Faculty

Institution

Unit

Venue

Michael Rea

Professor

University of Houston

Affiliations

Honors College

Biology

College of Natural Sciences and Mathematics

Biology and Biochemistry

Michael Rea is currently serving as a Biology Professor at University of Houston.

Honors

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Experiences

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Education

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Michael Rea

University of Houston

Professor

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neuroscience neurophysiology mammalian biology neurology physiology chronobiology brain science pharmacology systems neuroscience neurochemistry neuropharmacology cognitive neuroscience receptors nervous system neuroanatomy light regulation molecular neuroscience molecular physiology animal physiology molecular neurobiology avian biology molecular regulation clinical neuroscience mammalian physiology circadian activity rhythm neural science cryptochromes physiological regulation cellular neurobiology circadian rhythms suprachiasmatic nucleus c-fos expression rat suprachiasmatic nucleus affective neuroscience cellular physiology circulatory physiology redox biology plant physiology animal cognition brain imaging neurotransmission receptor tyrosine kinases pineal gland brain stimulation vision research light-induced phase shifts suprachiasmatic nuclei extracellular glutamate serotonergic inhibition local administration syrian hamster neuropsychopharmacology liver physiology applied physiology biochemical sciences protein science pineal research retina autonomic systems comparative physiology physiological research human physiology brain modeling photoreceptor cells neural mechanisms biomaterials design neuronal networks bioacoustics neuroinformatics oligonucleotides tumor targeting mammalian circadian rhythms rat scn nitric oxide rat suprachiasmatic nuclei photic responses

Notable Scholarly Works

Notable Federal Grants

Collaborators

Targeted Reduction of the Egfr Protein, but Not Inhibition of Its Kinase Activity, Induces Mitophagy and Death of Cancer Cells Through Activation of Mtorc2 and Akt. Oncogenesis (2018)

Rajasekhara Reddy KatreddyLakshmi Reddy BolluFei SuNa XianShivangi SrivastavaRintu ThomasYubing DaiBing WuYunlu XuMichael A. ReaJames M. BriggsQingyuan ZhangXiongbin LuGangxiong HuangZhang Weihua

gliomascell deathcarcinogenesispharmacologytherapeutic targetstumor biologyegfr proteincell biologycancer researchcancer treatmentoncogenesradiation oncologykinase activitymitophagycancer biologytumor targetingbrain tumor researchleukemiacancer growthenzyme inhibition

Metastasis-Associated Protein 1 is an Integral Component of the Circadian Molecular Machinery. Nature Communications (2013)

Da-Qiang LiSuresh B. PakalaSirigiri Divijendra Natha ReddyShaohua PengSeetharaman BalasenthilChu-Xia DengCheng Chi LeeMichael A. ReaRakesh Kumar

metastasisintegral componentcryptochromeschronobiologycircadian molecular machinerymolecular biology

Pml Regulates Per2 Nuclear Localization and Circadian Function. The EMBO Journal (2012)

Takao MikiZhixiang XuMisty Chen-GoodspeedMingguang LiuAnita Van Oort-JansenMichael A ReaZhaoyang ZhaoCheng Chi LeeKun-Sang Chang

circadian functionphysiologyepigeneticschronobiologyneurosciencemolecular biologymammalian biologymolecular regulation

No Interaction Between Methyl Jasmonate and Ozone in Pima Cotton: Growth and Allocation Respond Independently to Both. Plant Cell & Environment (2009)

D. A. GRANTZH.‐B. VUC. AGUILARM. A. REA

crop ecologyagricultural economicsenvironmental chemistryenvironmental sciencepima cottonplant biotechnologysustainable agricultureatmospheric chemistryplant physiologyatmospheric scienceplant-abiotic interactionbotanyplant scienceplant ecologycrop physiologyplant biologyecologyhorticulture researchmethyl jasmonate

Patterned Networks of Mouse Hippocampal Neurons on Peptide-Coated Gold Surfaces. Biomaterials (2004)

Daniel A. HellerVeronika GargaKeith J. KelleherTai-Chou LeeSunil MahbubaniLaura A. SigworthT.Randall LeeMichael A. Rea

systems neurosciencemouse hippocampal neuronsneuroanatomybiomaterials designpeptide-coated gold surfacesmaterial researchneurosciencepattern formationbiomedical engineeringneural engineeringneuronal networksbiomaterialsmaterials science

Adenosine A1 Receptors Regulate the Response of the Mouse Circadian Clock to Light. Brain research (2003)

L.A. SigworthM.A. Rea

cryptochromesphysiologychronobiologyneurosciencebrain sciencemouse circadian clocklight regulationmammalian biologyreceptors

5-Ht1B Receptor Knockout Mice Exhibit an Enhanced Response to Constant Light. Journal of Biological Rhythms (2002)

Patricia J. SollarsMalcolm D. OgilvieMichael A. ReaGary E. Pickard

animal physiologycirculatory physiologyknockout micephysiologyimmunologyelectrophysiologyphysiological regulationneurosciencechronobiologyneurophysiologymammalian biologyendocrinologygene expressionreceptorsenhanced response

Presynaptic Adenosine A1 Receptors Regulate Retinohypothalamic Neurotransmission in the Hamster Suprachiasmatic Nucleus. Journal of Neurobiology (2002)

Richard HallworthMatthew CatoCosta ColbertMichael A. Rea

physiologycellular neurobiologyneuro-ophthalmologymolecular neurobiologyneurosciencemolecular physiologyneurophysiologymolecular neuroscienceretinohypothalamic neurotransmissionmammalian biologyreceptorscentral nervous system

Adenosine A1 Receptors Regulate the Response of the Hamster Circadian Clock to Light. European Journal of Pharmacology (2001)

Kurt J ElliottE Todd WeberMichael A Rea

hamster circadian clockreceptorschronobiologypharmacology

Announcement. Cerebrovascular Diseases (2001)

Majaz MoonisMarc FisherMasahiko HirokiKotaro MiyashitaP.H. WesselsJ.W.M. ter BergG.H. SpincemailleD.W.J. DippelTom Skyhøj OlsenSusanne SchneweisMartin GrondMichael NevelingSusanne SchmüllingJobst RudolfWolf-Dieter HeißRaquel BarbaMaría D. CastroMaría del Mar MorínRafael Rodriguez-RomeroElena Rodríguez-GarcíaRafael CantónTeodoro Del SerXiang-Hua FangW.T. Longstreth JrShi-Chuo LiRichard A. KronmalXue-Ming ChengWen-Zhi WangShengping WuXiao-Li DuXiu-Ying DaiJoan Martí-FàbregasCarlos ValenciaJoaquín López-ContrerasAlex Roca-CusachsMaría José SoléCarmen García-SánchezJosep-Lluis Martí-VilaltaH. BaeznerM. OsterO. HenningS. CohenM.G. HennericiChin-Chang HuangChun-Che ChuNai-Shin ChuTrong-Neng WuJong S. KimSung S. YoonSun U. KwonJeong H. HaEul J. SuhHyun S. ChiBradford Burke WorrallElana FaraceArgye E. HillisR. Kent HutsonRobert WitykJeffrey L. SaverKaren C. JohnstonE. Clarke HaleyF. BinkofskiR.J. SeitzT. HackländerD. PawelecJ. MauH.-J. FreundW. MakK.Y. MokT.H. TsoiR.T.F. CheungS.L. HoC.M. ChangE.L.L.M. De SchryverPhilip M.W. BathRohan PathansaliRobert IddendenFiona J. BathAnton MesecUroš RotAnton GradN. NighoghossianM. HermierY. BerthezèneM. WiartL. DerexJ. HonnoratP. TrouillasF. TurjmanJ.C. FromentHans-Christian KoenneckeJohannes BernardingJürgen BraunAndreas FaulstichChris HofmeisterRoland NohrStefanie LeistnerPeter MarxKarl-Olof LövbladClaudio Bassetti

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Michael Rea

Professor

University of Houston

Affiliations

Honors College

Biology

College of Natural Sciences and Mathematics

Biology and Biochemistry

Michael Rea is currently serving as a Biology Professor at University of Houston.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Michael Rea

University of Houston

Professor

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Targeted Reduction of the Egfr Protein, but Not Inhibition of Its Kinase Activity, Induces Mitophagy and Death of Cancer Cells Through Activation of Mtorc2 and Akt. Oncogenesis (2018)

Rajasekhara Reddy KatreddyLakshmi Reddy BolluFei SuNa XianShivangi SrivastavaRintu ThomasYubing DaiBing WuYunlu XuMichael A. ReaJames M. BriggsQingyuan ZhangXiongbin LuGangxiong HuangZhang Weihua

Metastasis-Associated Protein 1 is an Integral Component of the Circadian Molecular Machinery. Nature Communications (2013)

Da-Qiang LiSuresh B. PakalaSirigiri Divijendra Natha ReddyShaohua PengSeetharaman BalasenthilChu-Xia DengCheng Chi LeeMichael A. ReaRakesh Kumar

metastasisintegral componentcryptochromeschronobiologycircadian molecular machinerymolecular biology

Pml Regulates Per2 Nuclear Localization and Circadian Function. The EMBO Journal (2012)

Takao MikiZhixiang XuMisty Chen-GoodspeedMingguang LiuAnita Van Oort-JansenMichael A ReaZhaoyang ZhaoCheng Chi LeeKun-Sang Chang

circadian functionphysiologyepigeneticschronobiologyneurosciencemolecular biologymammalian biologymolecular regulation

No Interaction Between Methyl Jasmonate and Ozone in Pima Cotton: Growth and Allocation Respond Independently to Both. Plant Cell & Environment (2009)

D. A. GRANTZH.‐B. VUC. AGUILARM. A. REA

Patterned Networks of Mouse Hippocampal Neurons on Peptide-Coated Gold Surfaces. Biomaterials (2004)

Daniel A. HellerVeronika GargaKeith J. KelleherTai-Chou LeeSunil MahbubaniLaura A. SigworthT.Randall LeeMichael A. Rea

Adenosine A1 Receptors Regulate the Response of the Mouse Circadian Clock to Light. Brain research (2003)

L.A. SigworthM.A. Rea

cryptochromesphysiologychronobiologyneurosciencebrain sciencemouse circadian clocklight regulationmammalian biologyreceptors

5-Ht1B Receptor Knockout Mice Exhibit an Enhanced Response to Constant Light. Journal of Biological Rhythms (2002)

Patricia J. SollarsMalcolm D. OgilvieMichael A. ReaGary E. Pickard

Presynaptic Adenosine A1 Receptors Regulate Retinohypothalamic Neurotransmission in the Hamster Suprachiasmatic Nucleus. Journal of Neurobiology (2002)

Richard HallworthMatthew CatoCosta ColbertMichael A. Rea

Adenosine A1 Receptors Regulate the Response of the Hamster Circadian Clock to Light. European Journal of Pharmacology (2001)

Kurt J ElliottE Todd WeberMichael A Rea

hamster circadian clockreceptorschronobiologypharmacology

Announcement. Cerebrovascular Diseases (2001)

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chronobiology

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energy deficits

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