65 Publications (Page 1 of 3)
2021
NMP4 regulates the innate immune response to influenza A virus infectionSun, Jie⋅Bidwell, Joseph P and Zhou, BaohuaMucosal Immunology, vol. 14, (no. 1), pp. 209-218, Jan 2021.
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2020
NMP4 regulates the innate immune response to influenza A virus infectionYang, Shuangshuang⋅Yang, Shuangshuang⋅Adaway, Michele⋅Adaway, Michele⋅Du, Jianguang⋅Du, Jianguang⋅Huang, Shengping⋅Huang, Shengping⋅Sun, Jie⋅Sun, Jie⋅Bidwell, Joseph P⋅Bidwell, Joseph P⋅Zhou, Baohua and Zhou, BaohuaMucosal immunology, 2020-Mar-09.
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2019
High mobility group box 1 protein regulates osteoclastogenesis through direct actions on osteocytes and osteoclasts in vitroDavis, Hannah M⋅Davis, Hannah M⋅Davis, Hannah M⋅Davis, Hannah M⋅Valdez, Sinai⋅Valdez, Sinai⋅Valdez, Sinai⋅Valdez, Sinai⋅Gomez, Leland⋅Gomez, Leland⋅Gomez, Leland⋅Gomez, Leland⋅Malicky, Peter⋅Malicky, Peter⋅Malicky, Peter⋅Malicky, Peter⋅White, Fletcher A⋅White, Fletcher A⋅White, Fletcher A⋅White, Fletcher A⋅Subler, Mark A⋅Subler, Mark A⋅Subler, Mark A⋅Subler, Mark A⋅Windle, Jolene J⋅Windle, Jolene J⋅Windle, Jolene J⋅Windle, Jolene J⋅Bidwell, Joseph P⋅Bidwell, Joseph P⋅Bidwell, Joseph P⋅Bidwell, Joseph P⋅Bruzzaniti, Angela⋅Bruzzaniti, Angela⋅Bruzzaniti, Angela⋅Bruzzaniti, Angela⋅Plotkin, Lilian I⋅Plotkin, Lilian I⋅Plotkin, Lilian I and Plotkin, Lilian IJournal of Cellular Biochemistry, vol. 120, (no. 10), pp. 16749, October 2019.
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Loss of Nmp4 optimizes osteogenic metabolism and secretion to enhance bone qualityShao, Yu⋅Shao, Yu⋅Shao, Yu⋅Shao, Yu⋅Shao, Yu⋅Shao, Yu⋅Shao, Yu⋅Wichern, Emily⋅Wichern, Emily⋅Wichern, Emily⋅Wichern, Emily⋅Wichern, Emily⋅Wichern, Emily⋅Wichern, Emily⋅Childress, Paul J⋅Childress, Paul J⋅Childress, Paul J⋅Childress, Paul J⋅Childress, Paul J⋅Childress, Paul J⋅Childress, Paul J⋅Adaway, Michele⋅Adaway, Michele⋅Adaway, Michele⋅Adaway, Michele⋅Adaway, Michele⋅Adaway, Michele⋅Adaway, Michele⋅Misra, Jagannath⋅Misra, Jagannath⋅Misra, Jagannath⋅Misra, Jagannath⋅Misra, Jagannath⋅Misra, Jagannath⋅Misra, Jagannath⋅Klunk, Angela⋅Klunk, Angela⋅Klunk, Angela⋅Klunk, Angela⋅Klunk, Angela⋅Klunk, Angela⋅Klunk, Angela⋅Burr, David B⋅Burr, David B⋅Burr, David B⋅Burr, David B⋅Burr, David B⋅Burr, David B⋅Burr, David B⋅Wek, Ronald C⋅Wek, Ronald C⋅Wek, Ronald C⋅Wek, Ronald C⋅Wek, Ronald C⋅Wek, Ronald C⋅Wek, Ronald C⋅Mosley, Amber L⋅Mosley, Amber L⋅Mosley, Amber L⋅Mosley, Amber L⋅Mosley, Amber L⋅Mosley, Amber L⋅Mosley, Amber L⋅Liu, Yunlong⋅Liu, Yunlong⋅Liu, Yunlong⋅Liu, Yunlong⋅Liu, Yunlong⋅Liu, Yunlong⋅Liu, Yunlong⋅Robling, Alexander G⋅Robling, Alexander G⋅Robling, Alexander G⋅Robling, Alexander G⋅Robling, Alexander G⋅Robling, Alexander G⋅Robling, Alexander G⋅Brustovetsky, Nickolay⋅Brustovetsky, Nickolay⋅Brustovetsky, Nickolay⋅Brustovetsky, Nickolay⋅Brustovetsky, Nickolay⋅Brustovetsky, Nickolay⋅Brustovetsky, Nickolay⋅Hamilton, James⋅Hamilton, James⋅Hamilton, James⋅Hamilton, James⋅Hamilton, James⋅Hamilton, James⋅Hamilton, James⋅Jacobs, Kylie⋅Jacobs, Kylie⋅Jacobs, Kylie⋅Jacobs, Kylie⋅Jacobs, Kylie⋅Jacobs, Kylie⋅Jacobs, Kylie⋅Vashishth, Deepak⋅Vashishth, Deepak⋅Vashishth, Deepak⋅Vashishth, Deepak⋅Vashishth, Deepak⋅Vashishth, Deepak⋅Vashishth, Deepak⋅Stayrook, Keith R⋅Stayrook, Keith R⋅Stayrook, Keith R⋅Stayrook, Keith R⋅Stayrook, Keith R⋅Stayrook, Keith R⋅Stayrook, Keith R⋅Allen, Matthew R⋅Allen, Matthew R⋅Allen, Matthew R⋅Allen, Matthew R⋅Allen, Matthew R⋅Allen, Matthew R⋅Allen, Matthew R⋅Wallace, Joseph M⋅Wallace, Joseph M⋅Wallace, Joseph M⋅Wallace, Joseph M⋅Wallace, Joseph M⋅Wallace, Joseph M⋅Wallace, Joseph M⋅Bidwell, Joseph P⋅Bidwell, Joseph P⋅Bidwell, Joseph P⋅Bidwell, Joseph P⋅Bidwell, Joseph P⋅Bidwell, Joseph P and Bidwell, Joseph PAmerican journal of physiology. Endocrinology and metabolism, vol. 316, (no. 5), pp. E772, 2019-May-01.
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2017
Improving Combination Osteoporosis Therapy in a Preclinical Model of Heightened OsteoanabolismShao, Yu⋅Shao, Yu⋅Shao, Yu⋅Shao, Yu⋅Shao, Yu⋅Shao, Yu⋅Shao, Yu⋅Hernandez-Buquer, Selene⋅Hernandez-Buquer, Selene⋅Hernandez-Buquer, Selene⋅Hernandez-Buquer, Selene⋅Hernandez-Buquer, Selene⋅Hernandez-Buquer, Selene⋅Hernandez-Buquer, Selene⋅Childress, Paul⋅Childress, Paul⋅Childress, Paul⋅Childress, Paul⋅Childress, Paul⋅Childress, Paul⋅Childress, Paul⋅Stayrook, Keith R⋅Stayrook, Keith R⋅Stayrook, Keith R⋅Stayrook, Keith R⋅Stayrook, Keith R⋅Stayrook, Keith R⋅Stayrook, Keith R⋅Alvarez, Marta B⋅Alvarez, Marta B⋅Alvarez, Marta B⋅Alvarez, Marta B⋅Alvarez, Marta B⋅Alvarez, Marta B⋅Alvarez, Marta B⋅Davis, Hannah⋅Davis, Hannah⋅Davis, Hannah⋅Davis, Hannah⋅Davis, Hannah⋅Davis, Hannah⋅Davis, Hannah⋅Plotkin, Lilian I⋅Plotkin, Lilian I⋅Plotkin, Lilian I⋅Plotkin, Lilian I⋅Plotkin, Lilian I⋅Plotkin, Lilian I⋅Plotkin, Lilian I⋅He, Yongzheng⋅He, Yongzheng⋅He, Yongzheng⋅He, Yongzheng⋅He, Yongzheng⋅He, Yongzheng⋅He, Yongzheng⋅Condon, Keith W⋅Condon, Keith W⋅Condon, Keith W⋅Condon, Keith W⋅Condon, Keith W⋅Condon, Keith W⋅Condon, Keith W⋅Burr, David B⋅Burr, David B⋅Burr, David B⋅Burr, David B⋅Burr, David B⋅Burr, David B⋅Burr, David B⋅Warden, Stuart J⋅Warden, Stuart J⋅Warden, Stuart J⋅Warden, Stuart J⋅Warden, Stuart J⋅Warden, Stuart J⋅Warden, Stuart J⋅Robling, Alexander G⋅Robling, Alexander G⋅Robling, Alexander G⋅Robling, Alexander G⋅Robling, Alexander G⋅Robling, Alexander G⋅Robling, Alexander G⋅Yang, Feng-Chun⋅Yang, Feng-Chun⋅Yang, Feng-Chun⋅Yang, Feng-Chun⋅Yang, Feng-Chun⋅Yang, Feng Chun⋅Yang, Feng-Chun⋅Wek, Ronald C⋅Wek, Ronald C⋅Wek, Ronald C⋅Wek, Ronald C⋅Wek, Ronald C⋅Wek, Ronald C⋅Wek, Ronald C⋅Allen, Matthew R⋅Allen, Matthew R⋅Allen, Matthew R⋅Allen, Matthew R⋅Allen, Matthew R⋅Allen, Matthew R⋅Allen, Matthew R⋅Bidwell, Joseph P⋅Bidwell, Joseph P⋅Bidwell, Joseph P⋅Bidwell, Joseph P⋅Bidwell, Joseph P⋅Bidwell, Joseph P and Bidwell, Joseph PEndocrinology, vol. 158, (no. 9), pp. 2740, 2017-09-01.
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Megakaryocytes Enhance Mesenchymal Stromal Cells Proliferation and Inhibit DifferentiationEmmakah, Arbi M⋅Emmakah, A. M.⋅Emmakah, Arbi M⋅Arman, Hussain E⋅Arman, H. E.⋅Arman, Hussain E⋅Alvarez, M. B.⋅Alvarez, Marta B⋅Alvarez, Marta B⋅Childress, Paul J⋅Childress, Paul J⋅Childress, P. J.⋅Bidwell, Joseph P⋅Bidwell, Joseph P⋅Bidwell, J. P.⋅Goebel, William S⋅Goebel, W. S.⋅Goebel, William S⋅Gabriel Chu, Tien-Min⋅Gabriel Chu, Tien-Min⋅Gabriel Chu, T. M.⋅Kacena, Melissa A⋅Kacena, Melissa A and Kacena, M. A.Journal of Cellular Biochemistry, 2017-07-19.
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2016
Nuclear Matrix Protein 4 Is a Novel Regulator of Ribosome Biogenesis and Controls the Unfolded Protein Response via Repression ofGadd34ExpressionYoung, Sara K⋅Young, Sara K⋅Shao, Yu⋅Shao, Yu⋅Bidwell, Joseph P⋅Bidwell, Joseph P⋅Wek, Ronald C and Wek, Ronald CJournal of Biological Chemistry, vol. 291, (no. 26), pp. 13788, 2016-06-24.
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2015
Genome-Wide Mapping and Interrogation of the Nmp4 Antianabolic Bone AxisChildress, Paul⋅Childress, Paul⋅Childress, Paul⋅Childress, Paul⋅Childress, Paul⋅Stayrook, Keith R⋅Stayrook, Keith R⋅Stayrook, Keith R⋅Stayrook, Keith R⋅Stayrook, Keith R⋅Alvarez, Marta B⋅Alvarez, Marta B⋅Alvarez, Marta B⋅Alvarez, Marta B⋅Alvarez, Marta B⋅Wang, Zhiping⋅Wang, Zhiping⋅Wang, Zhiping⋅Wang, Zhiping⋅Wang, Zhiping⋅Shao, Yu⋅Shao, Yu⋅Shao, Yu⋅Shao, Yu⋅Shao, Yu⋅Hernandez-Buquer, Selene⋅Hernandez-Buquer, Selene⋅Hernandez-Buquer, Selene⋅Hernandez-Buquer, Selene⋅Hernandez-Buquer, Selene⋅Mack, Justin K⋅Mack, Justin K⋅Mack, Justin K⋅Mack, Justin K⋅Mack, Justin K⋅Grese, Zachary R⋅Grese, Zachary R⋅Grese, Zachary R⋅Grese, Zachary R⋅Grese, Zachary R⋅He, Yongzheng⋅He, Yongzheng⋅He, Yongzheng⋅He, Yongzheng⋅He, Yongzheng⋅Horan, Daniel⋅Horan, Daniel⋅Horan, Daniel⋅Horan, Daniel⋅Horan, Daniel⋅Pavalko, Fredrick M⋅Pavalko, Fredrick M⋅Pavalko, Fredrick M⋅Pavalko, Fredrick M⋅Pavalko, Fredrick M⋅Warden, Stuart J⋅Warden, Stuart J⋅Warden, Stuart J⋅Warden, Stuart J⋅Warden, Stuart J⋅Robling, Alexander G⋅Robling, Alexander G⋅Robling, Alexander G⋅Robling, Alexander G⋅Robling, Alexander G⋅Yang, Feng-Chun⋅Yang, Feng-Chun⋅Yang, Feng-Chun⋅Yang, Feng-Chun⋅Yang, Feng Chun⋅Allen, Matthew R⋅Allen, Matthew R⋅Allen, Matthew R⋅Allen, Matthew R⋅Allen, Matthew R⋅Krishnan, Venkatesh⋅Krishnan, Venkatesh⋅Krishnan, Venkatesh⋅Krishnan, Venkatesh⋅Krishnan, Venkatesh⋅Liu, Yunlong⋅Liu, Yunlong⋅Liu, Yunlong⋅Liu, Yunlong⋅Liu, Yunlong⋅Bidwell, Joseph P⋅Bidwell, Joseph P⋅Bidwell, Joseph P⋅Bidwell, Joseph P and Bidwell, Joseph PMolecular Endocrinology, vol. 29, (no. 9), pp. 1285, 2015-9.
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Signaling Pathways Involved in Megakaryocyte-Mediated Proliferation of Osteoblast Lineage CellsCheng, Ying-Hua⋅Cheng, Ying-Hua⋅Cheng, Ying‐Hua⋅Streicher, Drew A⋅Streicher, Drew A⋅Streicher, Drew A⋅Waning, David L⋅Waning, David L⋅Waning, David L⋅Chitteti, Brahmananda R⋅Chitteti, Brahmananda R⋅Chitteti, Brahmananda R⋅Gerard‐O'Riley, Rita⋅Gerard-O'Riley, Rita⋅Gerard-O'Riley, Rita⋅Horowitz, Mark C⋅Horowitz, Mark C⋅Horowitz, Mark C⋅Bidwell, Joseph P⋅Bidwell, Joseph P⋅Bidwell, Joseph P⋅Pavalko, Fredrick M⋅Pavalko, Fredrick M⋅Pavalko, Fredrick M⋅Srour, Edward F⋅Srour, Edward F⋅Srour, Edward F⋅Mayo, Lindsey D⋅Mayo, Lindsey D⋅Mayo, Lindsey D⋅Kacena, Melissa A⋅Kacena, Melissa A and Kacena, Melissa AJournal of Cellular Physiology, vol. 230, (no. 3), pp. 586, 2015-03-00.
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2013
Functional impairment of bone formation in the pathogenesis of osteoporosis: the bone marrow regenerative competence.Bidwell, Joseph⋅Alvarez, Marta B⋅Hood, Mark and Childress, PaulCurrent osteoporosis reports, vol. 11, (no. 2), pp. 117-25, 2013/Jun.
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Nmp4/CIZ suppresses the parathyroid hormone anabolic window by restricting mesenchymal stem cell and osteoprogenitor frequency.He, Yongzheng⋅He, Yongzheng⋅Childress, Paul⋅Childress, Paul⋅Hood, Mark⋅Hood, Mark⋅Alvarez, Marta⋅Alvarez, Marta⋅Kacena, Melissa⋅Kacena, Melissa A⋅Hanlon, Michael⋅Hanlon, Michael⋅McKee, Bryce⋅McKee, Bryce⋅Bidwell, Joseph P⋅Bidwell, Joseph⋅Yang, Feng Chun and Yang, Feng-ChunStem cells and development, vol. 22, (no. 3), pp. 492-500, 2013/Feb/1.
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2012
Immortalization and characterization of osteoblast cell lines generated from wild-type and Nmp4-null mouse bone marrow stromal cells using murine telomerase reverse transcriptase (mTERT).Alvarez, Marta B⋅Childress, Paul⋅Philip, Binu K⋅Gerard-O'Riley, Rita⋅Hanlon, Michael⋅Herbert, Brittney Shea⋅Robling, Alexander⋅Pavalko, Fredrick M and Bidwell, JosephJournal of cellular physiology, vol. 227, (no. 5), pp. 1873-82, 2012/May.
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Nmp4/CIZ closes the parathyroid hormone anabolic window.Bidwell, Joseph⋅Bidwell, Joseph⋅Childress, Paul⋅Childress, Paul⋅Alvarez, Marta B⋅Alvarez, Marta B⋅Hood, Mark⋅Hood, Jr, Mark⋅He, Yongzheng⋅He, Yongzheng⋅Pavalko, Fredrick M⋅Pavalko, Fredrick M⋅Kacena, Melissa A⋅Kacena, Melissa A⋅Yang, Feng Chun and Yang, Feng-ChunCritical reviews in eukaryotic gene expression, vol. 22, (no. 3), pp. 205-18, 2012.
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2011
Anabolic and catabolic regimens of human parathyroid hormone 1-34 elicit bone- and envelope-specific attenuation of skeletal effects in Sost-deficient mice.Robling, Alexander⋅Kedlaya, Rajendra⋅Ellis, Shana N⋅Childress, Paul J⋅Bidwell, Joseph⋅Bellido, Teresita and Turner, Charles HEndocrinology, vol. 152, (no. 8), pp. 2963-75, 2011/Aug.
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Blockade of TNFR1 signaling: A role of oscillatory fluid shear stress in osteoblasts.Wang, Haifang⋅Young, Suzanne⋅Gerard-O'Riley, Rita⋅Hum, Julia M⋅Yang, Zhouqi⋅Bidwell, Joseph and Pavalko, Fredrick MJournal of cellular physiology, vol. 226, (no. 4), pp. 1044-51, 2011/Apr.
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Nmp4/CIZ Suppresses the Response of Bone to Anabolic Parathyroid Hormone by Regulating Both Osteoblasts and OsteoclastsChildress, Paul⋅Philip, Binu K⋅Robling, Alexander⋅Bruzzaniti, Angela⋅Kacena, Melissa⋅Bivi, Nicoletta⋅Plotkin, Lilian I⋅Heller, Aaron and Bidwell, Joseph PCalcified Tissue International, vol. 89, (no. 1), pp. 74-89, Jul 2011.
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Nmp4/CIZ inhibits mechanically induced beta-catenin signaling activity in osteoblasts.Yang, Zhouqi⋅Bidwell, Joseph⋅Young, Suzanne R⋅Gerard-O'Riley, Rita⋅Wang, Haifang and Pavalko, Fredrick MJournal of cellular physiology, vol. 223, (no. 2), pp. 435-41, 2010/May.
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Nmp4/CIZ: road block at the intersection of PTH and load.Childress, Paul⋅Robling, Alexander and Bidwell, JosephBone, vol. 46, (no. 2), pp. 259-66, 2010/Feb.
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RAGE supports parathyroid hormone-induced gains in femoral trabecular bonePhilip, Binu K⋅Childress, Paul J⋅Robling, Alexander⋅Heller, Aaron⋅Nawroth, Peter P⋅Bierhaus, Angelika and Bidwell, Joseph PAmerican Journal of Physiology, vol. 298, (no. 3), Mar 2010.
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The Load-Bearing Mechanosome RevisitedBidwell, Joseph⋅Bidwell, Joseph⋅Bidwell, Joseph⋅Pavalko, Fredrick⋅Pavalko, Fredrick and Pavalko, FredrickClinical Reviews in Bone and Mineral Metabolism, vol. 8, (no. 4), pp. 223, 20101200.
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2009
Nmp4/CIZ suppresses parathyroid hormone-induced increases in trabecular bone.Robling, Alexander⋅Childress, Paul⋅Yu, Jun⋅Cotte, Jessica⋅Heller, Aaron⋅Philip, Binu K and Bidwell, JosephJournal of cellular physiology, vol. 219, (no. 3), pp. 734-43, 2009/Jun.
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2008
HMGB1 is a bone-active cytokine.Yang, Jieping⋅Shah, Rita⋅Robling, Alexander⋅Templeton, Evan⋅Yang, Huan⋅Tracey, Kevin J and Bidwell, JosephJournal of cellular physiology, vol. 214, (no. 3), pp. 730-9, 2008/Mar.
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Is HMGB1 an osteocyte alarmin?Bidwell, Joseph⋅Yang, Jieping and Robling, AlexanderJournal of cellular biochemistry, vol. 103, (no. 6), pp. 1671-80, 2008/Apr/15.
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2007
Nmp4/CIZ contributes to fluid shear stress induced MMP-13 gene induction in osteoblasts.Charoonpatrapong-Panyayong, Kanokwan⋅Shah, Rita⋅Yang, Jieping⋅Alvarez, Marta⋅Pavalko, Fredrick M⋅Gerard-O'Riley, Rita⋅Robling, Alexander⋅Templeton, Evan and Bidwell, JosephJournal of cellular biochemistry, vol. 102, (no. 5), pp. 1202-13, 2007/Dec/1.
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