Faculty

Institution

Unit

Venue

Thomas-Daniel

Professor Emeritus

University of Washington

Affiliations

College of Arts & Sciences

Department of Biology

Thomas-daniel is currently serving as a College Of Arts & Sciences Professor Emeritus at University of Washington.

Honors

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Experiences

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Education

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Thomas-Daniel

University of Washington

Professor Emeritus

You can click a keyword to filter the displayed items

physiology avian biology biophysics biomechanics neuroscience mammalian biology biomedical engineering biosensors sensors motor control kinematics computational biology fish biology animal physiology ornithology migration studies implantable sensors biosignal processing biosignatures movement analysis muscle function biosignal acquisition individual molt-migrants protein sources bioelectronics neuroanatomy biomedical circuits biomedical imaging solid-state electronics insect science applied physiology cell research bone research adaptation animal behavior animal cognition wearable biosensors sensorimotor transformations mechanical behavior mechanotransduction experimental biology cell biomechanics bipedal locomotion motion control motor behavior spatial cognition path planning biophysical modeling skeletal muscle cardiac muscle muscle injury biomedical modeling animal breeding animal reproduction population ecology primary production animal production dual sensory-motor role insect wings neural evidence body rotation gyroscopic sensing extensor muscle cells dynamic mechanical properties escape locomotion pandalus danae animal locomotion complete biomechanical model flight feathers complex terrains biological computing molecular biology systems biology artificial life bio-inspired computation biocybernetics clinical engineering

Notable Scholarly Works

Notable Federal Grants

Collaborators

Bayesian Estimation of Muscle Mechanisms and Therapeutic Targets Using Variational Autoencoders. Biophysical Journal (2024)

Travis TuneKristina B KooikerJennifer DavisThomas DanielFarid Moussavi-Harami

biophysicsvariational autoencodersbiophysical modelingbayesian estimationmuscle mechanismstherapeutic targets

Identifying Mechanisms and Therapeutic Targets in Muscle Using Bayesian Parameter Estimation With Conditional Variational Autoencoders. bioRxiv (Cold Spring Harbor Laboratory) (2024)

Travis TuneKristina B KooikerJennifer DavisThomas DanielFarid Moussavi-Harami

skeletal muscleprotein sciencemuscle functionpharmacologymammalian biologybiomedical modelingathletic trainingliver physiologyquantitative biologybayesian parameter estimationmolecular neuroscienceconditional variational autoencodersanimal physiologyvascular biologyphysiologyhuman movementneuromuscular medicinehealth sciencesmuscle injurycardiac muscle

Machine Learning Meets Monte Carlo Methods for Models of Muscle’s Molecular Machinery to Classify Mutations. The Journal of General Physiology (2023)

Anthony AsencioSage MalingenKristina B. KooikerJoseph D. PowersJennifer DavisThomas DanielFarid Moussavi-Harami

biophysicsmedicinemolecular machinerycomputational biologyphysiology

From Neuron to Muscle to Movement: A Complete Biomechanical Model of Hydra Contractile Behaviors. bioRxiv (Cold Spring Harbor Laboratory) (2020)

Hengji WangJoshua SworeShashank SharmaJohn SzymanskiRafael YusteThomas DanielMichael RegnierMartha BosmaAdrienne L. Fairhall

kinesiologyavian biologyneuronscomplete biomechanical modelneurosciencekinematicsfish biologyphysiologymammalian biologymotor controlbiomechanicsmotor behaviorhuman movement

Learning From Animals: How to Navigate Complex Terrains. PLoS Computational Biology (2020)

Henghui ZhuHao LiuArmin AtaeiYonatan MunkThomas DanielIoannis Ch. Paschalidis

avian biologyanimal behaviorcomplex terrainsbioinformaticsmovement analysiskinematicssystems biologyanimal sciencecomputational biologyzoologyspatial cognitionsynthetic biologynavigationanimal cognitionpath planning

Neural Evidence Supports a Dual Sensory-Motor Role for Insect Wings. Proceedings of the Royal Society B Biological Sciences (2017)

Brandon PrattTanvi DeoraThomas MohrenThomas Daniel

neural evidenceneuroanatomyneurosciencebiologydual sensory-motor rolesensorimotor transformationsinsect wings

Chronologically Sampled Flight Feathers Permits Recognition of Individual Molt-Migrants Due to Varying Protein Sources. PeerJ (2015)

Sievert RohwerAnthony D. FoxThomas DanielJeffrey F. Kelly

ornithologyavian biologyflight feathersimmunologyproteomicsmigration studiesphysiologymammalian biologyecologyclimate changeentomologyindividual molt-migrantsprotein sourcesadaptation

Peer Review #2 of"Chronologically Sampled Flight Feathers Permits Recognition of Individual Molt-Migrants Due to Varying Protein Sources (V0.1)". (2015)

Sievert RohwerAnthony FoxThomas DanielJeffrey KellyJeffery Kelly

avian biologyornithologyimmunologymigration studiesentomologyindividual molt-migrantsprotein sources

Serial Sampling Provides Chronological Evidence That Endogenous Protein is Used for Primary Growth in a Molt-Migrant Goose. (2014)

Sievert RohwerAnthony D FoxThomas DanielJeffery F Kelly

population ecologyprimary productionpopulation biologybiostatisticsagricultural economicsavian biologychronological evidenceevolutionary ecologymolt-migrant gooseprimary growthecologyanimal reproductionanimal nutritionclimate changeentomologylivestock scienceanimal breedinganimal productionendogenous proteinanimal scienceembryologyreproductive biology

SOCWISP: A 9 μA, Addressable Gen2 Sensor Tag for Biosignal Acquisition. Springer eBooks (2013)

Daniel YeagerFan ZhangAzin ZarrasvandNicole GeorgeThomas DanielBrian Otis

implantable sensorsbiosignal acquisitionsensorsbiomedical engineeringbiosignaturesbiosignal processingbiosensors

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Thomas-Daniel

Professor Emeritus

University of Washington

Affiliations

College of Arts & Sciences

Department of Biology

Thomas-daniel is currently serving as a College Of Arts & Sciences Professor Emeritus at University of Washington.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Thomas-Daniel

University of Washington

Professor Emeritus

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Bayesian Estimation of Muscle Mechanisms and Therapeutic Targets Using Variational Autoencoders. Biophysical Journal (2024)

Travis TuneKristina B KooikerJennifer DavisThomas DanielFarid Moussavi-Harami

biophysicsvariational autoencodersbiophysical modelingbayesian estimationmuscle mechanismstherapeutic targets

Identifying Mechanisms and Therapeutic Targets in Muscle Using Bayesian Parameter Estimation With Conditional Variational Autoencoders. bioRxiv (Cold Spring Harbor Laboratory) (2024)

Travis TuneKristina B KooikerJennifer DavisThomas DanielFarid Moussavi-Harami

Machine Learning Meets Monte Carlo Methods for Models of Muscle’s Molecular Machinery to Classify Mutations. The Journal of General Physiology (2023)

Anthony AsencioSage MalingenKristina B. KooikerJoseph D. PowersJennifer DavisThomas DanielFarid Moussavi-Harami

biophysicsmedicinemolecular machinerycomputational biologyphysiology

From Neuron to Muscle to Movement: A Complete Biomechanical Model of Hydra Contractile Behaviors. bioRxiv (Cold Spring Harbor Laboratory) (2020)

Hengji WangJoshua SworeShashank SharmaJohn SzymanskiRafael YusteThomas DanielMichael RegnierMartha BosmaAdrienne L. Fairhall

kinesiologyavian biologyneuronscomplete biomechanical modelneurosciencekinematicsfish biologyphysiologymammalian biologymotor controlbiomechanicsmotor behaviorhuman movement

Learning From Animals: How to Navigate Complex Terrains. PLoS Computational Biology (2020)

Henghui ZhuHao LiuArmin AtaeiYonatan MunkThomas DanielIoannis Ch. Paschalidis

Neural Evidence Supports a Dual Sensory-Motor Role for Insect Wings. Proceedings of the Royal Society B Biological Sciences (2017)

Brandon PrattTanvi DeoraThomas MohrenThomas Daniel

neural evidenceneuroanatomyneurosciencebiologydual sensory-motor rolesensorimotor transformationsinsect wings

Chronologically Sampled Flight Feathers Permits Recognition of Individual Molt-Migrants Due to Varying Protein Sources. PeerJ (2015)

Sievert RohwerAnthony D. FoxThomas DanielJeffrey F. Kelly

ornithologyavian biologyflight feathersimmunologyproteomicsmigration studiesphysiologymammalian biologyecologyclimate changeentomologyindividual molt-migrantsprotein sourcesadaptation

Peer Review #2 of"Chronologically Sampled Flight Feathers Permits Recognition of Individual Molt-Migrants Due to Varying Protein Sources (V0.1)". (2015)

Sievert RohwerAnthony FoxThomas DanielJeffrey KellyJeffery Kelly

avian biologyornithologyimmunologymigration studiesentomologyindividual molt-migrantsprotein sources

Serial Sampling Provides Chronological Evidence That Endogenous Protein is Used for Primary Growth in a Molt-Migrant Goose. (2014)

Sievert RohwerAnthony D FoxThomas DanielJeffery F Kelly

SOCWISP: A 9 μA, Addressable Gen2 Sensor Tag for Biosignal Acquisition. Springer eBooks (2013)

Daniel YeagerFan ZhangAzin ZarrasvandNicole GeorgeThomas DanielBrian Otis

implantable sensorsbiosignal acquisitionsensorsbiomedical engineeringbiosignaturesbiosignal processingbiosensors

1
2
10 / page

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Similar Faculty Members

Tyson Hedrick

Institution

University of North Carolina at Chapel Hill

nervous system

sensory control

Manny Azizi

Institution

University of California, Irvine

muscle mechanics

muscle function

Stephen M. Deban

Institution

University of South Florida

theoretical biology

evolutionary theory

Kiisa Carla Nishikawa

Institution

Northern Arizona University

physiology

neuroscience

Adam Chicco

Institution

Colorado State University

metabolic disorder

health science

Richard Blob

Institution

Clemson University

avian biology

biomechanics

Roy E. Ritzmann

Institution

Case Western Reserve University

bio-inspired robotics

myriapoda

Rolf Müller

Institution

Virginia Tech

deep reinforcement learning

robotic sensing

Nicolai Konow

Institution

University of Massachusetts Lowell

functional ecology

ecology evolution

David Hu

Institution

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mechanical engineering

clinical engineering