Faculty

Institution

Unit

Venue

Mark Howe

Assistant Professor

Boston University

Affiliations

College of Arts & Sciences

Neuroscience

Psychological & Brain Sciences

Mark Howe is currently serving as a College Of Arts & Sciences Assistant Professor at Boston University.

Honors

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Experiences

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Education

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Mark Howe

Boston University

Assistant Professor

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neuroscience neurophysiology cognitive neuroscience systems neuroscience neurology neural science neurodynamics physiology neuropharmacology neuroimaging neural engineering brain imaging behavioral neuroscience molecular neuroscience spinal cord reward systems cellular neurobiology brain science brain function brain circuitry neuroinformatics brain mapping brain organization dopamine depletion biomedical engineering nuclear science dopamine neurochemistry clinical neuroscience sensorimotor transformations motor systems neurotransmission neuromodulation (medicine) brain mechanisms nuclear engineering dopamine dynamics ultrafast neuronal imaging striatum signals proximity prolonged dopamine signalling distant rewards differential dynamics activity changes major shifts oscillatory activity habit learning dopaminergic signaling spontaneous movement rapid cholinergic lfp oscillations selective effects behavioural process parkinson's disease cognitive science huntington's disease

Video Presentations

Notable Scholarly Works

Notable Federal Grants

Collaborators

Dynamic Imbalances in Cell-Type Specific Striatal Ensemble Activity During Visually Guided Locomotion.. bioRxiv (Cold Spring Harbor Laboratory) (2024)

Brenna FeareyYuxin TongAndrew AlexanderBen GrahamMark Howe

physiologykinesiologysensorimotor transformationshuman movementspinal cordmotor controlnervous systemmotor systemscentral nervous systembiomechanicsneurosciencedynamic imbalances

Spatially Organized Striatal Neuromodulator Release Encodes Trajectory Errors. bioRxiv (Cold Spring Harbor Laboratory) (2024)

Eleanor H BrownYihan ZiMai-Anh T VuSafa BouabidJack LindseyChinyere Godfrey-NwachukwuAaquib AttarwalaAshok Litwin-KumarBrian DePasqualeMark Howe

trajectory errorsbiophysicsneural circuitssystems biologyneurotransmissionbrain organizationspinal cordsystems neuroscienceneurodynamicsneuromodulation (medicine)brain mechanismsstriatal neuromodulator releasecentral nervous systemneuroscienceneurophysiology

Spatially Organized Striatum-Wide Acetylcholine Dynamics for the Learning and Extinction of Pavlovian Cues and Actions. bioRxiv (Cold Spring Harbor Laboratory) (2024)

Safa BouabidLiangzhu ZhangMai-Anh T VuKylie TangBenjamin M GrahamChristian A NoggleMark W Howe

cognitive neurosciencepavlovian cuesstriatum-wide acetylcholine dynamicsneuroscienceneurophysiology

Targeted Micro-Fiber Arrays for Measuring and Manipulating Localized Multi-Scale Neural Dynamics Over Large, Deep Brain Volumes During Behavior. Neuron (2024)

Mai-Anh T. VuEleanor H. BrownMichelle J. WenChristian A. NoggleZicheng ZhangKevin J. MonkSafa BouabidLydia MrozBenjamin M. GrahamYizhou ZhuoYulong LiTimothy M. OtchyLin TianIan G. DavisonDavid A. BoasMark W. Howe

brain sciencebiophysicsmulti-scale neural dynamicsneuroimagingbrain imagingmicro-fiber arraysdeep brain volumesneuroinformaticssystems neuroscienceneural engineeringneurophysiologybrain mappingneural scienceneurosciencebehavioral neuroscience

Targeted Micro-Fiber Arrays for Measuring and Manipulating Localized Multi-Scale Neural Dynamics Over Large, Deep Brain Volumes During Behavior: Resources and Main Figure Data. Zenodo (CERN European Organization for Nuclear Research) (2024)

Mai-Anh VuEleanor BrownChristian NoggleZicheng ZhangKevin MonkSafa BouabidIan DavisonMark Howe

cognitive neurosciencematerials scienceradiation oncologyneuroimagingcomputational neurosciencebrain imagingnuclear sciencebrain organizationneuroinformaticsdeep brain volumessystems neurosciencemicro-fiber arraysneural engineeringbrain mappingmain figure dataneurosciencenuclear engineering

EDITORIAL: Dopamine Neuron Diversity in Circuits and Diseases. Frontiers in Neural Circuits (2022)

Jean-Francois PoulinTalia Newcombe LernerMark W. Howe

cognitive neuroscienceneurologyneurodegenerative diseasespsychiatrysystems neurosciencebrain functiondopamine neuron diversityneuroscienceneurophysiologybrain circuitry

Coordination of Rapid Cholinergic and Dopaminergic Signaling in Striatum During Spontaneous Movement. eLife (2019)

Mark HoweImane RidouhAnna Letizia Allegra MascaroAlyssa LariosMaite AzcorraDaniel A Dombeck

dopaminergic signalingsignal transductionspontaneous movementrapid cholinergicneuroscienceneurophysiology

Ultrafast Neuronal Imaging of Dopamine Dynamics With Designed Genetically Encoded Sensors. Science (2018)

Tommaso PatriarchiJounhong Ryan ChoKatharina MertenMark W. HoweAaron MarleyWei-Hong XiongRobert W. FolkGerard Joey BroussardRuqiang LiangMin Jee JangHaining ZhongDaniel DombeckMark von ZastrowAxel NimmerjahnViviana GradinaruJohn T. WilliamsLin Tian

biomedical engineeringbiological engineeringneuroimagingneurogeneticscomputational neurosciencebrain imagingdopamine dynamicsultrafast neuronal imagingneural engineeringneuroscienceneurophysiology

Rapid Signalling in Distinct Dopaminergic Axons During Locomotion and Reward. Nature (2016)

M. W. HoweD. A. Dombeck

physiologyneurologycognitive neurosciencecell signalingneuropharmacologymotor controlreward systemsneurosciencebehavioral neuroscience

Neurons in the Ventral Striatum Exhibit Cell-Type-Specific Representations of Outcome During Learning. Neuron (2014)

Hisham E. AtallahAndrew D. McCoolMark W. HoweAnn M. Graybiel

cognitive neurosciencebrain sciencenervous systemcellular neurobiologyneural scienceneuroanatomyneuroscienceneurophysiologyneurons

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Mark Howe

Assistant Professor

Boston University

Affiliations

College of Arts & Sciences

Neuroscience

Psychological & Brain Sciences

Mark Howe is currently serving as a College Of Arts & Sciences Assistant Professor at Boston University.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Mark Howe

Boston University

Assistant Professor

You can click a keyword to filter the displayed items

Video Presentations

Notable Scholarly Works

Notable Federal Grants

Collaborators

Dynamic Imbalances in Cell-Type Specific Striatal Ensemble Activity During Visually Guided Locomotion.. bioRxiv (Cold Spring Harbor Laboratory) (2024)

Brenna FeareyYuxin TongAndrew AlexanderBen GrahamMark Howe

physiologykinesiologysensorimotor transformationshuman movementspinal cordmotor controlnervous systemmotor systemscentral nervous systembiomechanicsneurosciencedynamic imbalances

Spatially Organized Striatal Neuromodulator Release Encodes Trajectory Errors. bioRxiv (Cold Spring Harbor Laboratory) (2024)

Eleanor H BrownYihan ZiMai-Anh T VuSafa BouabidJack LindseyChinyere Godfrey-NwachukwuAaquib AttarwalaAshok Litwin-KumarBrian DePasqualeMark Howe

Spatially Organized Striatum-Wide Acetylcholine Dynamics for the Learning and Extinction of Pavlovian Cues and Actions. bioRxiv (Cold Spring Harbor Laboratory) (2024)

Safa BouabidLiangzhu ZhangMai-Anh T VuKylie TangBenjamin M GrahamChristian A NoggleMark W Howe

cognitive neurosciencepavlovian cuesstriatum-wide acetylcholine dynamicsneuroscienceneurophysiology

Targeted Micro-Fiber Arrays for Measuring and Manipulating Localized Multi-Scale Neural Dynamics Over Large, Deep Brain Volumes During Behavior. Neuron (2024)

Mai-Anh VuEleanor BrownChristian NoggleZicheng ZhangKevin MonkSafa BouabidIan DavisonMark Howe

EDITORIAL: Dopamine Neuron Diversity in Circuits and Diseases. Frontiers in Neural Circuits (2022)

Jean-Francois PoulinTalia Newcombe LernerMark W. Howe

cognitive neuroscienceneurologyneurodegenerative diseasespsychiatrysystems neurosciencebrain functiondopamine neuron diversityneuroscienceneurophysiologybrain circuitry

Coordination of Rapid Cholinergic and Dopaminergic Signaling in Striatum During Spontaneous Movement. eLife (2019)

Mark HoweImane RidouhAnna Letizia Allegra MascaroAlyssa LariosMaite AzcorraDaniel A Dombeck

dopaminergic signalingsignal transductionspontaneous movementrapid cholinergicneuroscienceneurophysiology

Ultrafast Neuronal Imaging of Dopamine Dynamics With Designed Genetically Encoded Sensors. Science (2018)

biomedical engineeringbiological engineeringneuroimagingneurogeneticscomputational neurosciencebrain imagingdopamine dynamicsultrafast neuronal imagingneural engineeringneuroscienceneurophysiology

Rapid Signalling in Distinct Dopaminergic Axons During Locomotion and Reward. Nature (2016)

M. W. HoweD. A. Dombeck

physiologyneurologycognitive neurosciencecell signalingneuropharmacologymotor controlreward systemsneurosciencebehavioral neuroscience

Neurons in the Ventral Striatum Exhibit Cell-Type-Specific Representations of Outcome During Learning. Neuron (2014)

Hisham E. AtallahAndrew D. McCoolMark W. HoweAnn M. Graybiel

cognitive neurosciencebrain sciencenervous systemcellular neurobiologyneural scienceneuroanatomyneuroscienceneurophysiologyneurons

1
2
10 / page

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