60 Publications (Page 1 of 3)
2020
Using loss- and gain-of-function approaches to target amygdala-projecting serotonergic neurons in the dorsal raphe nucleus that enhance anxiety-related and conditioned fear behaviorsBernabe, Cristian S⋅Bernabe, Cristian S⋅Caliman, Izabela F⋅Caliman, Izabela F⋅Truitt, William A⋅Truitt, William A⋅Molosh, Andrei I⋅Molosh, Andrei I⋅Lowry, Christopher A⋅Lowry, Christopher A⋅Hay-Schmidt, Anders⋅Hay-Schmidt, Anders⋅Shekhar, Anantha⋅Shekhar, Anantha⋅Johnson, Philip L and Johnson, Philip LJournal of Psychopharmacology, pp. 026988111990098.
| Journal Article
2018
Panic results in unique molecular and network changes in the amygdala that facilitate fear responses
Molosh, A.I.⋅Dustrude, E.T.⋅Lukkes, J.L.⋅Fitz, S.D.⋅Caliman, I.F.⋅Abreu, A.R.R.⋅Dietrich, A.D.⋅Truitt, W.A.⋅Ver Donck, L.⋅Ceusters, M.⋅Kent, J.M.⋅Johnson, P.L. and Shekhar, A.
Molecular Psychiatry. | Journal Article
PSD95 and nNOS interaction as a novel molecular target to modulate conditioned fear: relevance to PTSD
Li, L.-P.⋅Dustrude, E.T.⋅Haulcomb, M.M.⋅Abreu, A.R.⋅Fitz, S.D.⋅Johnson, P.L.⋅Thakur, G.A.⋅Molosh, A.I.⋅Lai, Y. and Shekhar, A.
Translational Psychiatry, vol. 8. | Journal Article
Role of medial hypothalamic orexin system in panic, phobia and hypertension
Abreu, Aline R⋅Abreu, A.R.⋅Molosh, A.I.⋅Molosh, Andrei I⋅Johnson, Philip L⋅Johnson, P.L.⋅Shekhar, Anantha and Shekhar, A.
Brain Research. | Journal Article
2017
Electroacupuncture Promotes Central Nervous System-Dependent Release of Mesenchymal Stem CellsSalazar, Tatiana E⋅Salazar, Tatiana E⋅Salazar, Tatiana E⋅Salazar, T.E.⋅Salazar, T.E.⋅Salazar, Tatiana E⋅Salazar, Tatiana E⋅Richardson, M.R.⋅Richardson, Matthew R⋅Richardson, M.R.⋅Richardson, Matthew R⋅Richardson, Matthew R⋅Richardson, Matthew R⋅Richardson, Matthew R⋅Beli, E.⋅Beli, Eleni⋅Beli, Eleni⋅Beli, Eleni⋅Beli, Eleni⋅Beli, Eleni⋅Beli, E.⋅Ripsch, Matthew S⋅Ripsch, Matthew S⋅Ripsch, Matthew S⋅Ripsch, M.S.⋅Ripsch, Matthew S⋅Ripsch, Matthew S⋅Ripsch, M.S.⋅George, John⋅George, John⋅George, John⋅George, J.⋅George, John⋅George, J.⋅George, John⋅Kim, Y.⋅Kim, Youngsook⋅Kim, Youngsook⋅Kim, Youngsook⋅Kim, Y.⋅Kim, Youngsook⋅Kim, Youngsook⋅Duan, Yaqian⋅Duan, Y.⋅Duan, Yaqian⋅Duan, Yaqian⋅Duan, Y.⋅Duan, Yaqian⋅Duan, Yaqian⋅Moldovan, Leni⋅Moldovan, L.⋅Moldovan, L.⋅Moldovan, Leni⋅Moldovan, Leni⋅Moldovan, Leni⋅Moldovan, Leni⋅Yan, Y.⋅Yan, Yuanqing⋅Yan, Yuanqing⋅Yan, Yuanqing⋅Yan, Yuanqing⋅Yan, Y.⋅Yan, Yuanqing⋅Bhatwadekar, A.⋅Bhatwadekar, Ashay⋅Bhatwadekar, Ashay⋅Bhatwadekar, Ashay⋅Bhatwadekar, A.⋅Bhatwadekar, Ashay⋅Bhatwadekar, Ashay⋅Jadhav, Vaishnavi⋅Jadhav, V.⋅Jadhav, Vaishnavi⋅Jadhav, Vaishnavi⋅Jadhav, Vaishnavi⋅Jadhav, Vaishnavi⋅Jadhav, V.⋅Smith, Jared A⋅Smith, J.A.⋅Smith, J.A.⋅Smith, Jared A⋅Smith, Jared A⋅Smith, Jared A⋅Smith, Jared A⋅McGorray, S.⋅McGorray, Susan⋅McGorray, S.⋅McGorray, Susan⋅McGorray, Susan⋅McGorray, Susan⋅McGorray, Susan⋅Bertone, Alicia L⋅Bertone, A.L.⋅Bertone, Alicia L⋅Bertone, Alicia L⋅Bertone, Alicia L⋅Bertone, A.L.⋅Bertone, Alicia L⋅Traktuev, Dmitri O⋅Traktuev, Dmitri O⋅Traktuev, Dmitri O⋅Traktuev, Dmitri O⋅Traktuev, Dmitri O⋅Traktuev, D.O.⋅Traktuev, D.O.⋅March, K.L.⋅March, Keith L⋅March, Keith L⋅March, Keith L⋅March, Keith L⋅March, K.L.⋅March, Keith L⋅Colon‐Perez, Luis M⋅Colon‐Perez, Luis M⋅Colon-Perez, Luis M⋅Colon-Perez, L.M.⋅Colon‐Perez, Luis M⋅Colon-Perez, L.M.⋅Colon‐Perez, Luis M⋅Avin, Keith G⋅Avin, K.G.⋅Avin, Keith G⋅Avin, Keith G⋅Avin, K.G.⋅Avin, Keith G⋅Avin, Keith G⋅Sims, Emily⋅Sims, Emily⋅Sims, E.⋅Sims, Emily⋅Sims, E.⋅Sims, Emily⋅Sims, Emily⋅Mund, J.A.⋅Mund, Julie A⋅Mund, Julie A⋅Mund, Julie A⋅Mund, J.A.⋅Mund, Julie A⋅Mund, Julie A⋅Case, Jamie⋅Case, J.⋅Case, J.⋅Case, Jamie⋅Case, Jamie⋅Case, Jamie⋅Case, Jamie⋅Deng, Xiaolin⋅Deng, X.⋅Deng, Xiaolin⋅Deng, X.⋅Deng, Xiaolin⋅Deng, Xiaolin⋅Deng, Xiaolin⋅Kim, Min Su⋅Kim, Min Su⋅Kim, Min Su⋅Kim, Min Su⋅Kim, Min Su⋅Kim, M.S.⋅Kim, M.S.⋅McDavitt, Bruce⋅McDavitt, Bruce⋅McDavitt, B.⋅McDavitt, Bruce⋅McDavitt, B.⋅McDavitt, Bruce⋅McDavitt, Bruce⋅Boulton, M.E.⋅Boulton, Michael E⋅Boulton, Michael E⋅Boulton, Michael E⋅Boulton, Michael E⋅Boulton, M.E.⋅Boulton, Michael E⋅Thinschmidt, Jeffrey⋅Thinschmidt, J.⋅Thinschmidt, Jeffrey⋅Thinschmidt, Jeffrey⋅Thinschmidt, J.⋅Thinschmidt, Jeffrey⋅Thinschmidt, Jeffrey⋅Li Calzi, Sergio⋅Li Calzi, Sergio⋅Li Calzi, Sergio⋅Li Calzi, Sergio⋅Li Calzi, S.⋅Li Calzi, Sergio⋅Li Calzi, S.⋅Fitz, S.D.⋅Fitz, Stephanie D⋅Fitz, Stephanie D⋅Fitz, Stephanie D⋅Fitz, Stephanie D⋅Fitz, Stephanie D⋅Fitz, S.D.⋅Fuchs, R.K.⋅Fuchs, Robyn K⋅Fuchs, Robyn K⋅Fuchs, R.K.⋅Fuchs, Robyn K⋅Fuchs, Robyn K⋅Fuchs, Robyn K⋅Warden, Stuart J⋅Warden, Stuart J⋅Warden, Stuart J⋅Warden, Stuart J⋅Warden, S.J.⋅Warden, Stuart J⋅Warden, S.J.⋅McKinley, T.⋅McKinley, T.⋅McKinley, Todd⋅McKinley, Todd⋅McKinley, Todd⋅McKinley, Todd⋅McKinley, Todd⋅Shekhar, Anantha⋅Shekhar, Anantha⋅Shekhar, A.⋅Shekhar, Anantha⋅Shekhar, Anantha⋅Shekhar, A.⋅Shekhar, Anantha⋅Febo, Marcelo⋅Febo, M.⋅Febo, Marcelo⋅Febo, Marcelo⋅Febo, M.⋅Febo, Marcelo⋅Febo, Marcelo⋅Johnson, P.L.⋅Johnson, Phillip L⋅Johnson, P.L.⋅Johnson, Phillip L⋅Johnson, Phillip L⋅Johnson, Phillip L⋅Johnson, Phillip L⋅Chang, Lung-Ji⋅Chang, Lung-Ji⋅Chang, Lung-Ji⋅Chang, L.-J.⋅Chang, Lung-Ji⋅Chang, Lung-Ji⋅Chang, L.-J.⋅Gao, Zhanguo⋅Gao, Z.⋅Gao, Zhanguo⋅Gao, Zhanguo⋅Gao, Zhanguo⋅Gao, Z.⋅Gao, Zhanguo⋅Kolonin, M.G.⋅Kolonin, Mikhail G⋅Kolonin, Mikhail G⋅Kolonin, Mikhail G⋅Kolonin, M.G.⋅Kolonin, Mikhail G⋅Kolonin, Mikhail G⋅Lai, Song⋅Lai, Song⋅Lai, S.⋅Lai, Song⋅Lai, Song⋅Lai, S.⋅Lai, Song⋅Ma, Jingfeng⋅Ma, Jingfeng⋅Ma, Jingfeng⋅Ma, J.⋅Ma, Jingfeng⋅Ma, Jingfeng⋅Ma, J.⋅Dong, Xinzhong⋅Dong, Xinzhong⋅Dong, X.⋅Dong, Xinzhong⋅Dong, Xinzhong⋅Dong, Xinzhong⋅Dong, X.⋅White, F.A.⋅White, Fletcher A⋅White, Fletcher A⋅White, Fletcher A⋅White, F.A.⋅White, Fletcher A⋅White, Fletcher A⋅Xie, Huisheng⋅Xie, Huisheng⋅Xie, Huisheng⋅Xie, H.⋅Xie, Huisheng⋅Xie, H.⋅Xie, Huisheng⋅Yoder, M.C.⋅Yoder, Mervin C⋅Yoder, Mervin C⋅Yoder, Mervin C⋅Yoder, M.C.⋅Yoder, Mervin C⋅Yoder, Mervin C⋅Grant, Maria B⋅Grant, Maria B⋅Grant, M.B.⋅Grant, Maria B⋅Grant, Maria B⋅Grant, Maria B and Grant, M.B.Stem Cells, vol. 35, pp. 1303-1315.
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Evaluation of JNJ-54717793 a novel brain penetrant selective orexin 1 receptor antagonist in two rat models of panic attack provocation
Bonaventure, Pascal⋅Bonaventure, P.⋅Dugovic, Christine⋅Dugovic, C.⋅Shireman, Brock⋅Shireman, B.⋅Preville, Cathy⋅Preville, C.⋅Yun, S.⋅Yun, Sujin⋅Lord, B.⋅Lord, Brian⋅Nepomuceno, Diane⋅Nepomuceno, D.⋅Wennerholm, Michelle⋅Wennerholm, M.⋅Lovenberg, Timothy⋅Lovenberg, T.⋅Carruthers, N.⋅Carruthers, Nicolas⋅Fitz, S.D.⋅Fitz, Stephanie D⋅Shekhar, Anantha⋅Shekhar, A.⋅Johnson, P.L. and Johnson, Philip L
Frontiers in Pharmacology, vol. 8. | Journal Article
Stress, Panic, and Central Serotonergic InhibitionHassell, J.E.⋅Yamashita, P.S.M.⋅Johnson, P.L.⋅Zangrossi, H.⋅Shekhar, A. and Lowry, C.A.2017
2016
Anxiogenic CO2stimulus elicits exacerbated hot flash-like responses in a rat menopause model and hot flashes in postmenopausal womenFederici, Lauren M⋅Federici, Lauren⋅Federici, Lauren M⋅Federici, L.M.⋅Roth, S.D.⋅Roth, Sarah⋅Roth, Sarah Dorsey⋅Roth, Sarah Dorsey⋅Krier, Connie⋅Krier, C.⋅Krier, Connie⋅Krier, Connie⋅Fitz, Stephanie D⋅Fitz, Stephanie⋅Fitz, Stephanie D⋅Fitz, S.D.⋅Skaar, T.⋅Skaar, Todd⋅Skaar, Todd⋅Skaar, Todd⋅Shekhar, A.⋅Shekhar, Anantha⋅Shekhar, Anantha⋅Shekhar, Anantha⋅Carpenter, J.S.⋅Carpenter, Janet S⋅Carpenter, Janet S⋅Carpenter, Janet⋅Johnson, Philip⋅Johnson, Philip L⋅Johnson, P.L. and Johnson, Philip LMenopause, vol. 23, pp. 1257-1266.
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Erratum: Corrigendum to ?Hypothalamic orexin’s role in exacerbated cutaneous vasodilation responses to an anxiogenic stimulus in a surgical menopause model? (Psychoneuroendocrinology (2016) 65 (127?137) (S0306453015300342) (10.1016/j.psyneuen.2015.12.011))Federici, Lauren M⋅Federici, L.M.⋅Federici, Lauren⋅Caliman, I.F.⋅Caliman, Izabela⋅Caliman, Izabela Facco⋅Molosh, Andrei⋅Molosh, Andrei I⋅Molosh, A.I.⋅Fitz, S.D.⋅Fitz, Stephanie D⋅Fitz, Stephanie⋅Truitt, William⋅Truitt, William A⋅Truitt, W.A.⋅Bonaventure, Pascal⋅Bonaventure, Pascal⋅Bonaventure, P.⋅Carpenter, J.S.⋅Carpenter, Janet S⋅Carpenter, Janet⋅Shekhar, Anantha⋅Shekhar, A.⋅Shekhar, Anantha⋅Johnson, Philip⋅Johnson, P.L. and Johnson, Philip LPsychoneuroendocrinology, vol. 73, pp. 275.
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Evaluation of low versus high volume per minute displacement CO2methods of euthanasia in the induction and duration of panic-associated behavior and physiology
Hickman, Debra L⋅Hickman, D.L.⋅Fitz, Stephanie D⋅Fitz, S.D.⋅Bernabe, Cristian S⋅Bernabe, C.S.⋅Caliman, Izabela F⋅Caliman, I.F.⋅Haulcomb, Melissa M⋅Haulcomb, M.M.⋅Federici, Lauren M⋅Federici, L.M.⋅Shekhar, A.⋅Shekhar, Anantha⋅Johnson, Philip L and Johnson, P.L.
Animals, vol. 6. | Journal Article
Hypothalamic orexin’s role in exacerbated cutaneous vasodilation responses to an anxiogenic stimulus in a surgical menopause modelFederici, Lauren M⋅Federici, Lauren⋅Caliman, Izabela Facco⋅Caliman, Izabela⋅Molosh, Andrei I⋅Molosh, Andrei⋅Fitz, Stephanie D⋅Fitz, Stephanie⋅Truitt, William A⋅Truitt, William⋅Bonaventure, Pascal⋅Bonaventure, Pascal⋅Carpenter, Janet⋅Carpenter, Janet S⋅Shekhar, Anantha⋅Shekhar, Anantha⋅Johnson, Philip L and Johnson, PhilipPsychoneuroendocrinology.
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Sustained relief of ongoing experimental neuropathic pain by a CRMP2 peptide aptamer with low abuse potentialXie, J.Y.⋅Xie, Jennifer Y⋅Xie, Jennifer Y⋅Xie, Jennifer Y⋅Xie, Jennifer Y⋅Chew, Lindsey A⋅Chew, L.A.⋅Chew, Lindsey A⋅Chew, Lindsey A⋅Chew, Lindsey A⋅Yang, Xiaofang⋅Yang, Xiaofang⋅Yang, X.⋅Yang, Xiaofang⋅Yang, Xiaofang⋅Wang, Yuying⋅Wang, Y.⋅Wang, Yuying⋅Wang, Yuying⋅Wang, Yuying⋅Qu, Chaoling⋅Qu, C.⋅Qu, Chaoling⋅Qu, Chaoling⋅Qu, Chaoling⋅Wang, Y.⋅Wang, Yue⋅Wang, Yue⋅Wang, Yue⋅Wang, Yue⋅Federici, Lauren M⋅Federici, Lauren M⋅Federici, Lauren M⋅Federici, Lauren M⋅Federici, L.M.⋅Fitz, Stephanie D⋅Fitz, Stephanie D⋅Fitz, Stephanie D⋅Fitz, Stephanie D⋅Fitz, S.D.⋅Ripsch, M.S.⋅Ripsch, Matthew S⋅Ripsch, Matthew S⋅Ripsch, Matthew S⋅Ripsch, Matthew S⋅Due, Michael R⋅Due, M.R.⋅Due, Michael R⋅Due, Michael R⋅Due, Michael R⋅Moutal, Aubin⋅Moutal, A.⋅Moutal, Aubin⋅Moutal, Aubin⋅Moutal, Aubin⋅Khanna, M.⋅Khanna, May⋅Khanna, May⋅Khanna, May⋅Khanna, May⋅White, F.A.⋅White, Fletcher A⋅White, Fletcher A⋅White, Fletcher A⋅White, Fletcher A⋅Vanderah, Todd W⋅Vanderah, Todd W⋅Vanderah, Todd W⋅Vanderah, T.W.⋅Vanderah, Todd W⋅Johnson, Philip L⋅Johnson, Philip L⋅Johnson, Philip L⋅Johnson, Philip L⋅Johnson, P.L.⋅Porreca, F.⋅Porreca, Frank⋅Porreca, Frank⋅Porreca, Frank⋅Porreca, Frank⋅Khanna, Rajesh⋅Khanna, Rajesh⋅Khanna, Rajesh⋅Khanna, Rajesh and Khanna, R.Pain, vol. 157, pp. 2124-2140.
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2015
A selective orexin-1 receptor antagonist attenuates stress-induced hyperarousal without hypnotic effects.
Bonaventure, Pascal⋅Yun, Sujin⋅Johnson, Philip L⋅Shekhar, Anantha⋅Fitz, Stephanie D⋅Shireman, Brock T⋅Lebold, Terry P⋅Nepomuceno, Diane⋅Lord, Brian⋅Wennerholm, Michelle⋅Shelton, Jonathan⋅Carruthers, Nicholas⋅Lovenberg, Timothy and Dugovic, Christine
The Journal of pharmacology and experimental therapeutics, vol. 352, (no. 3), pp. 590-601, March 2015. | Journal Article
OREXIN 1 AND 2 RECEPTOR INVOLVEMENT IN CO2 -INDUCED PANIC-ASSOCIATED BEHAVIOR AND AUTONOMIC RESPONSES.
Johnson, Philip L⋅Johnson, Philip L⋅Federici, Lauren M⋅Federici, Lauren M⋅Fitz, Stephanie D⋅Fitz, Stephanie D⋅Renger, John J⋅Renger, John J⋅Shireman, Brock⋅Shireman, Brock⋅Winrow, Christopher J⋅Winrow, Christopher J⋅Bonaventure, Pascal⋅Bonaventure, Pascal⋅Shekhar, Anantha and Shekhar, Anantha
Depression and anxiety, vol. 32, (no. 9), pp. 671-683, September 2015. | Journal Article
Pharmacological depletion of serotonin in the basolateral amygdala complex reduces anxiety and disrupts fear conditioningJohnson, Philip L⋅Johnson, Philip L.⋅Johnson, Philip L⋅Johnson, Philip L⋅Molosh, Andrei⋅Molosh, Andrei⋅Molosh, Andrei⋅Molosh, Andrei⋅Fitz, Stephanie D⋅Fitz, Stephanie D.⋅Fitz, Stephanie D⋅Fitz, Stephanie D⋅Arendt, Dave⋅Arendt, Dave⋅Arendt, Dave⋅Arendt, Dave⋅Deehan, Gerald A.⋅Deehan, Gerald A⋅Deehan, Gerald A⋅Deehan, Gerald A⋅Federici, Lauren M.⋅Federici, Lauren M⋅Federici, Lauren M⋅Federici, Lauren M⋅Bernabe, Cristian⋅Bernabe, Cristian⋅Bernabe, Cristian⋅Bernabe, Cristian⋅Engleman, Eric A⋅Engleman, Eric A⋅Engleman, Eric A.⋅Engleman, Eric A⋅Rodd, Zachary A⋅Rodd, Zachary A.⋅Rodd, Zachary A⋅Rodd, Zachary A⋅Lowry, Christopher A⋅Lowry, Christopher A⋅Lowry, Christopher A⋅Lowry, Christopher A.⋅Shekhar, Anantha⋅Shekhar, Anantha⋅Shekhar, Anantha and Shekhar, AnanthaPharmacology Biochemistry and Behavior, vol. 138, pp. 174–179.
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2014
Etiology, triggers and neurochemical circuits associated with unexpected, expected, and laboratory-induced panic attacks.
Johnson, Philip L⋅Johnson, Philip L⋅Federici, Lauren M⋅Federici, Lauren M⋅Shekhar, Anantha and Shekhar, Anantha
Neuroscience and biobehavioral reviews, vol. 46 Pt 3, pp. 429-454, October 2014. | Journal Article
Social learning and amygdala disruptions in Nf1 mice are rescued by blocking p21-activated kinaseMolosh, Andrei I⋅Molosh, A.I.⋅Molosh, Andrei I⋅Johnson, Philip L⋅Johnson, Philip L⋅Johnson, P.L.⋅Spence, J.P.⋅Spence, John P⋅Spence, John P⋅Arendt, David⋅Arendt, D.⋅Arendt, David⋅Federici, Lauren M⋅Federici, Lauren M⋅Federici, L.M.⋅Bernabe, C.⋅Bernabe, Cristian⋅Bernabe, Cristian⋅Janasik, S.P.⋅Janasik, Steven P⋅Janasik, Steven P⋅Segu, Zaneer M⋅Segu, Zaneer M⋅Segu, Z.M.⋅Khanna, Rajesh⋅Khanna, Rajesh⋅Khanna, R.⋅Goswami, C.⋅Goswami, Chirayu⋅Goswami, Chirayu⋅Zhu, Weiguo⋅Zhu, Weiguo⋅Zhu, W.⋅Park, Su-Jung⋅Park, Su-Jung⋅Park, S.-J.⋅Li, Lang⋅Li, Lang⋅Li, L.⋅Mechref, Yehia S⋅Mechref, Yehia S⋅Mechref, Y.S.⋅Clapp, D Wade⋅Clapp, D.W.⋅Clapp, D Wade⋅Shekhar, Anantha⋅Shekhar, Anantha and Shekhar, A.Nature Neuroscience, vol. 17, pp. 1583-1590.
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The Deakin/Graeff hypothesis: Focus on serotonergic inhibition of panic
Paul, Evan D⋅Paul, E.D.⋅Johnson, P.L.⋅Johnson, Philip L⋅Shekhar, Anantha⋅Shekhar, A.⋅Lowry, Christopher A and Lowry, C.A.
Neuroscience and Biobehavioral Reviews, vol. 46, pp. 379-396. | Journal Article
The role of the medial prefrontal cortex in regulating social familiarity-induced anxiolysis.Lungwitz, Elizabeth A⋅Stuber, Garret D⋅Johnson, Philip L⋅Dietrich, Amy D⋅Schartz, Nicole⋅Hanrahan, Brian⋅Shekhar, Anantha and Truitt, BillNeuropsychopharmacology : official publication of the American College of Neuropsychopharmacology, vol. 39, (no. 4), pp. 1009-19, 2014/Mar.
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2013
Angiotensin II's role in sodium lactate-induced panic-like responses in rats with repeated urocortin 1 injections into the basolateral amygdala: amygdalar angiotensin receptors and panic.Johnson, Philip L⋅Sajdyk, Tammy J⋅Fitz, Stephanie D⋅Hale, Mathew W⋅Lowry, Christopher A⋅Hay-Schmidt, Anders and Shekhar, AnanthaProgress in neuro-psychopharmacology & biological psychiatry, vol. 44, pp. 248-56, 2013/Jul/1.
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Angiotensin II's role in sodium lactate-induced panic-like responses in rats with repeated urocortin 1 injections into the basolateral amygdala: Amygdalar angiotensin receptors and panicJohnson, Philip L⋅Johnson, Philip L⋅Johnson, Philip L⋅Sajdyk, Tammy J⋅Sajdyk, Tammy J⋅Sajdyk, Tammy J⋅Fitz, Stephanie D⋅Fitz, Stephanie D⋅Fitz, Stephanie D⋅Hale, Mathew W⋅Hale, Mathew W⋅Hale, Mathew W⋅Lowry, Christopher A⋅Lowry, Christopher A⋅Lowry, Christopher A⋅Hay-Schmidt, Anders⋅Hay-Schmidt, Anders⋅Hay-Schmidt, Anders⋅Shekhar, Anantha⋅Shekhar, Anantha and Shekhar, AnanthaProgress in Neuro-Psychopharmacology and Biological Psychiatry, vol. 44, pp. 248-256, 2013.
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Group II metabotropic glutamate receptor type 2 allosteric potentiators prevent sodium lactate-induced panic-like response in panic-vulnerable ratsJohnson, Philip L⋅Fitz, Stephanie D⋅Engleman, Eric A⋅Svensson, Kjell A⋅Schkeryantz, Jeffrey M and Shekhar, AnanthaJournal of Psychopharmacology, vol. 27, (no. 2), Feb 2013.
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2012
Activation of the orexin 1 receptor is a critical component of CO2-mediated anxiety and hypertension but not bradycardia.Johnson, Philip L⋅Johnson, Philip L⋅Samuels, Brian C⋅Samuels, Brian C⋅Fitz, Stephanie D⋅Fitz, Stephanie D⋅Lightman, Stafford L⋅Lightman, Stafford L⋅Lowry, Christopher A⋅Lowry, Christopher A⋅Shekhar, Anantha and Shekhar, AnanthaNeuropsychopharmacology : official publication of the American College of Neuropsychopharmacology, vol. 37, (no. 8), pp. 1911-22, 2012/Jul.
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Activation of the Orexin 1 Receptor is a Critical Component of CO sub(2)-Mediated Anxiety and Hypertension but not BradycardiaJohnson, Philip L⋅Samuels, Brian C⋅Fitz, Stephanie D⋅Lightman, Stafford L⋅Lowry, Christopher A and Shekhar, AnanthaNeuropsychopharmacology, vol. 37, (no. 8), pp. 1911-1922, 2012.
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Dorsomedial/perifornical hypothalamic stimulation increases intraocular pressure, intracranial pressure, and the translaminar pressure gradientSamuels, Brian C⋅Samuels, Brian C⋅Samuels, B.C.⋅Hammes, Nathan M⋅Hammes, Nathan M⋅Hammes, N.M.⋅Johnson, Philip L⋅Johnson, Philip L⋅Johnson, P.L.⋅Shekhar, Anantha⋅Shekhar, Anantha⋅Shekhar, A.⋅McKinnon, Stuart J⋅Mc Kinnon, Stuart J⋅McKinnon, S.J.⋅Allingham, R. R⋅Rand Allingham, R. and Allingham, R RandInvestigative Ophthalmology and Visual Science, vol. 53, pp. 7328-7335.
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