125 Publications (Page 4 of 5)
2010
Impaired Infarct Healing in Atherosclerotic Mice With Ly-6Chi MonocytosisPanizzi, Peter⋅Panizzi, Peter⋅Panizzi, P.⋅Swirski, Filip K⋅Swirski, Filip K⋅Swirski, F.K.⋅Figueiredo, J.-L.⋅Figueiredo, Jose-Luiz⋅Figueiredo, Jose-Luiz⋅Waterman, Peter⋅Waterman, P.⋅Waterman, Peter⋅Sosnovik, David E⋅Sosnovik, D.E.⋅Sosnovik, David E⋅Aikawa, Elena⋅Aikawa, Elena⋅Aikawa, E.⋅Libby, Peter⋅Libby, Peter⋅Libby, P.⋅Pittet, Mikael⋅Pittet, M.⋅Pittet, Mikael⋅Weissleder, Ralph⋅Weissleder, Ralph⋅Weissleder, R.⋅Nahrendorf, Matthias⋅Nahrendorf, Matthias and Nahrendorf, M.Journal of the American College of Cardiology, vol. 55, pp. 1629-1638.
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Myeloperoxidase-rich Ly-6C+ myeloid cells infiltrate allografts and contribute to an imaging signature of organ rejection in miceSwirski, Filip K⋅Swirski, Filip K⋅Wildgruber, Moritz⋅Wildgruber, Moritz⋅Ueno, Takuya⋅Ueno, Takuya⋅Figueiredo, Jose-Luiz⋅Figueiredo, Jose-Luiz⋅Panizzi, Peter⋅Panizzi, Peter⋅Iwamoto, Yoshiko⋅Iwamoto, Yoshiko⋅Zhang, Elizabeth⋅Zhang, Elizabeth⋅Stone, James R⋅Stone, James R⋅Rodriguez, Elisenda⋅Rodriguez, Elisenda⋅Chen, John W⋅Chen, John W⋅Pittet, Mikael J⋅Pittet, Mikael J⋅Weissleder, Ralph⋅Weissleder, Ralph⋅Nahrendorf, Matthias and Nahrendorf, MatthiasThe Journal of clinical investigation, vol. 120, (no. 7), pp. 2634, 2010-Jul.
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Myeloperoxidase-rich Ly-6C+ myeloid cells infiltrate allografts and contribute to an imaging signature of organ rejection in mice.Swirski, Filip K⋅Swirski, Filip K⋅Wildgruber, Moritz⋅Wildgruber, Moritz⋅Ueno, Takuya⋅Ueno, Takuya⋅Figueiredo, Jose-Luiz⋅Figueiredo, Jose-Luiz⋅Panizzi, Peter⋅Panizzi, Peter⋅Iwamoto, Yoshiko⋅Iwamoto, Yoshiko⋅Zhang, Elizabeth⋅Zhang, Elizabeth⋅Stone, James R⋅Stone, James R⋅Rodriguez, Elisenda⋅Rodriguez, Elisenda⋅Chen, John W⋅Chen, John W⋅Pittet, Mikael J⋅Pittet, Mikael J⋅Weissleder, Ralph⋅Weissleder, Ralph⋅Nahrendorf, Matthias and Nahrendorf, MatthiasThe Journal of clinical investigation, vol. 120, (no. 7), pp. 2627-34, 2010/Jul.
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Myeloperoxidase-rich Ly-6C^sup +^ myeloid cells infiltrate allografts and contribute to an imaging signature of organ rejection in miceSwirski, Filip K⋅Swirski, Filip⋅Wildgruber, Moritz⋅Wildgruber, Moritz⋅Ueno, Takuya⋅Ueno, Takuya⋅Figueiredo, Jose-Luiz⋅Figueiredo, Jose-Luiz⋅Panizzi, Peter⋅Panizzi, Peter⋅Iwamoto, Yoshiko⋅Iwamoto, Yoshiko⋅Zhang, Elizabeth⋅Zhang, Elizabeth⋅Stone, James⋅Stone, James R⋅Rodriguez, Elisenda⋅Rodriguez, Elisenda⋅Chen, John W⋅Chen, John⋅Pittet, Mikael⋅Pittet, Mikael J⋅Weissleder, Ralph⋅Weissleder, Ralph⋅Nahrendorf, Matthias and Nahrendorf, MatthiasJournal of Clinical Investigation, vol. 120, (no. 7), pp. 2627, 20100701.
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Skizzle is a novel plasminogen- and plasmin-binding protein from Streptococcus agalactiae that targets proteins of human fibrinolysis to promote plasmin generationWiles, Karen G⋅Wiles, Karen G⋅Panizzi, Peter⋅Panizzi, Peter⋅Kroh, Heather K⋅Kroh, Heather K⋅Bock, Paul E and Bock, Paul EThe Journal of biological chemistry, vol. 285, (no. 27), pp. 21164, 2010-Jul-02.
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Skizzle is a novel plasminogen- and plasmin-binding protein from Streptococcus agalactiae that targets proteins of human fibrinolysis to promote plasmin generation.Wiles, Karen G⋅Wiles, Karen G⋅Panizzi, Peter⋅Panizzi, Peter⋅Kroh, Heather K⋅Kroh, Heather K⋅Bock, Paul E and Bock, Paul EThe Journal of biological chemistry, vol. 285, (no. 27), pp. 21153-64, 2010/Jul/2.
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Spatial distribution of factor Xa, thrombin, and fibrin(ogen) on thrombi at venous shear.Berny, Michelle A⋅Berny, Michelle⋅Munnix, Imke⋅Munnix, Imke C⋅Auger, Jocelyn M⋅Auger, Jocelyn⋅Schols, Saskia E⋅Schols, Saskia⋅Cosemans, Judith M⋅Cosemans, Judith⋅Panizzi, Peter⋅Panizzi, Peter⋅Bock, Paul E⋅Bock, Paul⋅Watson, Steve⋅Watson, Steve⋅Mc Carty, Owen J⋅McCarty, Owen⋅Heemskerk, Johan and Heemskerk, Johan WPloS one, vol. 5, (no. 4), pp. e10415, 2010.
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Spatial Distribution of Factor Xa, Thrombin, and Fibrin(ogen) on Thrombi at Venous ShearBerny, Michelle A⋅Berny, Michelle⋅Munnix, Imke⋅Munnix, Imke C⋅Auger, Jocelyn M⋅Auger, Jocelyn⋅Schols, Saskia E⋅Schols, Saskia⋅Cosemans, Judith M⋅Cosemans, Judith⋅Panizzi, Peter⋅Panizzi, Peter⋅Bock, Paul E⋅Bock, Paul⋅Watson, Steve⋅Watson, Steve⋅Mc Carty, Owen J⋅McCarty, Owen⋅Heemskerk, Johan and Heemskerk, Johan WPLOS ONE, vol. 5, (no. 4), pp. e10415, 2010-04-29.
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StaphylocoagulasePanizzi, Peter⋅Kroh, Heather K.⋅Fuentes-Prior, Pablo and Bock, Paul E.(pp. 575--590). Springer Netherlands
2009
18F-4V for PET-CT imaging of VCAM-1 expression in atherosclerosis.Nahrendorf, Matthias⋅Nahrendorf, Matthias⋅Keliher, Edmund⋅Keliher, Edmund⋅Panizzi, Peter⋅Panizzi, Peter⋅Zhang, Hanwen⋅Zhang, Hanwen⋅Hembrador, Sheena⋅Hembrador, Sheena⋅Figueiredo, Jose-Luiz⋅Figueiredo, Jose-Luiz⋅Aikawa, Elena⋅Aikawa, Elena⋅Kelly, Kimberly A⋅Kelly, Kimberly⋅Libby, Peter⋅Libby, Peter⋅Weissleder, Ralph and Weissleder, RalphJACC. Cardiovascular imaging, vol. 2, (no. 10), pp. 1213-22, 2009/Oct.
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18F-4V for PET–CT Imaging of VCAM-1 Expression in AtherosclerosisNahrendorf, Matthias⋅Nahrendorf, Matthias⋅Keliher, Edmund⋅Keliher, Edmund⋅Panizzi, Peter⋅Panizzi, Peter⋅Zhang, Hanwen⋅Zhang, Hanwen⋅Hembrador, Sheena⋅Hembrador, Sheena⋅Figueiredo, Jose-Luiz⋅Figueiredo, Jose-Luiz⋅Aikawa, Elena⋅Aikawa, Elena⋅Kelly, Kimberly A⋅Kelly, Kimberly⋅Libby, Peter⋅Libby, Peter⋅Weissleder, Ralph and Weissleder, RalphJACC: Cardiovascular Imaging, vol. 2, (no. 10), pp. 1222, October 2009.
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Hybrid in vivo FMT-CT imaging of protease activity in atherosclerosis with customized nanosensors.Nahrendorf, Matthias⋅Nahrendorf, Matthias⋅Waterman, Peter⋅Waterman, Peter⋅Thurber, Greg M⋅Thurber, Greg⋅Groves, Kevin⋅Groves, Kevin⋅Rajopadhye, Milind⋅Rajopadhye, Milind⋅Panizzi, Peter⋅Panizzi, Peter⋅Marinelli, Brett⋅Marinelli, Brett⋅Aikawa, Elena⋅Aikawa, Elena⋅Pittet, Mikael J⋅Pittet, Mikael⋅Swirski, Filip⋅Swirski, Filip K⋅Weissleder, Ralph and Weissleder, RalphArteriosclerosis, thrombosis, and vascular biology, vol. 29, (no. 10), pp. 1444-51, 2009/Oct.
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Hybrid In Vivo FMT-CT Imaging of Protease Activity in Atherosclerosis With Customized NanosensorsNahrendorf, Matthias⋅Nahrendorf, Matthias⋅Waterman, Peter⋅Waterman, Peter⋅Thurber, Greg M⋅Thurber, Greg⋅Groves, Kevin⋅Groves, Kevin⋅Rajopadhye, Milind⋅Rajopadhye, Milind⋅Panizzi, Peter⋅Panizzi, Peter⋅Marinelli, Brett⋅Marinelli, Brett⋅Aikawa, Elena⋅Aikawa, Elena⋅Pittet, Mikael J⋅Pittet, Mikael⋅Swirski, Filip⋅Swirski, Filip K⋅Weissleder, Ralph and Weissleder, RalphArteriosclerosis, Thrombosis, and Vascular Biology, vol. 29, (no. 10), pp. 1451, 20091001.
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Identification of Splenic Reservoir Monocytes and Their Deployment to Inflammatory SitesSwirski, Filip K⋅Swirski, Filip K⋅Swirski, Filip⋅Nahrendorf, Matthias⋅Nahrendorf, Matthias⋅Nahrendorf, Matthias⋅Etzrodt, Martin⋅Etzrodt, Martin⋅Etzrodt, Martin⋅Wildgruber, Moritz⋅Wildgruber, Moritz⋅Wildgruber, Moritz⋅Cortez-Retamozo, Virna⋅Cortez-Retamozo, Virna⋅Cortez-Retamozo, Virna⋅Panizzi, Peter⋅Panizzi, Peter⋅Panizzi, Peter⋅Figueiredo, Jose-Luiz⋅Figueiredo, Jose-Luiz⋅Figueiredo, Jose-Luiz⋅Kohler, Rainer⋅Kohler, Rainer H⋅Kohler, Rainer H⋅Chudnovskiy, Aleksey⋅Chudnovskiy, Aleksey⋅Chudnovskiy, Aleksey⋅Waterman, Peter⋅Waterman, Peter⋅Waterman, Peter⋅Aikawa, Elena⋅Aikawa, Elena⋅Aikawa, Elena⋅Mempel, Thorsten R⋅Mempel, Thorsten⋅Mempel, Thorsten⋅Libby, Peter⋅Libby, Peter⋅Libby, Peter⋅Weissleder, Ralph⋅Weissleder, Ralph⋅Weissleder, Ralph⋅Pittet, Mikael J⋅Pittet, Mikael and Pittet, Mikael JScience., vol. 325, (no. 5940), pp. 612-616, 2009.
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Identification of Splenic Reservoir Monocytes and Their Deployment to Inflammatory SitesSwirski, Filip K⋅Swirski, Filip K⋅Swirski, Filip⋅Nahrendorf, Matthias⋅Nahrendorf, Matthias⋅Nahrendorf, Matthias⋅Etzrodt, Martin⋅Etzrodt, Martin⋅Etzrodt, Martin⋅Wildgruber, Moritz⋅Wildgruber, Moritz⋅Wildgruber, Moritz⋅Cortez-Retamozo, Virna⋅Cortez-Retamozo, Virna⋅Cortez-Retamozo, Virna⋅Panizzi, Peter⋅Panizzi, Peter⋅Panizzi, Peter⋅Figueiredo, Jose-Luiz⋅Figueiredo, Jose-Luiz⋅Figueiredo, Jose-Luiz⋅Kohler, Rainer⋅Kohler, Rainer H⋅Kohler, Rainer H⋅Chudnovskiy, Aleksey⋅Chudnovskiy, Aleksey⋅Chudnovskiy, Aleksey⋅Waterman, Peter⋅Waterman, Peter⋅Waterman, Peter⋅Aikawa, Elena⋅Aikawa, Elena⋅Aikawa, Elena⋅Mempel, Thorsten R⋅Mempel, Thorsten⋅Mempel, Thorsten⋅Libby, Peter⋅Libby, Peter⋅Libby, Peter⋅Weissleder, Ralph⋅Weissleder, Ralph⋅Weissleder, Ralph⋅Pittet, Mikael J⋅Pittet, Mikael and Pittet, Mikael JScience, vol. 325, (no. 5940), pp. 616, 20090731.
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Molecular MRI detects low levels of cardiomyocyte apoptosis in a transgenic model of chronic heart failure.Sosnovik, David⋅Sosnovik, David E⋅Sosnovik, David E⋅Sosnovik, David E⋅Nahrendorf, Matthias⋅Nahrendorf, Matthias⋅Nahrendorf, Matthias⋅Nahrendorf, Matthias⋅Panizzi, Peter⋅Panizzi, Peter⋅Panizzi, Peter⋅Panizzi, Peter⋅Matsui, Takashi⋅Matsui, Takashi⋅Matsui, Takashi⋅Matsui, Takashi⋅Aikawa, Elena⋅Aikawa, Elena⋅Aikawa, Elena⋅Aikawa, Elena⋅Dai, Guangping⋅Dai, Guangping⋅Dai, Guangping⋅Dai, Guangping⋅Li, Ling⋅Li, Ling⋅Li, Ling⋅Li, Ling⋅Reynolds, Fred⋅Reynolds, Fred⋅Reynolds, Fred⋅Reynolds, Fred⋅Dorn II, G.W.⋅Dorn, Gerald W⋅Dorn, Gerald⋅Dorn, Gerald W⋅Dorn, Gerald W⋅Weissleder, Ralph⋅Weissleder, Ralph⋅Weissleder, Ralph⋅Weissleder, Ralph⋅Josephson, Lee⋅Josephson, Lee⋅Josephson, Lee⋅Josephson, Lee⋅Rosenzweig, Anthony⋅Rosenzweig, Anthony⋅Rosenzweig, Anthony and Rosenzweig, AnthonyCirculation. Cardiovascular imaging, vol. 2, (no. 6), pp. 468-75, 2009/Nov.
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Molecular MRI Detects Low Levels of Cardiomyocyte Apoptosis in a Transgenic Model of Chronic Heart FailureSosnovik, David⋅Sosnovik, David E⋅Sosnovik, David E⋅Sosnovik, David E⋅Nahrendorf, Matthias⋅Nahrendorf, Matthias⋅Nahrendorf, Matthias⋅Nahrendorf, Matthias⋅Panizzi, Peter⋅Panizzi, Peter⋅Panizzi, Peter⋅Panizzi, Peter⋅Matsui, Takashi⋅Matsui, Takashi⋅Matsui, Takashi⋅Matsui, Takashi⋅Aikawa, Elena⋅Aikawa, Elena⋅Aikawa, Elena⋅Aikawa, Elena⋅Dai, Guangping⋅Dai, Guangping⋅Dai, Guangping⋅Dai, Guangping⋅Li, Ling⋅Li, Ling⋅Li, Ling⋅Li, Ling⋅Reynolds, Fred⋅Reynolds, Fred⋅Reynolds, Fred⋅Reynolds, Fred⋅Dorn II, G.W.⋅Dorn, Gerald W⋅Dorn, Gerald⋅Dorn, Gerald W⋅Dorn, Gerald W⋅Weissleder, Ralph⋅Weissleder, Ralph⋅Weissleder, Ralph⋅Weissleder, Ralph⋅Josephson, Lee⋅Josephson, Lee⋅Josephson, Lee⋅Josephson, Lee⋅Rosenzweig, Anthony⋅Rosenzweig, Anthony⋅Rosenzweig, Anthony and Rosenzweig, AnthonyCirculation: Cardiovascular Imaging, vol. 2, (no. 6), pp. 475, 20091101.
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Oxazine conjugated nanoparticle detects in vivo hypochlorous acid and peroxynitrite generation.Panizzi, Peter⋅Panizzi, Peter⋅Nahrendorf, Matthias⋅Nahrendorf, Matthias⋅Wildgruber, Moritz⋅Wildgruber, Moritz⋅Waterman, Peter⋅Waterman, Peter⋅Figueiredo, Jose-Luiz⋅Figueiredo, Jose-Luiz⋅Aikawa, Elena⋅Aikawa, Elena⋅McCarthy, Jason⋅Mc Carthy, Jason⋅Weissleder, Ralph⋅Weissleder, Ralph⋅Hilderbrand, Scott A and Hilderbrand, Scott AJournal of the American Chemical Society, vol. 131, (no. 43), pp. 15739-44, 2009/Nov/4.
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Oxazine Conjugated Nanoparticle Detects in Vivo Hypochlorous Acid and Peroxynitrite GenerationPanizzi, Peter⋅Panizzi, Peter⋅Nahrendorf, Matthias⋅Nahrendorf, Matthias⋅Wildgruber, Moritz⋅Wildgruber, Moritz⋅Waterman, Peter⋅Waterman, Peter⋅Figueiredo, Jose-Luiz⋅Figueiredo, Jose-Luiz⋅Aikawa, Elena⋅Aikawa, Elena⋅McCarthy, Jason⋅Mc Carthy, Jason⋅Weissleder, Ralph⋅Weissleder, Ralph⋅Hilderbrand, Scott A and Hilderbrand, Scott AJournal of the American Chemical Society, vol. 131, (no. 43), pp. 15744, 20091104.
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Plasminogen substrate recognition by the streptokinase-plasminogen catalytic complex is facilitated by Arg253, Lys256, and Lys257 in the streptokinase beta-domain and kringle 5 of the substrate.Tharp, Anthony C⋅Tharp, Anthony C⋅Laha, Malabika⋅Laha, Malabika⋅Panizzi, Peter⋅Panizzi, Peter⋅Thompson, Michael W⋅Thompson, Michael W⋅Fuentes-Prior, Pablo⋅Fuentes-Prior, Pablo⋅Bock, Paul E and Bock, Paul EThe Journal of biological chemistry, vol. 284, (no. 29), pp. 19511-21, 2009/Jul/17.
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Plasminogen substrate recognition by the streptokinase-plasminogen catalytic complex is facilitated by Arg 253, Lys 256 and Lys 257 in the streptokinase β-domain and kringle 5 of the substrate
Tharp, A.C.⋅Laha, M.⋅Panizzi, P.⋅Thompson, M.W.⋅Fuentes-Prior, P. and Bock, P.E.
Journal of Biological Chemistry, vol. 284, pp. 19511-19521. | Journal Article
Plasminogen Substrate Recognition by the Streptokinase-Plasminogen Catalytic Complex Is Facilitated by Arg253, Lys256, and Lys257in the Streptokinase β-Domain and Kringle 5 of the SubstrateTharp, Anthony C⋅Tharp, Anthony C⋅Laha, Malabika⋅Laha, Malabika⋅Panizzi, Peter⋅Panizzi, Peter⋅Thompson, Michael W⋅Thompson, Michael W⋅Fuentes-Prior, Pablo⋅Fuentes-Prior, Pablo⋅Bock, Paul E and Bock, Paul EJournal of Biological Chemistry, vol. 284, (no. 29), pp. 19521, 2009-07-17.
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von Willebrand factor-binding protein is a hysteretic conformational activator of prothrombinKroh, Heather⋅Kroh, Heather K⋅Panizzi, Peter⋅Panizzi, Peter⋅Bock, Paul E⋅Bock, Paul and Fuents-Prior, PabloProceedings of the National Academy of Sciences, USA, vol. 106, (no. 19), pp. 7786-7791, 2009.
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Von Willebrand Factor-Binding Protein Is a Hysteretic Conformational Activator of ProthrombinKroh, Heather⋅Kroh, Heather K⋅Panizzi, Peter⋅Panizzi, Peter⋅Bock, Paul E⋅Bock, Paul and Fuents-Prior, PabloProceedings of the National Academy of Sciences of the United States of America, vol. 106, (no. 19), pp. 7791, 20090512.
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2008
Activatable Magnetic Resonance Imaging Agent Reports Myeloperoxidase Activity in Healing Infarcts and Noninvasively Detects the Antiinflammatory Effects of Atorvastatin on Ischemia-Reperfusion InjuryNahrendorf, Matthias⋅Nahrendorf, Matthias⋅Nahrendorf, Matthias⋅Nahrendorf, Matthias⋅Sosnovik, David E⋅Sosnovik, David⋅Sosnovik, David⋅Sosnovik, David⋅Chen, John⋅Chen, John⋅Chen, John W⋅Chen, John W⋅Panizzi, Peter⋅Panizzi, Peter⋅Panizzi, Peter⋅Panizzi, Peter⋅Figueiredo, Jose-Luiz⋅Figueiredo, Jose-Luiz⋅Figueiredo, Jose-Luiz⋅Figueiredo, Jose-Luiz⋅Aikawa, Elena⋅Aikawa, Elena⋅Aikawa, Elena⋅Aikawa, Elena⋅Libby, Peter⋅Libby, Peter⋅Libby, Peter⋅Libby, Peter⋅Swirski, Filip⋅Swirski, Filip⋅Swirski, Filip K⋅Swirski, Filip K⋅Weissleder, Ralph⋅Weissleder, Ralph⋅Weissleder, Ralph and Weissleder, RalphCirculation, vol. 117, (no. 9), pp. 1160, 20080304.
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