Faculty

Institution

Unit

Venue

Fernan Jaramillo

Carleton College

Affiliations

Carleton College

Biology

Cognitive Science

Neuroscience

NoneFernan Jaramillo is currently serving as a Biology faculty at Carleton College.

Honors

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Experiences

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Education

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Fernan Jaramillo

Carleton College

You can click a keyword to filter the displayed items

biophysics electrophysiology physiology cell biology biomechanics stochastic resonance neuroscience membrane biology signal transduction mathematical biology cellular physiology bioacoustics chaos theory cell biomechanics mechanoelectrical transduction noise neurophysiology dynamical systems mammalian biology biophysical review theoretical biology quaternary science brain science brownian motion membrane transport cell physiology experimental biophysics mathematical biophysics mechanotransduction macromolecular machines motor systems auditory system hair bundle hair cell channel blocker evoked movements hair bundles calcium ions hair cells physiological noise level saccular hair cells adaptation motors fluctuation analysis ice ages human sensory systems

Notable Scholarly Works

Notable Federal Grants

Collaborators

Stochastic Resonance in Hair Cell Mechanoelectrical Transduction. Fluctuation and Noise Letters (2004)

MATTHEW BENNETTKURT WIESENFELDFERNAN JARAMILLO

biophysicstheoretical biologyphysiologymathematical biologycell biomechanicselectrophysiologycell biologysignal transductionstochastic resonancebiomechanics

Stochastic Resonance: From Earth’s Ice Ages to Human Sensory Systems. Solid mechanics and its applications (2003)

Kurt WiesenfeldFernán Jaramillo

earth sciencesolid mechanicshuman sensory systemsice agesstochastic resonanceapplied physicsquaternary scienceplanetary sciences

Characterization of Adaptation Motors in Saccular Hair Cells by Fluctuation Analysis. Biophysical Journal (2002)

biological engineeringbiophysicsmacromolecular machinesbiophysical reviewmotor controlmotor systemsadaptation motorscytoskeletonmolecular motorsfluctuation analysissaccular hair cells

Physiological Noise Level Enhances Mechanoelectrical Transduction in Hair Cells. Chaos Solitons & Fractals (2000)

Fernán JaramilloKurt Wiesenfeld

biophysicsphysiological noise levelphysiologymechanoelectrical transductioncell biomechanicselectrophysiologyneurosciencehair cellsbioacousticschaos theorybiomechanics

Mechanoelectrical Transduction Assisted by Brownian Motion: A Role for Noise in the Auditory System. Nature Neuroscience (1998)

Fernán JaramilloKurt Wiesenfeld

biophysicsmechanoelectrical transductionelectrophysiologyauditory systemneurosciencebrain scienceneurophysiologybioacousticsbrownian motionnoise

Minireview of Stochastic Resonance. Chaos An Interdisciplinary Journal of Nonlinear Science (1998)

Kurt WiesenfeldFernan Jaramillo

stochastic resonancechaos theoryapplied mathematicsdynamical systems

Signal Transduction in Hair Cells and Its Regulation by Calcium. Neuron (1995)

cell physiologyphysiologycell biologycellular physiologysignal transductioncell and molecular biology

Localization of the Hair Cell's Transduction Channels at the Hair Bundle's Top by Iontophoretic Application of a Channel Blocker. Neuron (1991)

biophysicshair bundlemembrane transportelectrophysiologycell biologycellular physiologybiochemistrychannel blockermembrane biologyhair cell

Calcium Ions Promote Rapid Mechanically Evoked Movements of Hair Bundles. Lecture notes in biomathematics (1990)

Fernán JaramilloJ. HowardA. J. Hudspeth

biophysicsevoked movementscalcium ionsphysiologymathematical biologyelectrophysiologymechanotransductionexperimental biophysicsbiomedical engineeringmembrane biologymorphology (biology)mathematical biophysicshair bundlesmammalian biologybiomechanics

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Fernan Jaramillo

Carleton College

Affiliations

Carleton College

Biology

Cognitive Science

Neuroscience

NoneFernan Jaramillo is currently serving as a Biology faculty at Carleton 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

Fernan Jaramillo

Carleton College

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Stochastic Resonance in Hair Cell Mechanoelectrical Transduction. Fluctuation and Noise Letters (2004)

MATTHEW BENNETTKURT WIESENFELDFERNAN JARAMILLO

biophysicstheoretical biologyphysiologymathematical biologycell biomechanicselectrophysiologycell biologysignal transductionstochastic resonancebiomechanics

Stochastic Resonance: From Earth’s Ice Ages to Human Sensory Systems. Solid mechanics and its applications (2003)

Kurt WiesenfeldFernán Jaramillo

earth sciencesolid mechanicshuman sensory systemsice agesstochastic resonanceapplied physicsquaternary scienceplanetary sciences

Characterization of Adaptation Motors in Saccular Hair Cells by Fluctuation Analysis. Biophysical Journal (2002)

biological engineeringbiophysicsmacromolecular machinesbiophysical reviewmotor controlmotor systemsadaptation motorscytoskeletonmolecular motorsfluctuation analysissaccular hair cells

Physiological Noise Level Enhances Mechanoelectrical Transduction in Hair Cells. Chaos Solitons & Fractals (2000)

Fernán JaramilloKurt Wiesenfeld

biophysicsphysiological noise levelphysiologymechanoelectrical transductioncell biomechanicselectrophysiologyneurosciencehair cellsbioacousticschaos theorybiomechanics

Mechanoelectrical Transduction Assisted by Brownian Motion: A Role for Noise in the Auditory System. Nature Neuroscience (1998)

Fernán JaramilloKurt Wiesenfeld

biophysicsmechanoelectrical transductionelectrophysiologyauditory systemneurosciencebrain scienceneurophysiologybioacousticsbrownian motionnoise

Minireview of Stochastic Resonance. Chaos An Interdisciplinary Journal of Nonlinear Science (1998)

Kurt WiesenfeldFernan Jaramillo

stochastic resonancechaos theoryapplied mathematicsdynamical systems

Signal Transduction in Hair Cells and Its Regulation by Calcium. Neuron (1995)

cell physiologyphysiologycell biologycellular physiologysignal transductioncell and molecular biology

Localization of the Hair Cell's Transduction Channels at the Hair Bundle's Top by Iontophoretic Application of a Channel Blocker. Neuron (1991)

biophysicshair bundlemembrane transportelectrophysiologycell biologycellular physiologybiochemistrychannel blockermembrane biologyhair cell

Calcium Ions Promote Rapid Mechanically Evoked Movements of Hair Bundles. Lecture notes in biomathematics (1990)

Fernán JaramilloJ. HowardA. J. Hudspeth

1
10 / page