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Now showing items 33 - 48 of 373

  • Structures with Hollow Sections (D. Dutta)

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  • Spatiotemporal presentation of exogenous SDF-1 with PLGA nanoparticles modulates SDF-1/CXCR4 signaling axis in the rodent cortex

    Dutta, D.   Hickey, K.   Salifu, M.   Fauer, C.   Willingham, C.   Stabenfeldt, S. E.  

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  • Temperature- and Hydrogen-Gas-Dependent Reversible Inversion ofn-/p-Type Conductivity in CVD-Grown Multilayer Graphene (MLG) Film

    Dutta, D.   Hazra, S. K.   Das, J.   Sarkar, C. K.   Basu, S.  

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  • Computer-aided process planning for parallel machines: J. Levin, D. Dutta, pp. 79–92

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  • Freezing of Nanodroplets: Phase Transition of Organic Liquids Confined in Nanopores Studied by Positron Annihilation Spectroscopy

    Dutta, D.   Sharma, S.K.   Maheshwari, P.   Sudarshan, K.   Pujari, P.K.  

    Behavior of solids and liquids confined in nano domain has great relevance in fundamental research as well as applications in nanotribology, nanofabrication, membrane separation, interfacial adhesion and lubrication. In this work, we have studied phase transition behavior of different organic liquids confined in nanopores of ZSM-5 zeolite and silica using temperature dependent positron annihilation Doppler broadening and lifetime spectroscopy. It is observed that the freezing and melting properties of liquids confined in nanopores are different from their bulk behavior. The liquid molecules (isopropanol) that feel more attractive interaction with the pore wall show an increase in freezing temperature. Similarly, a liquid like benzene which is weakly attractive with pore wall as compared to its solid phase show a decrease in its freezing point under confinement. The confining pore diameters are in the range of 10-60 Aring. It was observed that the shift in phase transition temperature does not follow classical Gibbs-Thomson relation.
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  • 886186 Rock mass classification model for caving roofs : Ghose, A K; Dutta, D Int J Min Geol EngngV5, N3, Oct 1987, P257–271

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  • Enhancing the Capability of a Simple, Computationally Efficient, Conceptual Flood Inundation Model in Hydrologically Complex Terrain

    Teng, J.   Vaze, J.   Kim, S.   Dutta, D.   Jakeman, A. J.   Croke, B. F. W.  

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  • Four-Year Follow-Up of Transient Ischemic Attacks, Strokes, and Mimics: A Retrospective Transient Ischemic Attack Clinic Cohort Study

    Dutta, D.   Bowen, E.   Foy, C.  

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  • OP35.01: Perinatal outcomes for fetal echogenic bowel both isolated and combined with soft markers: case series and literature review

    Dutta, D.   Ahmed, S.   Raouf, S.  

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  • at Belle

    Berger, M.   Schwanda, C.   Suzuki, K.   Adachi, I.   Ahn, J. K.   Aihara, H.   Al Said, S.   Asner, D. M.   Atmacan, H.   Aulchenko, V.   Aushev, T.   Ayad, R.   Babu, V.   Badhrees, I.   Bakich, A. M.   Bansal, V.   Behera, P.   Bhardwaj, V.   Bhuyan, B.   Biswal, J.   Bonvicini, G.   Bozek, A.   Bračko, M.   Browder, T. E.   Červenkov, D.   Chen, A.   Cheon, B. G.   Chilikin, K.   Cho, K.   Choi, Y.   Cinabro, D.   Czank, T.   Dash, N.   Di Carlo, S.   Doležal, Z.   Dutta, D.   Eidelman, S.   Epifanov, D.   Fast, J. E.   Ferber, T.   Fulsom, B. G.   Garg, R.   Gaur, V.   Gabyshev, N.   Garmash, A.   Gelb, M.   Giri, A.   Goldenzweig, P.   Grzymkowska, O.   Guan, Y.   Guido, E.   Haba, J.   Hara, T.   Hayasaka, K.   Hayashii, H.   Hedges, M. T.   Hou, W.-S.   Iijima, T.   Inami, K.   Inguglia, G.   Ishikawa, A.   Itoh, R.   Iwasaki, M.   Iwasaki, Y.   Jacobs, W. W.   Jaegle, I.   Jia, S.   Jin, Y.   Joo, K. K.   Julius, T.   Kaliyar, A. B.   Kang, K. H.   Karyan, G.   Kawasaki, T.   Kichimi, H.   Kiesling, C.   Kim, D. Y.   Kim, H. J.   Kim, J. B.   Kim, K. T.   Kim, S. H.   Kinoshita, K.   Kodyš, P.   Korpar, S.   Kotchetkov, D.   Križan, P.   Kroeger, R.   Krokovny, P.   Kuhr, T.   Kulasiri, R.   Kuzmin, A.   Kwon, Y.-J.   Lange, J. S.   Lee, I. S.   Lee, S. C.   Li, L. K.   Li, Y.   Li Gioi, L.   Libby, J.   Liventsev, D.   Lubej, M.   Luo, T.   Masuda, M.   Matsuda, T.   Matvienko, D.   Merola, M.   Miyabayashi, K.   Miyata, H.   Mizuk, R.   Mohanty, G. B.   Moon, H. K.   Mori, T.   Mussa, R.   Nakano, T.   Nakao, M.   Nanut, T.   Nath, K. J.   Natkaniec, Z.   Nayak, M.   Niiyama, M.   Nisar, N. K.   Nishida, S.   Okuno, S.   Ono, H.   Onuki, Y.   Pakhlov, P.   Pakhlova, G.   Pal, B.   Park, H.   Paul, S.   Pavelkin, I.   Pedlar, T. K.   Pestotnik, R.   Piilonen, L. E.   Popov, V.   Ritter, M.   Rostomyan, A.   Russo, G.   Sakai, Y.   Salehi, M.   Sandilya, S.   Santelj, L.   Sanuki, T.   Savinov, V.   Schneider, O.   Schnell, G.   Schwartz, A. J.   Seino, Y.   Senyo, K.   Seon, O.   Sevior, M. E.   Shebalin, V.   Shen, C. P.   Shibata, T.-A.   Shimizu, N.   Shiu, J.-G.   Shwartz, B.   Simon, F.   Sokolov, A.   Sol  

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  • process in

    Dutta, D.   Xiong, F.   Zhu, L. Y.   Arrington, J.   Averett, T.   Beise, E.   Calarco, J.   Chang, T.   Chen, J. P.   Chudakov, E.   Coman, M.   Clasie, B.   Crawford, C.   Dieterich, S.   Dohrmann, F.   Fissum, K.   Frullani, S.   Gao, H.   Gilman, R.   Glashausser, C.   Gomez, J.   Hafidi, K.   Hansen, J.-O.   Higinbotham, D. W.   Holt, R. J.   de Jager, C. W.   Jiang, X.   Kinney, E.   Kramer, K.   Kumbartzki, G.   LeRose, J.   Liyanage, N.   Mack, D.   Markowitz, P.   McCormick, K.   Meziani, Z.-E.   Michaels, R.   Mitchell, J.   Nanda, S.   Potterveld, D.   Ransome, R.   Reimer, P. E.   Reitz, B.   Saha, A.   Schulte, E. C.   Seely, J.   ?irca, S.   Strauch, S.   Sulkosky, V.   Vlahovic, B.   Weinstein, L. B.   Wijesooriya, K.   Williamson, C. F.   Wojtsekhowski, B.   Xiang, H.   Xu, W.   Zeng, J.   Zheng, X.  

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  • Role of Ag\r 2\r S Nanoparticles on the Dynamics of Silver Ions in Silver?Ultraphosphate Glass Nanocomposites

    Dutta, D.   Ghosh, A.  

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  • reaction

    Dutta, D.   van Westrum, D.   Abbott, D.   Ahmidouch, A.   Amatuni, Ts. A.   Armstrong, C.   Arrington, J.   Assamagan, K. A.   Bailey, K.   Baker, O. K.   Barrow, S.   Beard, K.   Beatty, D.   Beedoe, S.   Beise, E.   Belz, E.   Bochna, C.   Bosted, P. E.   Breuer, H.   Bruins, E. E. W.   Carlini, R.   Cha, J.   Chant, N.   Chrien, R. E.   Cothran, C.   Cummings, W. J.   Danagoulian, S.   Day, D.   DeSchepper, D.   Ducret, J.-E.   Duncan, F.   Dunne, J.   Eden, T.   Ent, R.   Fortune, H. T.   Frolov, V.   Geesaman, D. F.   Gao, H.   Gilman, R.   Guèye, P.   Hansen, J. O.   Hinton, W.   Holt, R. J.   Jackson, C.   Jackson, H. E.   Jones, C.   Kaufman, S.   Kelly, J. J.   Keppel, C.   Khandaker, M.   Kim, W.   Kinney, E.   Klein, A.   Koltenuk, D.   Kramer, L.   Lorenzon, W.   McFarlane, K.   Mack, D. J.   Madey, R.   Markowitz, P.   Martin, J.   Mateos, A.   Meekins, D.   Meier, E.   Miller, M. A.   Milner, R.   Mitchell, J.   Mohring, R.   Mkrtchyan, H.   Nathan, A. M.   Niculescu, G.   Niculescu, I.   O’Neill, T. G.   Potterveld, D.   Price, J. W.   Reinhold, J.   Salgado, C.   Schiffer, J. P.   Segel, R. E.   Stoler, P.   Suleiman, R.   Sawafta, R.   Sutter, R. J.   Tadevosyan, V.   Tang, L.   Terburg, B.   Welch, T. P.   Williamson, C.   Wood, S.   Yan, C.   Yang, Jae-Choon   Yu, J.   Zeidman, B.   Zhao, W.   Zihlmann, B.  

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  • Regulation of Angiogenesis by Histone Chaperone HIRA-mediated Incorporation of Lysine 56-acetylated Histone H3.3 at Chromatin Domains of Endothelial Genes

    Dutta, D.   Ray, S.   Home, P.   Saha, B.   Wang, S.   Sheibani, N.   Tawfik, O.   Cheng, N.   Paul, S.  

    Angiogenesis is critically dependent on endothelial cell-specific transcriptional mechanisms. However, the molecular processes that regulate chromatin domains and thereby dictate transcription of key endothelial genes are poorly understood. Here, we report that, in endothelial cells, angiogenic signal-mediated transcriptional induction of Vegfr1 (vascular endothelial growth factor receptor 1) is dependent on the histone chaperone, HIRA (histone cell cycle regulation-defective homolog A). Our molecular analyses revealed that, in response to angiogenic signals, HIRA is induced in endothelial cells and mediates incorporation of lysine 56 acetylated histone H3.3 (H3acK56) at the chromatin domain of Vegfr1. HIRA-mediated incorporation of H3acK56 is a general mechanism associated with transcriptional induction of several angiogenic genes in endothelial cells. Depletion of HIRA inhibits H3acK56 incorporation and transcriptional induction of Vegfr1 and other angiogenic genes. Our functional analyses revealed that depletion of HIRA abrogates endothelial network formation on Matrigel and inhibits angiogenesis in an in vivo Matrigel plug assay. Furthermore, analysis in a laser-induced choroidal neovascularization model showed that depletion of HIRA significantly inhibits neovascularization. Our results for the first time decipher a histone chaperone (HIRA)-dependent molecular mechanism in endothelial gene regulation and indicate that histone chaperones could be new targets for angiogenesis therapy.
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  • Studies of current-voltage characteristics of antimony oxide films: C R Dutta and K Barua,J Phys D : Appl Phys, 15 (10), 1982, 2027–2034

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  • Closure to “Statistical Analysis of Non-Pressure-Compensating and Pressure-Compensating Drip Emitters” by H. Perea, J. Enciso-Medina, V. P. Singh, D. P. Dutta, and B. J. Lesikar

    Perea, Hugo   Enciso-Medina, Juan   Singh, Vijay P.   Dutta, Deba P.   Lesikar, Bruce J.  

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