Faculty

Institution

Unit

Venue

Gene E Robinson

Professor

UIUC

Affiliations

College of Liberal Arts & Sciences

School of Integrative Biology

Department of Entomology

Gene E Robinson is currently serving as a College Of Liberal Arts & Sciences Professor at Uiuc.

Honors

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Experiences

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Education

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Gene E Robinson

UIUC

Professor

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biology insect social behavior entomology social insects insect science animal behavior behavioral ecology evolutionary biology insect molecular biology genetics behavioral neuroscience behavioral sciences ethology genomics genome biology behavioural genetics insect biochemistry sociobiology social behavior honey bee ecological entomology artificial bee functional genomics coevolution gene expression sociogenomics animal cognition molecular ecology pheromone biochemistry reproductive biology semiochemicals honey bees behavioral plasticity brain gene expression developmental system honey bee colonies applied entomology foraging biological evolution genome studies neurobiological mechanisms evolutionary genetics brain mechanisms behavioral maturation genome sequencing insect sting allergy honey bee brain juvenile hormone adaptation caste differentiation developmental genetics gene regulation social parasitism comparative genomics reproductive physiology mushroom bodies comparative physiology chronobiology biological psychology behavioral neuroendocrinology insect conservation genome analysis gene regulatory networks insect societies affective neuroscience reproductive hormones bee brain behavioral development epigenomics epigenetic changes gene function dna methylation apis mellifera aggressive behavior juvenile hormone titers temporal polyethism social life evolutionary theory behavioral mechanisms

Notable Scholarly Works

Notable Federal Grants

Collaborators

A Tale of Two Sociogenomics: Shall the Twain Ever Meet?. Trends in Genetics (2025)

Gene E RobinsonDalton Conley

physical anthropologyhuman geneticsanthropologypersonal genomicsbiosemioticsbehavioural geneticsevolutionary anthropologysociogenomicssocial sciencessociobiologyphilosophy of biology

Dietary Consumption of the Plant Phytochemical, Gelsemine, by Worker Honey Bees (Apis Mellifera) Affects Queen Bee Egg Laying. Apidologie (2025)

Michael GoblirschAdam R. HamiltonMolly CarlsonGene E. RobinsonJohn J. Adamczyk

allergynatural productsdietary consumptionworker honey beeseconomic entomologyinsect biochemistryqueen bee eggnutritionbioactive compoundsalternative protein sourcechemical ecologyfood systemsartificial beeinsect sting allergyphysiology

Host Genetic Background and Social Environment Have Different Effects on the Establishment and Structure of the Adult Worker Honey Bee Gut Microbiota. bioRxiv (Cold Spring Harbor Laboratory) (2025)

Breven StarkGene E RobinsonCassondra L Vernier

biologygut microbiotamicrobiologyhost-microbe interactionshost genetic backgroundhost gut microbiotamicrobiomedysbiosissymbiosisgut microbesmicrobial ecologyinsect science

RESCUE: Recovery of Idiosyncratic Expression Patterns in Spatial Transcriptomics. bioRxiv (Cold Spring Harbor Laboratory) (2025)

Young Joo LeeSeokjin YeoAlex W. SchraderIan M. TranielloAmy Cash AhmedGene E. RobinsonHee-Sun HanSihai Dave Zhao

single-cell analysiscomputational biologygene expression profilingsingle cell sequencingbioinformaticsmolecular informaticsgenome biologycell researchspatial omicsbiologyhoney bee braingene expressionspatial transcriptomicstranscriptomics technologytranscriptomequantitative biologysystems biologybiomedical analysisbiomedical informatics

Social Evolution and Absence of Olfactory Function in Larval Honey Bees. bioRxiv (Cold Spring Harbor Laboratory) (2025)

Tianfei PengZhenqing ChenAmy Cash AhmedQianlu FengSeokjin YeoHee-Sun HanGene E Robinson

biologyevolutionary ecologysocial insectsgene expressionsemiochemicalsinsect social behaviorolfactory functionsociobiologyevolutionary biologycoevolutioninsect molecular biologyor-based olfaction

Effects of Microrna-305 Knockdown on Brain Gene Expression Associated With Division of Labor in Honey Bee Colonies ( Apis Mellifera ). Journal of Experimental Biology (2024)

Sarai H. StuartAmy C. Cash AhmedLaura KilikeviciusGene E. Robinson

small rnabiologybrain gene expressiongene expressionmicrorna detectionbehavioral maturationdevelopmental biologytranscriptomeinsect molecular biologydevelopmental systembehavioral neurosciencephysiology

Gut Microbiota Contribute to Variations in Honey Bee Foraging Intensity. The ISME Journal (2024)

Cassondra L VernierLan Anh NguyenTim GernatAmy Cash AhmedZhenqing ChenGene E Robinson

biologygut microbial communitymicrobiologybehavioral ecologysocial insectssimple gut microbiotamicrobiomedysbiosissymbiosishoney beegut microbesmicrobial ecologyinsect social behaviorbiotic interactions

High‐Quality Genome Assemblies for Nine Non‐Model North American Insect Species Representing Six Orders (Insecta: Coleoptera, Diptera, Hemiptera, Hymenoptera, Lepidoptera, Neuroptera). Molecular Ecology Resources (2024)

Kimberly K. O. WaldenYanghui CaoChristopher J. FieldsAlvaro G. HernandezGloria A. RendonGene E. RobinsonRachel K. SkinnerJeffrey A. SteinChristopher H. Dietrich

geneticsapplied entomologybiologyassembled scaffoldsbioinformaticssystematicsgenomicsgenome sequencinggenome completenesshigh‐quality genome assembliesreference genomesystematic entomologyarthropod taxonomyinsect scienceentomologyinsect molecular biologyphylogenomics

Molecular Analyses of Individual Variation in Honey Bee Sociability. bioRxiv (Cold Spring Harbor Laboratory) (2024)

Ian M. TranielloArian AvalosMichael J. M. GachombaTim GernatZhenqing ChenAmy C. Cash-AhmedAdam R. HamiltonJennifer L. CookGene E. Robinson

geneticsanimal behaviorbiologybehavioral ecologysocial insectsgenomicsneurogeneticsgenome-wide association studiesindividual variationbehavioural geneticsgenome biologysociogenomicssocial interactiongenetic variationevolutionary biologysociobiologyhoney bee sociability

Spaceexpress Enables Differential Spatial Transcriptomics With Natural Coordinate Systems. bioRxiv (Cold Spring Harbor Laboratory) (2024)

Yeojin KimAbhishek OjhaAlex SchraderJuyeon LeeZijun WuIan M TranielloGene E RobinsonHee Sun HanSihai D ZhaoSaurabh Sinha

computational biologyspatial gene expressiongene expression profilingspline regressionbioinformaticsmolecular informaticsgenome biologyspatial omicsbiologyspatial transcriptomicstranscriptomics technologytranscriptomequantitative biologyfunctional genomicsbiostatisticsspatial analysisbiological network visualizationsystems biologybiomedical informatics

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Gene E Robinson

Professor

UIUC

Affiliations

College of Liberal Arts & Sciences

School of Integrative Biology

Department of Entomology

Gene E Robinson is currently serving as a College Of Liberal Arts & Sciences Professor at Uiuc.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Gene E Robinson

UIUC

Professor

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

A Tale of Two Sociogenomics: Shall the Twain Ever Meet?. Trends in Genetics (2025)

Gene E RobinsonDalton Conley

physical anthropologyhuman geneticsanthropologypersonal genomicsbiosemioticsbehavioural geneticsevolutionary anthropologysociogenomicssocial sciencessociobiologyphilosophy of biology

Dietary Consumption of the Plant Phytochemical, Gelsemine, by Worker Honey Bees (Apis Mellifera) Affects Queen Bee Egg Laying. Apidologie (2025)

Michael GoblirschAdam R. HamiltonMolly CarlsonGene E. RobinsonJohn J. Adamczyk

Host Genetic Background and Social Environment Have Different Effects on the Establishment and Structure of the Adult Worker Honey Bee Gut Microbiota. bioRxiv (Cold Spring Harbor Laboratory) (2025)

Breven StarkGene E RobinsonCassondra L Vernier

biologygut microbiotamicrobiologyhost-microbe interactionshost genetic backgroundhost gut microbiotamicrobiomedysbiosissymbiosisgut microbesmicrobial ecologyinsect science

RESCUE: Recovery of Idiosyncratic Expression Patterns in Spatial Transcriptomics. bioRxiv (Cold Spring Harbor Laboratory) (2025)

Young Joo LeeSeokjin YeoAlex W. SchraderIan M. TranielloAmy Cash AhmedGene E. RobinsonHee-Sun HanSihai Dave Zhao

Social Evolution and Absence of Olfactory Function in Larval Honey Bees. bioRxiv (Cold Spring Harbor Laboratory) (2025)

Tianfei PengZhenqing ChenAmy Cash AhmedQianlu FengSeokjin YeoHee-Sun HanGene E Robinson

biologyevolutionary ecologysocial insectsgene expressionsemiochemicalsinsect social behaviorolfactory functionsociobiologyevolutionary biologycoevolutioninsect molecular biologyor-based olfaction

Effects of Microrna-305 Knockdown on Brain Gene Expression Associated With Division of Labor in Honey Bee Colonies ( Apis Mellifera ). Journal of Experimental Biology (2024)

Sarai H. StuartAmy C. Cash AhmedLaura KilikeviciusGene E. Robinson

Gut Microbiota Contribute to Variations in Honey Bee Foraging Intensity. The ISME Journal (2024)

Cassondra L VernierLan Anh NguyenTim GernatAmy Cash AhmedZhenqing ChenGene E Robinson

Kimberly K. O. WaldenYanghui CaoChristopher J. FieldsAlvaro G. HernandezGloria A. RendonGene E. RobinsonRachel K. SkinnerJeffrey A. SteinChristopher H. Dietrich

Molecular Analyses of Individual Variation in Honey Bee Sociability. bioRxiv (Cold Spring Harbor Laboratory) (2024)

Ian M. TranielloArian AvalosMichael J. M. GachombaTim GernatZhenqing ChenAmy C. Cash-AhmedAdam R. HamiltonJennifer L. CookGene E. Robinson

Spaceexpress Enables Differential Spatial Transcriptomics With Natural Coordinate Systems. bioRxiv (Cold Spring Harbor Laboratory) (2024)

Yeojin KimAbhishek OjhaAlex SchraderJuyeon LeeZijun WuIan M TranielloGene E RobinsonHee Sun HanSihai D ZhaoSaurabh Sinha

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