Faculty

Institution

Unit

Venue

Joaquin N. Lugo

Associate Professor

Baylor University

Affiliations

Graduate School

Joaquin N. Lugo is currently serving as a Graduate School Associate Professor at Baylor University.

Honors

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Experiences

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Education

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Joaquin N. Lugo

Baylor University

Associate Professor

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neuroscience neurology mammalian biology epilepsy genetics cognitive neuroscience behavioral neuroscience knockout mice neuroanatomy behavioral sciences brain science brain function animal cognition neurogenetics animal behavior molecular neurobiology memory hearing research neural science systems neuroscience neuroinflammation neuropharmacology bioacoustics ultrasonic vocalizations neurorehabilitation neurodevelopmental disorders medicinal research neurochemistry auditory science neonatology behavioral research bone research molecular neurodegeneration clinical neuroscience cytokines mammalian physiology mouse model peptides protein science animal science experimental medicine neuroscience of aging experimental gerontology prion diseases in vivo systems experiment design scientific visualization sex differences experimental neuropathology bone metabolism early life exposures cortical dysplasia status epilepticus memory deficits acute seizure neuronal deletion ultrasonic vocalization behavior tensin homolog protein misfolding biological targets vaccine targets memory loss integrative biology animal testing sensory science behavior analysis perception-action loop breeding behavior brain stimulation rat pilocarpine model neuronal hypertrophy synaptic proteins autism-like behavioral deficits mammalian target critical review postulated role cognitive deficits autism psychiatric genetics molecular neuroscience early-life seizures molecular cell biology molecular psychiatry social deficits syndromic autism biological psychiatry

Notable Scholarly Works

Notable Federal Grants

Collaborators

Neuronal Subset-Specific Pten-Deficient Mice Do Not Exhibit Deficits in Sensorimotor Gating Processes. F1000Research (2025)

Matthew S. BinderSuzanne O. NolanJoaquin N. Lugo

geneticsneurologycellular neurobiologysensorimotor gating processesmammalian biologyneurodynamicsneurosciencemolecular neurobiologyneuroanatomybrain functionsystems neurosciencedevelopmental neurobiologycognitive neurosciencemotor control

Agomelatine is Unable to Attenuate Kainic Acid–Induced Deficits in Early Life Communicative Behavior. Developmental Psychobiology (2024)

Matthew S. BinderZachary J. PranskeSamantha L. HodgesPaige D. WombleEliesse M. KwokSaul I. QuinteroAndrew D. KimDavid A. NarvaizJoaquin N. Lugo

early life exposuresdevelopmental psychologycognitive developmentlanguage developmentbehavioral sciences

A Two-Hit Approach Inducing Flurothyl Seizures in Fmr1 Knockout Mice Impacts Anxiety and Repetitive Behaviors. Brain Sciences (2024)

Katherine J. BlandinDavid A. NarvaizDonald Gregory SullensPaige D. WombleSamantha L. HodgesMatthew S. BinderAmanda FaustPhuoc H. NguyenZachary J. PranskeJoaquin N. Lugo

repetitive behaviorsneuroscienceanxiety disorderspsychologybrain scienceflurothyl seizuresstress (biology)behavioral sciencesepilepsybehavioral neuroscience

Neonatal Immune Stimulation Results in Sex‐Specific Changes in Ultrasonic Vocalizations but Does Not Affect Seizure Susceptibility in Neonatal Mice. International Journal of Developmental Neuroscience (2024)

Danielle Santana‐CoelhoZachary J. PranskeSuzanne O. NolanSamantha L. HodgesMatthew S. BinderPaige D. WombleDavid A. NarvaizIlyasah MuhammadJoaquin N. Lugo

neonatologyultrasonic vocalizationsneurosciencesex-specific changesneonatal miceseizure susceptibilitydevelopmental neurobiology

Ns-Pten Knockout Mice Exhibit Sex and Hippocampal Subregion-Specific Increases in Microglia/Macrophage Density. Epilepsy Research (2024)

David A NarvaizKatherine J BlandinD Gregory SullensPaige D WombleJacob B PilcherGrace O'NeillTaylor A WileyEliesse M KwokSrikhar V ChilukuriJoaquin N Lugo

neurologyneurosciencemolecular neurobiologyhippocampal subregion-specific increasescentral nervous systemepilepsy

Assessment of Tau Phosphorylation and β‐Amyloid Pathology in Human Drug‐Resistant Epilepsy. Epilepsia Open (2023)

Alisha AroorPhuoc NguyenYibo LiRohit DasJoaquin N. LugoAmy L. Brewster

neurologyalzheimer's diseaseb-amyloid pathologyhuman drug-resistant epilepsytau phosphorylationepilepsy

Author Response for"Lipopolysaccharide‐Induced Sickness Behavior is Not Altered in Male I Fmr1 /I ‐Deficient Mice". (2023)

None Danielle Santana‐CoelhoNone Samantha L. HodgesNone Saul I. QuinteroNone Paige D. WombleNone D. Greg SullensNone David A. NarvaizNone Rebecca HerreraNone Melanie J. SekeresNone Joaquin N. Lugo

geneticsneurologyneurosciencelipopolysaccharide-induced sickness behaviorauthor responsemammalian biology

Fragile X Messenger Ribonucleoprotein 1 (Fmr1), a Novel Inhibitor of Osteoblast/Osteocyte Differentiation, Regulates Bone Formation, Mass, and Strength in Young and Aged Male and Female Mice. Bone Research (2023)

Padmini DeosthaleJulián Balanta-MeloAmy CreecyChongshan LiuAlejandro MarcialLaura MoralesJulita CridlinSylvia RobertsonChiebuka OkparaDavid J. SanchezMahdi AyoubiJoaquín N. LugoChristopher J. HernandezJoseph M. WallaceLilian I. Plotkin

pharmacologynovel inhibitorgene expressionmusculoskeletal researchstructural biologytissue (biology)neurosciencebone formationorthopaedic researchdevelopmental biologybone researchmedicinal researchnovel therapiesbone metabolismmammalian biologyregenerative medicinebiomechanics

Hippocampal Upregulation of Complement Component C3 in Response to Lipopolysaccharide Stimuli in a Model of Fragile-X Syndrome. Current Issues in Molecular Biology (2023)

Danielle Santana-CoelhoJoaquin N. Lugo

geneticsfragile-x syndromeneurosciencemolecular neurobiologymolecular biologymolecular neurosciencehippocampal upregulation

Lipopolysaccharide‐Induced Sickness Behavior is Not Altered in Male Fmr1 ‐Deficient Mice. Brain and Behavior (2023)

Danielle Santana‐CoelhoSamantha L. HodgesSaul I. QuinteroPaige D. WombleD. Greg SullensDavid A. NarvaizRebecca HerreraMelanie J. SekeresJoaquin N. Lugo

geneticsneurologyanimal behaviorneurogeneticsneurosciencelipopolysaccharide-induced sickness behaviormammalian biology

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Joaquin N. Lugo

Associate Professor

Baylor University

Affiliations

Graduate School

Joaquin N. Lugo is currently serving as a Graduate School Associate Professor at Baylor 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

Joaquin N. Lugo

Baylor University

Associate Professor

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Neuronal Subset-Specific Pten-Deficient Mice Do Not Exhibit Deficits in Sensorimotor Gating Processes. F1000Research (2025)

Matthew S. BinderSuzanne O. NolanJoaquin N. Lugo

Agomelatine is Unable to Attenuate Kainic Acid–Induced Deficits in Early Life Communicative Behavior. Developmental Psychobiology (2024)

Matthew S. BinderZachary J. PranskeSamantha L. HodgesPaige D. WombleEliesse M. KwokSaul I. QuinteroAndrew D. KimDavid A. NarvaizJoaquin N. Lugo

early life exposuresdevelopmental psychologycognitive developmentlanguage developmentbehavioral sciences

A Two-Hit Approach Inducing Flurothyl Seizures in Fmr1 Knockout Mice Impacts Anxiety and Repetitive Behaviors. Brain Sciences (2024)

Katherine J. BlandinDavid A. NarvaizDonald Gregory SullensPaige D. WombleSamantha L. HodgesMatthew S. BinderAmanda FaustPhuoc H. NguyenZachary J. PranskeJoaquin N. Lugo

repetitive behaviorsneuroscienceanxiety disorderspsychologybrain scienceflurothyl seizuresstress (biology)behavioral sciencesepilepsybehavioral neuroscience

Danielle Santana‐CoelhoZachary J. PranskeSuzanne O. NolanSamantha L. HodgesMatthew S. BinderPaige D. WombleDavid A. NarvaizIlyasah MuhammadJoaquin N. Lugo

neonatologyultrasonic vocalizationsneurosciencesex-specific changesneonatal miceseizure susceptibilitydevelopmental neurobiology

Ns-Pten Knockout Mice Exhibit Sex and Hippocampal Subregion-Specific Increases in Microglia/Macrophage Density. Epilepsy Research (2024)

David A NarvaizKatherine J BlandinD Gregory SullensPaige D WombleJacob B PilcherGrace O'NeillTaylor A WileyEliesse M KwokSrikhar V ChilukuriJoaquin N Lugo

neurologyneurosciencemolecular neurobiologyhippocampal subregion-specific increasescentral nervous systemepilepsy

Assessment of Tau Phosphorylation and β‐Amyloid Pathology in Human Drug‐Resistant Epilepsy. Epilepsia Open (2023)

Alisha AroorPhuoc NguyenYibo LiRohit DasJoaquin N. LugoAmy L. Brewster

neurologyalzheimer's diseaseb-amyloid pathologyhuman drug-resistant epilepsytau phosphorylationepilepsy

Author Response for"Lipopolysaccharide‐Induced Sickness Behavior is Not Altered in Male I Fmr1 /I ‐Deficient Mice". (2023)

None Danielle Santana‐CoelhoNone Samantha L. HodgesNone Saul I. QuinteroNone Paige D. WombleNone D. Greg SullensNone David A. NarvaizNone Rebecca HerreraNone Melanie J. SekeresNone Joaquin N. Lugo

geneticsneurologyneurosciencelipopolysaccharide-induced sickness behaviorauthor responsemammalian biology

Hippocampal Upregulation of Complement Component C3 in Response to Lipopolysaccharide Stimuli in a Model of Fragile-X Syndrome. Current Issues in Molecular Biology (2023)

Danielle Santana-CoelhoJoaquin N. Lugo

geneticsfragile-x syndromeneurosciencemolecular neurobiologymolecular biologymolecular neurosciencehippocampal upregulation

Lipopolysaccharide‐Induced Sickness Behavior is Not Altered in Male Fmr1 ‐Deficient Mice. Brain and Behavior (2023)

Danielle Santana‐CoelhoSamantha L. HodgesSaul I. QuinteroPaige D. WombleD. Greg SullensDavid A. NarvaizRebecca HerreraMelanie J. SekeresJoaquin N. Lugo

geneticsneurologyanimal behaviorneurogeneticsneurosciencelipopolysaccharide-induced sickness behaviormammalian biology

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vascular repair

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University of California, Davis

degenerative pathology

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brain pathology

David Amaral

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developmental cognitive neuroscience

systems neuroscience

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