Faculty

Institution

Unit

Venue

Saobo Lei

Professor

University of North Dakota

Affiliations

Medicine

Department of Biomedical Sciences

School of Medicine & Health Sciences

Medicine

Saobo Lei is currently serving as a Biomedical Sciences Professor at University of North Dakota.

Honors

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Experiences

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Education

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Saobo Lei

University of North Dakota

Professor

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neuroscience neurology neurophysiology neuropharmacology neurochemistry physiology cellular neurobiology neurotransmission cognitive neuroscience central nervous system neural science pharmacology systems neuroscience neuroanatomy signal transduction molecular neurobiology entorhinal cortex molecular neuroscience brain function affective neuroscience cellular physiology gabaergic transmission brain science neuronal excitability animal physiology molecular physiology mammalian biology neuropsychopharmacology biological psychiatry clinical neuroscience neurotransmitters rat entorhinal cortex brain stimulation girk channels neuroprotection neuroinflammation physiological research mammalian physiology neural mechanisms cell physiology hyperpolarization (biology) juvenile rats rat hippocampus oxytocin receptors psychoneuroendocrinology brain circuitry neurodynamics dopamine spatial learning long-term depression releasable vesicles glutamate release ampa receptors glutamate release probability glutamatergic transmission epileptic activities clinical investigation cell death toxins avian biology protein science peptide science biological chemistry neurorehabilitation human physiology inhibitory activity molecular regulation cognitive electrophysiology cell regulation ageism neurostimulation neuromodulation (medicine) nutritional neuroscience cell culture neurobiological mechanisms neuroendocrine mechanisms

Notable Scholarly Works

Notable Federal Grants

Collaborators

Ionic Mechanisms Involved in Arginine Vasopressin-Mediated Excitation of Auditory Cortical and Thalamic Neurons. Molecular and Cellular Neuroscience (2024)

Phani K. KolaChidiebele S. OraegbunaSaobo Lei

neurologyneurochemistryarginine vasopressin-mediated excitationsystems neurosciencecellular neurobiologyelectrophysiologycognitive neuroscienceneurosciencemolecular neurobiologyionic mechanismsbrain scienceneurophysiologymolecular neurosciencethalamic neurons

Leptin Excites Basolateral Amygdala Principal Neurons and Reduces Food Intake by Leprb‐Jak2‐Pi3K‐Dependent Depression of Girk Channels. Journal of Cellular Physiology (2023)

Cody A. BoylePhani K. KolaChidiebele S. OraegbunaSaobo Lei

biological psychiatrygirk channelsreduces food intakeneuroscienceneurophysiologypharmacologyaffective neuroscienceneural mechanismscell physiologyphysiologynutritional neuroscienceneurochemistrycellular neurobiologycellular physiologyneuropsychopharmacologycognitive neurosciencemolecular physiologynervous systemdepressioncentral nervous system

Neuromedin B Excites Central Lateral Amygdala Neurons and Reduces Cardiovascular Output and Fear‐Potentiated Startle. Journal of Cellular Physiology (2023)

Cody A. BoyleSaobo Lei

cell physiologyneurologysystems neurosciencephysiologyneuroanatomycellular neurobiologyelectrophysiologycellular physiologyneuroscienceneurophysiologyfear-potentiated startleaffective neurosciencecentral nervous system

Ionic Signalling Mechanisms Involved in Neurokinin‐3 Receptor‐Mediated Augmentation of Fear‐Potentiated Startle Response in the Basolateral Amygdala. The Journal of Physiology (2022)

Cody A. BoyleBinqi HuKati L. QuaintanceMorgan R. MastrudSaobo Lei

neuropharmacologyphysiologyfear-potentiated startle responseelectrophysiologyneurosciencepharmacologybasolateral amygdalaaffective neurosciencereceptors

Plcβ-Mediated Depletion of Pip2 and Atp-Sensitive K+ Channels Are Involved in Arginine Vasopressin-Induced Facilitation of Neuronal Excitability and Ltp in the Dentate Gyrus. eNeuro (2022)

dentate gyrusphysiologyneuronsarginine vasopressin-induced facilitationcellular physiologyneurosciencemolecular neurobiologyhyperpolarization (biology)molecular physiologyneurophysiologyplcβ-mediated depletionneurotransmission

Plcβ-Mediated Depletion of Pip 2 and Atp-Sensitive K + Channels Are Involved in Arginine Vasopressin-Induced Facilitation of Neuronal Excitability and Ltp in the Dentate Gyrus. eNeuro (2022)

Saobo LeiCody A. BoyleMorgan Mastrud

neurologyplcb-mediated depletionneurochemistrydentate gyrussystems neuroscienceneuropharmacologyarginine vasopressin-induced facilitationelectrophysiologyneuroscienceneurophysiologyneuronal excitabilitypharmacologybrain functioncentral nervous system

Roles of Plcβ, Pip2, and Girk Channels in Arginine Vasopressin-Elicited Excitation of Ca1 Pyramidal Neurons. J Cell Physiol (2022)

neural circuitsphysiologyca1 pyramidal neuronsneuronsgirk channelscellular physiologyneurosciencehyperpolarization (biology)molecular physiologyneurophysiologyneurotransmissionarginine vasopressin-elicited excitation

Activation of V1A Vasopressin Receptors Excite Subicular Pyramidal Neurons by Activating Trpv1 and Depressing Girk Channels. Neuropharmacology (2021)

Saobo LeiBinqi HuNeda Rezagholizadeh

neuropharmacologycell signalinggirk channelsneurosciencesignal transductionsubicular pyramidal neurons

Involvement of Trpc5 Channels, Inwardly Rectifying K+ Channels, Plcβ and Pip2 in Vasopressin-Mediated Excitation of Medial Central Amygdala Neurons. J Physiol (2021)

neurologymolecular neurodegenerationtrpc5 channelsk+ channelsphysiologyvasopressin-mediated excitationcellular neurobiologyneuronsneurosciencehyperpolarization (biology)molecular physiologyneurophysiologynervous systemneurotransmissioncentral nervous system

Involvement of Trpc5 Channels, Inwardly Rectifying K + Channels, Plcβ and Pip 2 in Vasopressin‐Mediated Excitation of Medial Central Amygdala Neurons. The Journal of Physiology (2021)

Cody A. BoyleBinqi HuKati L. QuaintanceSaobo Lei

biophysicsphysiological researchcardiologyneurochemistryneurostimulationphysiologyvasopressin-mediated excitationcellular neurobiologyelectrophysiologycellular physiologyneuroscienceneurophysiologysignal transductiongene expressionneurotransmission

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Saobo Lei

Professor

University of North Dakota

Affiliations

Medicine

Department of Biomedical Sciences

School of Medicine & Health Sciences

Medicine

Saobo Lei is currently serving as a Biomedical Sciences Professor at University of North Dakota.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Saobo Lei

University of North Dakota

Professor

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Ionic Mechanisms Involved in Arginine Vasopressin-Mediated Excitation of Auditory Cortical and Thalamic Neurons. Molecular and Cellular Neuroscience (2024)

Phani K. KolaChidiebele S. OraegbunaSaobo Lei

Leptin Excites Basolateral Amygdala Principal Neurons and Reduces Food Intake by Leprb‐Jak2‐Pi3K‐Dependent Depression of Girk Channels. Journal of Cellular Physiology (2023)

Cody A. BoylePhani K. KolaChidiebele S. OraegbunaSaobo Lei

Neuromedin B Excites Central Lateral Amygdala Neurons and Reduces Cardiovascular Output and Fear‐Potentiated Startle. Journal of Cellular Physiology (2023)

Cody A. BoyleSaobo Lei

Ionic Signalling Mechanisms Involved in Neurokinin‐3 Receptor‐Mediated Augmentation of Fear‐Potentiated Startle Response in the Basolateral Amygdala. The Journal of Physiology (2022)

Cody A. BoyleBinqi HuKati L. QuaintanceMorgan R. MastrudSaobo Lei

neuropharmacologyphysiologyfear-potentiated startle responseelectrophysiologyneurosciencepharmacologybasolateral amygdalaaffective neurosciencereceptors

Plcβ-Mediated Depletion of Pip2 and Atp-Sensitive K+ Channels Are Involved in Arginine Vasopressin-Induced Facilitation of Neuronal Excitability and Ltp in the Dentate Gyrus. eNeuro (2022)

Plcβ-Mediated Depletion of Pip 2 and Atp-Sensitive K + Channels Are Involved in Arginine Vasopressin-Induced Facilitation of Neuronal Excitability and Ltp in the Dentate Gyrus. eNeuro (2022)

Saobo LeiCody A. BoyleMorgan Mastrud

Roles of Plcβ, Pip2, and Girk Channels in Arginine Vasopressin-Elicited Excitation of Ca1 Pyramidal Neurons. J Cell Physiol (2022)

Activation of V1A Vasopressin Receptors Excite Subicular Pyramidal Neurons by Activating Trpv1 and Depressing Girk Channels. Neuropharmacology (2021)

Saobo LeiBinqi HuNeda Rezagholizadeh

neuropharmacologycell signalinggirk channelsneurosciencesignal transductionsubicular pyramidal neurons

Involvement of Trpc5 Channels, Inwardly Rectifying K+ Channels, Plcβ and Pip2 in Vasopressin-Mediated Excitation of Medial Central Amygdala Neurons. J Physiol (2021)

Involvement of Trpc5 Channels, Inwardly Rectifying K + Channels, Plcβ and Pip 2 in Vasopressin‐Mediated Excitation of Medial Central Amygdala Neurons. The Journal of Physiology (2021)

Cody A. BoyleBinqi HuKati L. QuaintanceSaobo Lei

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endogenous neurosteroids

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