023)

Brian R. Morton

genomicsgenetics

Evidence for Strand Asymmetry in Different Plastid Genomes. Genes (2023)

Cindy RuanBrian R. Morton

genome sequencingbioinformaticsdifferent plastid genomesstrand asymmetrygenomicsgenome biologymolecular biology

Context-Dependent Substitution Dynamics in Plastid Dna Across a Wide Range of Taxonomic Groups. Journal of Molecular Evolution (2022)

Brian R. Morton

context-dependent substitution dynamicsmolecular evolutionbiological evolutionevolutionary biologymolecular biologytaxonomic groupsplastid dna

Substitution Rate Heterogeneity Across Hexanucleotide Contexts in Noncoding Chloroplast Dna. G3 Genes Genomes Genetics (2022)

Brian R Morton

genomicshexanucleotide contextsgeneticssubstitution rate heterogeneity

Context-Dependent Mutation Dynamics, Not Selection, Explains the Codon Usage Bias of Most Angiosperm Chloroplast Genes. Journal of Molecular Evolution (2021)

Brian R. Morton

molecular evolutiongeneticsevolutionary biologycontext-dependent mutation dynamicsgene evolutionmolecular biologycodon usage bias

Evidence From Simulation Studies for Selective Constraints on the Codon Usage of the Angiosperm Psba Gene. PLoS Computational Biology (2021)

Antonina KalkusJoy BarrettTheyjasvi AshokBrian R. Morton

codon usageselective constraintsbiologycomputational biologysimulation studiesangiosperm psba gene

Codon Adaptation of Plastid Genes. PLoS ONE (2016)

Haruo SuzukiBrian R. Morton

geneticscodon adaptationevolutionary biologygenetic variationmolecular biologyplastid genesadaptation

1
2
3
4
10 / page