Faculty

Institution

Unit

Venue

Lawrence Rome

Professor

University of Pennsylvania

Affiliations

School of Arts & Sciences

Biology

Lawrence Rome is currently serving as a Biology Professor at University of Pennsylvania.

Honors

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Experiences

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Education

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Lawrence Rome

University of Pennsylvania

Professor

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physiology biomechanics exercise physiology muscle function animal physiology skeletal muscle kinesiology applied physiology avian biology fish biology human movement electrophysiology mammalian biology biophysics rehabilitation human physiology neurophysiology motor control cellular physiology experimental biology musculoskeletal science animal science physiological research mammalian physiology comparative physiology membrane biology zoology power output anatomy animal behavior animal performance cell physiology molecular physiology circulatory physiology exercise science sport physiology vascular biology physiological measurements liver physiology bioacoustics experimental biophysics red muscle stenotomus chrysops scup red muscle respiratory medicine chronic obstructive pulmonary disease orthopedic biomechanics avian locomotion upper extremity cell biomechanics cell motility musculoskeletal research veterinary physiology musculoskeletal function steady swimming human diaphragm superfast muscles muscle recruitment myofilament overlap maximum speed single muscle fibers muscle power output muscular system oyster toadfish tissue imaging cellular neurobiology psychoacoustics sound design auditory science movement analysis body size muscle injury feature scaling scaling analysis ratiometric calcium sensors frog muscular system

Notable Scholarly Works

Notable Federal Grants

Collaborators

Author Correction: Rubber Bands Reduce the Cost of Carrying Loads. Nature (2019)

Lawrence C. RomeLouis FlynnTaeseung D. Yoo

author correctionlogisticseconomics

Small Ca2+ Releases Enable Hour-Long High-Frequency Contractions in Midshipman Swimbladder Muscle. The Journal of General Physiology (2017)

Frank E. NelsonStephen HollingworthJames O. MarxStephen M. BaylorLawrence C. Rome

midshipman swimbladder muscleskeletal musclemuscle functionhuman physiologymammalian biologyliver physiologycirculatory physiologyelectrophysiologycomparative physiologymembrane biologyneurophysiologyrehabilitationapplied physiologyphysiologyexercise physiologykinesiologyendocrinologymammalian physiologycellular physiology

Opsanus Tau Toadfish, in the Anterior Lateral Line of the Oyster Effect of the Anesthetic Tricaine (Ms-222) on Nerve. (2015)

Allen F. MensingerPaul C. P. CurtinVioleta MedanHeike NeumeisterDaniel R. BronsonThomas PreussCraig A. RadfordCoen P. H. ElemansLawrence C. Rome

anesthesiaavian biologyneuroscienceanterior lateral lineanesthetic tricainefish biologypharmacologyopsanus tau toadfishneurologyoyster effectnervous system

Intracellular Calcium Movements During Relaxation and Recovery of Superfast Muscle Fibers of the Toadfish Swimbladder. The Journal of General Physiology (2014)

Frank E. NelsonStephen HollingworthLawrence C. RomeStephen M. Baylor

superfast muscle fibersmuscle functionhuman physiologymammalian biologymotor controlbiomechanicscomparative physiologyneurophysiologyapplied physiologyintracellular calcium movementsfish biologyanimal physiologyphysiologyveterinary physiologyexercise physiologykinesiologycardiologymammalian physiologybiologycellular physiology

Optimized Ratiometric Calcium Sensors for Functional in Vivo Imaging of Neurons and T Lymphocytes. Nature Methods (2014)

Thomas ThestrupJulia LitzlbauerIngo BartholomäusMarsilius MuesLuigi RussoHod DanaYuri KovalchukYajie LiangGeorgios KalamakisYvonne LaukatStefan BeckerGregor WitteAnselm GeigerTaylor AllenLawrence C RomeTsai-Wen ChenDouglas S KimOlga GaraschukChristian GriesingerOliver Griesbeck

biomedical imagingcellular neurobiologybone researchelectrophysiologyneurosciencebiological imagingneural engineeringphysiologymammalian biologynature methodneurologytissue imagingneurophysiologyratiometric calcium sensorsnervous system

Vocal Production Complexity Correlates With Neural Instructions in the Oyster Toadfish ( Opsanus Tau ). Journal of Experimental Biology (2014)

Coen P.H. ElemansAllen F. MensingerLawrence C. Rome

vocal production complexityavian biologyanimal behaviormarine biologyneurosciencefish biologyanimal physiologyphysiologymammalian biologyneural instructionsecologyoyster toadfishexperimental biology

Myoplasmic Calcium (Ca) Movements During Relaxation and Recovery of Superfast Muscle Fibers of the Toadfish Swimbladder (Tsb). Biophysical Journal (2013)

Frank E. NelsonStephen HollingworthLawrence C. RomeStephen M. Baylor

superfast muscle fibersskeletal muscletoadfish swimbladdermuscle functionmammalian biologybiomechanicsavian biologyliver physiologymembrane biologyneurophysiologyecologyfish biologyanimal physiologyphysiologytissue (biology)exercise physiologybiophysicsexperimental biophysicsmyoplasmic calcium

Paying the Piper: The Cost of Ca 2+ Pumping During the Mating Call of Toadfish. The Journal of Physiology (2011)

Claire L. HarwoodIain S. YoungBoris A. TikunovStephen HollingworthStephen M. BaylorLawrence C. Rome

avian biologyelectrophysiologymammalian physiologyanimal physiologyfish biologyphysiologyecologyclimate change

Sprawl Angle in Simplified Models of Vertical Climbing: Implications for Robots and Roaches. Applied Bionics and Biomechanics (2011)

Goran A. LynchLawrence RomeDaniel E. Koditschek

simplified modelsbionicsengineeringvertical climbingkinematicsapplied physicssprawl anglerehabilitationbiomechanicshuman movement

A Simple Experimentally Based Model Using Proprioceptive Regulation of Motor Primitives Captures Adjusted Trajectory Formation in Spinal Frogs. Journal of Neurophysiology (2009)

William J. KargoArun RamakrishnanCorey B. HartLawrence C. RomeSimon F. Giszter

spinal frogsmotor controltrajectory formationneuroscienceanimal physiologyphysiologyproprioceptive regulationneurophysiology

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Lawrence Rome

Professor

University of Pennsylvania

Affiliations

School of Arts & Sciences

Biology

Lawrence Rome is currently serving as a Biology Professor at University of Pennsylvania.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Lawrence Rome

University of Pennsylvania

Professor

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Author Correction: Rubber Bands Reduce the Cost of Carrying Loads. Nature (2019)

Lawrence C. RomeLouis FlynnTaeseung D. Yoo

author correctionlogisticseconomics

Small Ca2+ Releases Enable Hour-Long High-Frequency Contractions in Midshipman Swimbladder Muscle. The Journal of General Physiology (2017)

Frank E. NelsonStephen HollingworthJames O. MarxStephen M. BaylorLawrence C. Rome

Opsanus Tau Toadfish, in the Anterior Lateral Line of the Oyster Effect of the Anesthetic Tricaine (Ms-222) on Nerve. (2015)

Allen F. MensingerPaul C. P. CurtinVioleta MedanHeike NeumeisterDaniel R. BronsonThomas PreussCraig A. RadfordCoen P. H. ElemansLawrence C. Rome

anesthesiaavian biologyneuroscienceanterior lateral lineanesthetic tricainefish biologypharmacologyopsanus tau toadfishneurologyoyster effectnervous system

Intracellular Calcium Movements During Relaxation and Recovery of Superfast Muscle Fibers of the Toadfish Swimbladder. The Journal of General Physiology (2014)

Frank E. NelsonStephen HollingworthLawrence C. RomeStephen M. Baylor

Optimized Ratiometric Calcium Sensors for Functional in Vivo Imaging of Neurons and T Lymphocytes. Nature Methods (2014)

Vocal Production Complexity Correlates With Neural Instructions in the Oyster Toadfish ( Opsanus Tau ). Journal of Experimental Biology (2014)

Coen P.H. ElemansAllen F. MensingerLawrence C. Rome

vocal production complexityavian biologyanimal behaviormarine biologyneurosciencefish biologyanimal physiologyphysiologymammalian biologyneural instructionsecologyoyster toadfishexperimental biology

Myoplasmic Calcium (Ca) Movements During Relaxation and Recovery of Superfast Muscle Fibers of the Toadfish Swimbladder (Tsb). Biophysical Journal (2013)

Frank E. NelsonStephen HollingworthLawrence C. RomeStephen M. Baylor

Paying the Piper: The Cost of Ca 2+ Pumping During the Mating Call of Toadfish. The Journal of Physiology (2011)

Claire L. HarwoodIain S. YoungBoris A. TikunovStephen HollingworthStephen M. BaylorLawrence C. Rome

avian biologyelectrophysiologymammalian physiologyanimal physiologyfish biologyphysiologyecologyclimate change

Sprawl Angle in Simplified Models of Vertical Climbing: Implications for Robots and Roaches. Applied Bionics and Biomechanics (2011)

Goran A. LynchLawrence RomeDaniel E. Koditschek

simplified modelsbionicsengineeringvertical climbingkinematicsapplied physicssprawl anglerehabilitationbiomechanicshuman movement

A Simple Experimentally Based Model Using Proprioceptive Regulation of Motor Primitives Captures Adjusted Trajectory Formation in Spinal Frogs. Journal of Neurophysiology (2009)

William J. KargoArun RamakrishnanCorey B. HartLawrence C. RomeSimon F. Giszter

spinal frogsmotor controltrajectory formationneuroscienceanimal physiologyphysiologyproprioceptive regulationneurophysiology

1
2
3
4
5
8
10 / page

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Similar Faculty Members

James W. Hicks

Institution

University of California, Irvine

evolutionary biology

evolutionary approaches

Earl Homsher

Institution

University of California, Los Angeles

molecular motor

non-muscle myosin iib

Vincent J. Caiozzo

Institution

University of California, Irvine

skeletal muscle

skeletal muscle adaptation

Esther Dupont-Versteegden

Institution

University of Kentucky

skeletal muscle

muscle function

Andrew A. Biewener

Institution

Harvard University

musculoskeletal disorder

avian locomotion

Michael Roberts

Institution

Auburn University

skeletal muscle

muscle function

LaDora V. Thompson

Institution

Boston University

health science

frailty

Kenneth S. Campbell

Institution

University of Kentucky

physiology

cardiology

Thomas Clanton

Institution

University of Florida

heat stress

fluorescent imaging

Michael Hogan

Institution

University of California, San Diego

endurance exercise

human physiology