Faculty

Institution

Unit

Venue

John Woolum

California State University, Los Angeles

Affiliations

College of Natural and Social Sciences

Department Of Physics And Astronomy

NoneJohn Woolum is currently serving as a College Of Natural And Social Sciences faculty at California State University, Los Angeles.

Honors

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Experiences

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Education

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John Woolum

California State University, Los Angeles

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neuroscience chronobiology nervous system physiology anatomy neurophysiology neurons pineal research pineal gland homeostatic mechanisms biology biophysics neural circuits optogenetics biophotonics fluorescence photomedicine vascular biology respiratory medicine antipode cryptochromes ganglion cell chemical probes phosphorescence bioluminescence neurotransmission neonatology angiology extraterrestrial intelligence particle cosmology unicellular organism circadian rhythm circadian oscillator membrane‐potential‐sensitive dyes acetabularia acetabulum neonatal vascular chronome unicellular model spectral aspects light transmission eukaryotic unicell

Notable Scholarly Works

Notable Federal Grants

Collaborators

The Cosmos in a Eukaryotic Unicell. (2008)

cosmologyastrophysicsextraterrestrial intelligenceeukaryotic unicellparticle cosmologyastronomyastrobiologyantipodeunicellular organism

Acetabularia Acetabulum: Unicellular Model of Neonatal Vascular Chronome. (2003)

George KatinasSigrid BergerGermaine G Cornelissen-GuillaumeDewayne HillmanJohn C. WoolumMark EngebretsonElena V. SyutkinaAnatoly MasalovZhengrong WangChaomin WanEarl E. BakkenOthild SchwartzkopffFranz Halberg

neonatologyhealth sciencesrespiratory medicineangiologyunicellular modelneonatal vascular chronomeanatomyacetabularia acetabulumimmunologydermatologyvascular biologyhematologychronobiology

Spectral Aspects of Acetabularia's Light Transmission Chronome - Effects of Enucleation. Neuro-endocrinology letters (2003)

John C. WoolumGermaine G Cornelissen-GuillaumeDora K. HayesFranz Halberg

neurologyendocrinologyneurosciencelight transmissionspectral aspectselectrophysiologychronobiology

A Re-Examination of the Role of the Nucleus in Generating the Circadian Rhythm in Acetabularia. Journal of Biological Rhythms (1991)

nervous systemneurosciencehomeostatic mechanismscircadian rhythmanatomypineal researchcryptochromespineal glandneurophysiologychronobiologyphysiology

Is the Period of the Circadian Oscillator in the Eye Ofaplysia Directly Homeostatically Regulated?. Journal of Comparative Physiology A (1983)

nervous systembiologyneuroscienceneuronshomeostatic mechanismscircadian oscillatorpineal researchpineal glandneurophysiologychronobiologyphysiology

Membrane‐Potential‐Sensitive Dyes for Optical Monitoring of Activity in Aplysia Neurons. Journal of Neurobiology (1978)

nervous systembiophysicsphosphorescenceneuroscienceneuronsbioluminescenceneurotransmissionmembrane‐potential‐sensitive dyeschemical probesganglion cellphotomedicineneural circuitsbiophotonicsoptogeneticsfluorescence

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John Woolum

California State University, Los Angeles

Affiliations

College of Natural and Social Sciences

Department Of Physics And Astronomy

NoneJohn Woolum is currently serving as a College Of Natural And Social Sciences faculty at California State University, Los Angeles.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

John Woolum

California State University, Los Angeles

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

The Cosmos in a Eukaryotic Unicell. (2008)

cosmologyastrophysicsextraterrestrial intelligenceeukaryotic unicellparticle cosmologyastronomyastrobiologyantipodeunicellular organism

Acetabularia Acetabulum: Unicellular Model of Neonatal Vascular Chronome. (2003)

neonatologyhealth sciencesrespiratory medicineangiologyunicellular modelneonatal vascular chronomeanatomyacetabularia acetabulumimmunologydermatologyvascular biologyhematologychronobiology

Spectral Aspects of Acetabularia's Light Transmission Chronome - Effects of Enucleation. Neuro-endocrinology letters (2003)

John C. WoolumGermaine G Cornelissen-GuillaumeDora K. HayesFranz Halberg

neurologyendocrinologyneurosciencelight transmissionspectral aspectselectrophysiologychronobiology

A Re-Examination of the Role of the Nucleus in Generating the Circadian Rhythm in Acetabularia. Journal of Biological Rhythms (1991)

nervous systemneurosciencehomeostatic mechanismscircadian rhythmanatomypineal researchcryptochromespineal glandneurophysiologychronobiologyphysiology

Is the Period of the Circadian Oscillator in the Eye Ofaplysia Directly Homeostatically Regulated?. Journal of Comparative Physiology A (1983)

nervous systembiologyneuroscienceneuronshomeostatic mechanismscircadian oscillatorpineal researchpineal glandneurophysiologychronobiologyphysiology

Membrane‐Potential‐Sensitive Dyes for Optical Monitoring of Activity in Aplysia Neurons. Journal of Neurobiology (1978)

1
10 / page