Faculty

Institution

Unit

Venue

Suzanne Davis Neumueller

Medical College of Wisconsin

Affiliations

Physiology

NoneSuzanne Davis Neumueller is currently serving as a Physiology faculty at Medical College of Wisconsin.

Honors

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Experiences

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Education

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Suzanne Davis Neumueller

Medical College of Wisconsin

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physiology animal physiology neuroscience neurophysiology nervous system veterinary medicine respiratory neurobiology respiration (physiology) pharmacology veterinary physiology animal science caprine respiratory medicine central nervous system awake goats neurology mammalian biology veterinary science neuroanatomy applied physiology ventral respiratory column receptors mammalian physiology avian biology electrophysiology circulatory physiology livestock science human physiology neurochemistry chronic hypercapnia veterinary research physiological research exercise physiology ventilation pontine respiratory group molecular physiology hypoxia (medicine) clinical physiology sleep medicine pre-botzinger complex avian medicine cellular neurobiology carotid body denervation cellular physiology larynx neuromodulation (medicine) companion animals hyperpolarization (biology) homeostatic mechanisms atropine microdialysis ibotenic acid injections experimental medicine animal behavior animal cognition vestibular system brain function eupneic breathing pattern generation nrem sleep ethology animal performance animal behaviour translational physiology neurostimulation neuroinflammation brain science physiological plasticity experimental biology cell physiology neural stem cells hepatotoxicity dorsolateral pons integrated physiological responses presumed pre-botzinger complex kolliker-fuse nuclei site-specific effects

Notable Scholarly Works

Notable Federal Grants

Collaborators

Intravenous Injection of Fentanyl in Adult Awake Goats Increases Arterial Blood Pressure and Reduces Heart Rate Without Affecting Metabolic Rate or Temperature. Physiology (2023)

physiologyintravenous injectionpharmacologyanesthetic pharmacologyanimal physiologyadult awake goatsveterinary medicinemetabolic rateanesthesiaclinical researchanesthesiologylocal anesthetic pharmacologyveterinary physiologyanaesthetic agent

Mild and Moderate Chronic Hypercapnia Elicit Distinct Transcriptomic Responses of Immune Function in Cardiorespiratory Nuclei. Physiological Genomics (2023)

Kirstyn J. GramsSuzanne E. NeumuellerGary C. MouradianNicholas J. BurgraffMatthew R. HodgesLawrence PanHubert V. Forster

cellular immune responsescell signalingin vivo systemshuman biologyphysiological researchvascular biologychronic inflammationadaptive immune systemimmune responsesimmune functioninflammationcardiorespiratory nucleimammalian biologymolecular physiologyphysiologyimmunologyreceptorsapplied physiologymedicinal researchneuroscience

Physiological Effects of Fentanyl in Goats: Acute Withdrawal and Known and Novel Reversal Agents. Physiology (2023)

caprineanesthesiatoxicologyanesthesiologyexperimental pharmacologybehavioural pharmacologyneuropharmacologypharmacological studiesnovel reversal agentsanimal physiologyveterinary medicineanimal scienceacute withdrawalpharmacological researchphysiologyphysiological effectspharmacologyanesthetic pharmacologyveterinary science

Using Rna-Seq as an Unbiased Approach to Identify Adaptive Responses to Mild vs. Moderate Chronic Hypercapnia in Goats. Physiology (2023)

Kirstyn GramsSuzanne NeumuellerNicholas BurgraffGary MouradianLawrence PanMatthew HodgesHubert Forster

physiologyadaptive responsesanimal physiologyveterinary medicineveterinary physiology

Chronic Moderate Hypercapnia Suppresses Ventilatory Responses to Acute Co 2 Challenges. Journal of Applied Physiology (2022)

Kirstyn J. BuchholzSuzanne E. NeumuellerNicholas J. BurgraffMatthew R. HodgesLawrence PanHubert V. Forster

physiologycardiologyrehabilitationelectrophysiologyemergency medicineapplied physiologymammalian physiologyhuman physiologyrespiratory neurobiologyexercise physiologyventilatory responsesrespiratory medicineveterinary physiologyclinical physiologychronic moderate hypercapniacirculatory physiologyneurophysiology

Mild‐to‐Moderate Chronic Hypercapnia Impairs Adaptation of Acute Co 2 /H + Chemosensitivity but Not Steady‐State Ventilation. The FASEB Journal (2022)

Kirstyn J. BuchholzNicholas BurgraffSuzanne NeumuellerLawrence PanMatthew HodgesHubert Forster

physiologysteady-state ventilationemergency medicineexercise physiologyventilationrespiratory medicineintensive carecritical carehypoxia (medicine)

Dose‐Dependent Multiple Physiologic Effects of Systemic Fentanyl in Awake Adult Goats. The FASEB Journal (2021)

Kirstyn BuchholzNicholas BurgraffSuzanne NeumuellerMatthew HodgesLawrence PanHubert Forster

pharmacologyanimal physiologyavian medicineveterinary medicinesystemic fentanylanimal sciencetoxicologyawake adult goatsanesthesiologylivestock science

Physiological and Neurochemical Adaptations Following Abrupt Termination of Chronic Hypercapnia in Goats. Journal of Applied Physiology (2021)

Kirstyn J. BuchholzNicholas J. BurgraffSuzanne E. NeumuellerMatthew Robert HodgesLawrence G. PanHubert V. Forster

physiologyneurochemical adaptationschronic hypercapniaapplied physiologyanimal physiologymammalian biologyveterinary physiologyabrupt terminationneurophysiology

The Mechanisms of Neuroplasticity During Acclimatization to‐ and Deacclimatization From Chronic Hypercapnia Are Fundamentally Different. The FASEB Journal (2021)

Kirstyn BuchholzNicholas BurgraffSuzanne NeumuellerMatthew HodgesLawrence PanHubert Forster

neurologyrehabilitationchronic hypercapnianeuroscience

Beyond Oird: The Multiple Negative Effects of Systemic Fentanyl in Adult Goats. The FASEB Journal (2020)

Kirstyn BuchholzSuzanne NeumuellerNicholas BurgraffLawrence PanMatthew HodgesHubert Forster

adult goatsneurologymultiple negative effectspharmacologyavian medicineveterinary medicinebiologyveterinary researchhepatotoxicitysystemic fentanylanimal sciencetoxicologylivestock science

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Suzanne Davis Neumueller

Medical College of Wisconsin

Affiliations

Physiology

NoneSuzanne Davis Neumueller is currently serving as a Physiology faculty at Medical College of Wisconsin.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Suzanne Davis Neumueller

Medical College of Wisconsin

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Intravenous Injection of Fentanyl in Adult Awake Goats Increases Arterial Blood Pressure and Reduces Heart Rate Without Affecting Metabolic Rate or Temperature. Physiology (2023)

Mild and Moderate Chronic Hypercapnia Elicit Distinct Transcriptomic Responses of Immune Function in Cardiorespiratory Nuclei. Physiological Genomics (2023)

Kirstyn J. GramsSuzanne E. NeumuellerGary C. MouradianNicholas J. BurgraffMatthew R. HodgesLawrence PanHubert V. Forster

Physiological Effects of Fentanyl in Goats: Acute Withdrawal and Known and Novel Reversal Agents. Physiology (2023)

Using Rna-Seq as an Unbiased Approach to Identify Adaptive Responses to Mild vs. Moderate Chronic Hypercapnia in Goats. Physiology (2023)

Kirstyn GramsSuzanne NeumuellerNicholas BurgraffGary MouradianLawrence PanMatthew HodgesHubert Forster

physiologyadaptive responsesanimal physiologyveterinary medicineveterinary physiology

Chronic Moderate Hypercapnia Suppresses Ventilatory Responses to Acute Co 2 Challenges. Journal of Applied Physiology (2022)

Kirstyn J. BuchholzSuzanne E. NeumuellerNicholas J. BurgraffMatthew R. HodgesLawrence PanHubert V. Forster

Mild‐to‐Moderate Chronic Hypercapnia Impairs Adaptation of Acute Co 2 /H + Chemosensitivity but Not Steady‐State Ventilation. The FASEB Journal (2022)

Kirstyn J. BuchholzNicholas BurgraffSuzanne NeumuellerLawrence PanMatthew HodgesHubert Forster

physiologysteady-state ventilationemergency medicineexercise physiologyventilationrespiratory medicineintensive carecritical carehypoxia (medicine)

Dose‐Dependent Multiple Physiologic Effects of Systemic Fentanyl in Awake Adult Goats. The FASEB Journal (2021)

Kirstyn BuchholzNicholas BurgraffSuzanne NeumuellerMatthew HodgesLawrence PanHubert Forster

pharmacologyanimal physiologyavian medicineveterinary medicinesystemic fentanylanimal sciencetoxicologyawake adult goatsanesthesiologylivestock science

Physiological and Neurochemical Adaptations Following Abrupt Termination of Chronic Hypercapnia in Goats. Journal of Applied Physiology (2021)

Kirstyn J. BuchholzNicholas J. BurgraffSuzanne E. NeumuellerMatthew Robert HodgesLawrence G. PanHubert V. Forster

physiologyneurochemical adaptationschronic hypercapniaapplied physiologyanimal physiologymammalian biologyveterinary physiologyabrupt terminationneurophysiology

The Mechanisms of Neuroplasticity During Acclimatization to‐ and Deacclimatization From Chronic Hypercapnia Are Fundamentally Different. The FASEB Journal (2021)

Kirstyn BuchholzNicholas BurgraffSuzanne NeumuellerMatthew HodgesLawrence PanHubert Forster

neurologyrehabilitationchronic hypercapnianeuroscience

Beyond Oird: The Multiple Negative Effects of Systemic Fentanyl in Adult Goats. The FASEB Journal (2020)

Kirstyn BuchholzSuzanne NeumuellerNicholas BurgraffLawrence PanMatthew HodgesHubert Forster

adult goatsneurologymultiple negative effectspharmacologyavian medicineveterinary medicinebiologyveterinary researchhepatotoxicitysystemic fentanylanimal sciencetoxicologylivestock science

1
2
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4
5
14
10 / page

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Hubert V. Forster, PhD

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respiratory physiology

respiration (physiology)

Ann Schreihofer

Institution

University of North Texas Health Science Center

oxytocin

solitary nucleus

Melinda R. Dwinell PhD

Institution

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David R. Harder

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vascular biology

physiology

Justin L. Grobe PhD

Institution

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physiology

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Irene Solomon

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autonomic neurophysiology

neuropsychopharmacology

Mark Chapleau

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neural mechanisms

neuropsychopharmacology

Hershel Raff

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endocrinology

physiology

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neurological disorders

abnormal development