Faculty

Institution

Unit

Venue

Jim Bamburg

Emeritus Professor

Colorado State University

Affiliations

College of Natural Sciences

Biochemistry & Molecular Biology

Jim Bamburg is currently serving as a Biochemistry & Molecular Biology Emeritus Professor at Colorado State University.

Honors

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Experiences

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Education

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Jim Bamburg

Colorado State University

Emeritus Professor

You can click a keyword to filter the displayed items

neuroscience cell biology neurology protein science biochemistry structural biology membrane biology alzheimer's disease protein function cell signaling cellular neurobiology molecular neuroscience developmental neurobiology signal transduction cellular physiology molecular regulation neurophysiology neurochemistry molecular neurobiology cell motility vascular biology molecular physiology protein transport cellular biology cell regulation actin dynamics brain science protein expression molecular cell biology neural science cofilin-actin rods molecular neurodegeneration biological chemistry redox biology protein phosphorylation cell migration enzyme inhibition mammalian biology structural molecular biology cell death protein assembly depolymerization developmental science biochemical sciences applied physiology animal physiology growth cones clinical pharmacology biomolecular interactions actuation intracellular trafficking protein chemistry protein purification embryonic development muscle function renal function neuroinflammation cancer biology cofilin-actin rod pathology filopodial dynamics angiogenesis protein biosynthesis cell polarity cell biomechanics mechanotransduction neurite outgrowth actin depolymerizing factor actin-binding proteins alzheimer disease slingshot phosphatase chick brain nerve growth factor proinflammatory cytokines cultured cells slow axonal transport cell biologist

Notable Scholarly Works

Notable Federal Grants

Collaborators

Chemokine Receptor Antagonists Prevent and Reverse Cofilin-Actin Rod Pathology and Protect Synapses in Cultured Rodent and Human Ipsc-Derived Neurons. Biomedicines (2024)

Thomas B. KuhnLaurie S. MinamideLubna H. TahtamouniSydney A. AlderferKeifer P. WalshAlisa E. ShawOmar YanouriHenry J. HaiglerMichael R. RuffJames R. Bamburg

neurologymedicineneuroprotectioncofilin-actin rod pathologyhuman ipsc-derived neuronsneuropharmacologybrain functionalzheimer's diseasecellular neurobiologyneurosciencecultured rodent

Cofilactin Rod Formation Mediates Inflammation-Induced Neurite Degeneration. Cell Reports (2024)

Gökhan UrukEbony MocanuAlisa E. ShawJames R. BamburgRaymond A. Swanson

neuroinflammationinflammation-induced neurite degenerationcofilactin rod formationcell biologypathologyneuroscienceinflammation

Α-Synuclein Triggers Cofilin Pathology and Dendritic Spine Impairment via a Prpc-Ccr5 Dependent Pathway. Cell Death and Disease (2024)

Marina I. Oliveira da SilvaMiguel SantejoIsaac W. BabcockAna MagalhãesLaurie S. MinamideSeok-Joon WonErika CastilloEllen GerhardtChristiane FahlbuschRaymond A. SwansonTiago F. OuteiroRicardo TaipaMichael RuffJames R. BamburgMárcia A. Liz

neurologydendritic spine impairmentcell deatha-synuclein triggersalzheimer's diseasepathologyneuroscienceneurodegenerative diseases

Characterization of a Human Neuronal Culture System for the Study of Cofilin–Actin Rod Pathology. Biomedicines (2023)

Lubna H. TahtamouniSydney A. AlderferThomas B. KuhnLaurie S. MinamideSoham ChandaMichael R. RuffJames R. Bamburg

medicinebiomedical researchcofilin-actin rod pathologyurologyclinical researchneuroscienceneuroanatomy

Multiple N-Linked Glycosylation Sites Critically Modulate the Synaptic Abundance of Neuroligin Isoforms. Journal of Biological Chemistry (2023)

Orion BennerThomas P. CastLaurie S. MinamideZephyr LenningerJames R. BamburgSoham Chanda

glycobiologyneuroligin isoformsmolecular neurosciencemolecular neurobiologyneurochemistrysystems neurosciencemolecular biologymembrane proteinsbiological chemistrysynaptic abundanceglycosylationprotein sciencecellular neurobiologyneurosciencebiochemistry

The Role of Activated Androgen Receptor in Cofilin Phospho-Regulation Depends on the Molecular Subtype of Tnbc Cell Line and Actin Assembly Dynamics. PLoS ONE (2022)

Lubna TahtamouniAhmad AlzghoulSydney AlderferJiangyu SunMamoun AhramAshok PrasadJames Bamburg

molecular subtypereceptorsactin assembly dynamicspharmacologytnbc cell lineendocrinologycell signalingcofilin phospho-regulationmolecular biologyactivated androgen receptormembrane biologycell biology

Visualizing Cofilin-Actin Filaments by Immunofluorescence and Cryoem: Essential Steps for Observing Cofilactin in Cells. Methods in molecular biology (2022)

Laurie S. MinamideRyan HyltonMatthew SwuliusJames R. Bamburg

essential stepscell researchmolecular biological methodcell biologymolecular cell biologytissue imagingstructural biologycell detectionprotein sciencebone researchmembrane biologycofilin-actin filamentsbiomedical imagingnovel imaging methodsimmunologymolecular biologybiological imagingmicroscopybioimage analysismolecular imaging

Cofilin and Actin Dynamics: Multiple Modes of Regulation and Their Impacts in Neuronal Development and Degeneration. Cells (2021)

James BamburgLaurie MinamideO’Neil WigganLubna TahtamouniThomas Kuhn

actin dynamicsdevelopmental neurobiologyneuronal developmentcell regulationneuroscience

Cofilin Pathology is a New Player on α-Synuclein-Induced Spine Impairment in Models of Hippocampal Synucleinopathy. bioRxiv (Cold Spring Harbor Laboratory) (2021)

MI Oliveira da SilvaM SantejoIW BabcockA MagalhãesLS MinamideE CastilloE GerhardtC FahlbuschRA SwansonTF OuteiroJR BamburgMA Liz

cofilin pathologyneurologyneuropathologyhippocampal synucleinopathya-synuclein-induced spine impairmentpathologyneuroscienceneurodegenerative diseases

Direct Interaction of Hiv Gp120 With Neuronal Cxcr4 and Ccr5 Receptors Induces Cofilin-Actin Rod Pathology via a Cellular Prion Protein- and Nox-Dependent Mechanism. PLoS ONE (2021)

Lisa K. SmithIsaac W. BabcockLaurie S. MinamideAlisa E. ShawJames R. BamburgThomas B. Kuhn

protein functionnox-dependent mechanismreceptor (biochemistry)hivantiviral researchprotein scienceantiviral drug developmentinflammationcell traffickingdirect interactionmolecular physiologyprion diseasesimmunologyreceptorsgene expressionpharmacologycofilin-actin rod pathologymedicinal researchsignal transductionneuroscience

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Jim Bamburg

Emeritus Professor

Colorado State University

Affiliations

College of Natural Sciences

Biochemistry & Molecular Biology

Jim Bamburg is currently serving as a Biochemistry & Molecular Biology Emeritus Professor at Colorado State 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

Jim Bamburg

Colorado State University

Emeritus Professor

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Chemokine Receptor Antagonists Prevent and Reverse Cofilin-Actin Rod Pathology and Protect Synapses in Cultured Rodent and Human Ipsc-Derived Neurons. Biomedicines (2024)

Thomas B. KuhnLaurie S. MinamideLubna H. TahtamouniSydney A. AlderferKeifer P. WalshAlisa E. ShawOmar YanouriHenry J. HaiglerMichael R. RuffJames R. Bamburg

neurologymedicineneuroprotectioncofilin-actin rod pathologyhuman ipsc-derived neuronsneuropharmacologybrain functionalzheimer's diseasecellular neurobiologyneurosciencecultured rodent

Cofilactin Rod Formation Mediates Inflammation-Induced Neurite Degeneration. Cell Reports (2024)

Gökhan UrukEbony MocanuAlisa E. ShawJames R. BamburgRaymond A. Swanson

neuroinflammationinflammation-induced neurite degenerationcofilactin rod formationcell biologypathologyneuroscienceinflammation

Α-Synuclein Triggers Cofilin Pathology and Dendritic Spine Impairment via a Prpc-Ccr5 Dependent Pathway. Cell Death and Disease (2024)

neurologydendritic spine impairmentcell deatha-synuclein triggersalzheimer's diseasepathologyneuroscienceneurodegenerative diseases

Characterization of a Human Neuronal Culture System for the Study of Cofilin–Actin Rod Pathology. Biomedicines (2023)

Lubna H. TahtamouniSydney A. AlderferThomas B. KuhnLaurie S. MinamideSoham ChandaMichael R. RuffJames R. Bamburg

medicinebiomedical researchcofilin-actin rod pathologyurologyclinical researchneuroscienceneuroanatomy

Multiple N-Linked Glycosylation Sites Critically Modulate the Synaptic Abundance of Neuroligin Isoforms. Journal of Biological Chemistry (2023)

Orion BennerThomas P. CastLaurie S. MinamideZephyr LenningerJames R. BamburgSoham Chanda

The Role of Activated Androgen Receptor in Cofilin Phospho-Regulation Depends on the Molecular Subtype of Tnbc Cell Line and Actin Assembly Dynamics. PLoS ONE (2022)

Lubna TahtamouniAhmad AlzghoulSydney AlderferJiangyu SunMamoun AhramAshok PrasadJames Bamburg

Visualizing Cofilin-Actin Filaments by Immunofluorescence and Cryoem: Essential Steps for Observing Cofilactin in Cells. Methods in molecular biology (2022)

Laurie S. MinamideRyan HyltonMatthew SwuliusJames R. Bamburg

Cofilin and Actin Dynamics: Multiple Modes of Regulation and Their Impacts in Neuronal Development and Degeneration. Cells (2021)

James BamburgLaurie MinamideO’Neil WigganLubna TahtamouniThomas Kuhn

actin dynamicsdevelopmental neurobiologyneuronal developmentcell regulationneuroscience

Cofilin Pathology is a New Player on α-Synuclein-Induced Spine Impairment in Models of Hippocampal Synucleinopathy. bioRxiv (Cold Spring Harbor Laboratory) (2021)

MI Oliveira da SilvaM SantejoIW BabcockA MagalhãesLS MinamideE CastilloE GerhardtC FahlbuschRA SwansonTF OuteiroJR BamburgMA Liz

cofilin pathologyneurologyneuropathologyhippocampal synucleinopathya-synuclein-induced spine impairmentpathologyneuroscienceneurodegenerative diseases

Direct Interaction of Hiv Gp120 With Neuronal Cxcr4 and Ccr5 Receptors Induces Cofilin-Actin Rod Pathology via a Cellular Prion Protein- and Nox-Dependent Mechanism. PLoS ONE (2021)

Lisa K. SmithIsaac W. BabcockLaurie S. MinamideAlisa E. ShawJames R. BamburgThomas B. Kuhn

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biomedical informatics

translational data science

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