Search

Your search keyword '"Choudhari, Pradeep"' showing total 15 results
Start Over Author "Choudhari, Pradeep"
15 results on '"Choudhari, Pradeep"'

6. Scapula fractures: interobserver reliability of classification and treatment

Author

Neuhaus, Valentin, Bot, Arjan G. J., Guitton, Thierry G., Ring, David C., Abdel-Ghany, Mahmoud I., Abrams, Jeffrey, Abzug, Joshua M., Adolfsson, Lars E., Balfour, George W., Bamberger, H. Brent, Barquet, Antonio, Baskies, Michael, Batson, W. Arnold, Baxamusa, Taizoon, Bayne, Grant J., Begue, Thierry, Behrman, Michael, Beingessner, Daphne, Biert, Jan, Bishop, Julius, Alves, Mateus Borges Oliveira, Boyer, Martin, Brilej, Drago, Brink, Peter R. G., Brunton, Lance M., Buckley, Richard, Cagnone, Juan Carlos, Calfee, Ryan P., Campinhos, Luiz Augusto B., Cassidy, Charles, Catalano, Louis, Chivers, Karel, Choudhari, Pradeep, Cimerman, Matej, Conflitti, Joseph M., Costanzo, Ralph M., Crist, Brett D., Cross, Brian J., Dantuluri, Phani, Darowish, Michael, De Bedout, Ramon, Decoster, Thomas, Dennison, David G., Denoble, Peter H., Desilva, Gregory, Dienstknecht, Thomas, Duncan, Scott F., Duralde, Xavier A., Durchholz, Holger, Egol, Kenneth, Ekholm, Carl, Elias, Nelson, Erickson, John M., Esparza, J. Daniel Espinosa, Fernandes, C. H., Fischer, Thomas J., Fischmeister, Martin, Jaime, Forigua E., Getz, Charles L., Gilbert, Richard S., Giordano, Vincenzo, Glaser, David L., Gosens, Taco, Grafe, Michael W., Filho, Jose Eduardo Grandi Ribeiro, Gray, Robert R. L., Gulotta, Lawrence V., Gummerson, Nigel William, Hammerberg, Eric Mark, Harvey, Edward, Haverlag, R., Henry, Patrick D. G., Hobby, Jonathan L., Hofmeister, Eric P., Hughes, Thomas, Itamura, John, Jebson, Peter, Jenkinson, Richard, Jeray, Kyle, Jones, Christopher M., Jones, Jedediah, Jubel, Axel, Kaar, Scott G., Kabir, K., Kaplan, F. Thomas D., Kennedy, Stephen A., Kessler, Michael W., Kimball, Hervey L., Kloen, Peter, Klostermann, Cyrus, Kohut, Georges, Kraan, G. A., Kristan, Anze, Loebenberg, Mark I., Malone, Kevin J., Marsh, L., Martineau, Paul A., Mcauliffe, John, Mcgraw, Iain, Mehta, Samir, Merchant, Milind, Metzger, Charles, Meylaerts, S. A., Miller, Anna N., Wolf, Jennifer Moriatis, Murachovsky, Joel, Murthi, Anand, Nancollas, Michael, Nolan, Betsy M., Omara, Timothy, Omid, Reza, Ortiz, Jose A., Overbeck, Joachim P., Page, Richard S., Castillo, Alberto Pérez, Pesantez, Rodrigo, Polatsch, Daniel, Porcellini, G., Prayson, Michael, Quell, M., Ragsdell, Matthew M., Reid, James G., Reuver, J. M., Richard, Marc J., Richardson, Martin, Rizzo, Marco, Rowinski, Sergio, Rubio, Jorge, Guerrero, Carlos G. Sánchez, Satora, Wojciech, Schandelmaier, Peter, Scheer, Johan H., Schmidt, Andrew, Schubkegel, Todd A., Schulte, Leah M., Schumer, Evan D., Sears, Benjamin W., Shafritz, Adam B., Shortt, Nicholas L., Siff, Todd, Silva, Dario Mejia, Smith, Raymond Malcolm, Spruijt, Sander, Stein, Jason A., Pemovska, Emilija Stojkovska, Streubel, Philipp N., Swigart, Carrie, Swiontkowski, Marc, Thomas, George, Tolo, Eric T., Turina, Matthias, Tyllianakis, Minos, Van Den Bekerom, Michel P. J., Van Der Heide, Huub, Van De Sande, M. A. J., Van Eerten, P. V., Verbeek, DIederik O. F., Hoffmann, David Victoria, Vochteloo, A. J. H., Wagenmakers, Robert, Wall, Christopher J., Wallensten, Richard, Wascher, Daniel C., Weiss, Lawrence, Wiater, J. Michael, Wills, Brian P. D., Wint, Jeffrey, Wright, Thomas, Young, Jason P., Zalavras, Charalampos, Zura, Robert D., Zyto, Karol, Orthopedic Surgery and Sports Medicine, Other departments, Other Research, and Graduate School

Subjects
Male, medicine.medical_specialty, Interobserver reliability, Radiography, Fleiss' kappa, Fractures, Bone, New International Classification for Scapular Fractures, OTA/AO fracture classification, reliability, scapula, Female, Humans, Imaging, Three-Dimensional, Observer Variation, Reproducibility of Results, Scapula, Tomography, X-Ray Computed, Surgery, Orthopedics and Sports Medicine, Reliability study, medicine, Ao classification, Reliability (statistics), Orthodontics, business.industry, General Medicine, Reconstructive and regenerative medicine Radboud Institute for Molecular Life Sciences [Radboudumc 10], business, Kappa
Abstract

Item does not contain fulltext OBJECTIVES: There is substantial variation in the classification and management of scapula fractures. The first purpose of this study was to analyze the interobserver reliability of the OTA/AO classification and the New International Classification for Scapula Fractures. The second purpose was to assess the proportion of agreement among orthopaedic surgeons on operative or nonoperative treatment. DESIGN: Web-based reliability study. SETTING: Independent orthopaedic surgeons from several countries were invited to classify scapular fractures in an online survey. PARTICIPANTS: One hundred three orthopaedic surgeons evaluated 35 movies of three-dimensional computerized tomography reconstruction of selected scapular fractures, representing a full spectrum of fracture patterns. MAIN OUTCOME MEASUREMENTS: Fleiss kappa (kappa) was used to assess the reliability of agreement between the surgeons. RESULTS: The overall agreement on the OTA/AO classification was moderate for the types (A, B, and C, kappa = 0.54) with a 71% proportion of rater agreement (PA) and for the 9 groups (A1 to C3, kappa = 0.47) with a 57% PA. For the New International Classification, the agreement about the intraarticular extension of the fracture (Fossa (F), kappa = 0.79) was substantial and the agreement about a fractured body (Body (B), kappa = 0.57) or process was moderate (Process (P), kappa = 0.53); however, PAs were more than 81%. The agreement on the treatment recommendation was moderate (kappa = 0.57) with a 73% PA. CONCLUSIONS: The New International Classification was more reliable. Body and process fractures generated more disagreement than intraarticular fractures and need further clear definitions. 01 maart 2014

Published
2014

7. Reliability of the classification of proximal femur fractures: Does clinical experience matter?

Author

Crijns, Tom J., primary, Janssen, Stein J., additional, Davis, Jacob T., additional, Ring, David, additional, Sanchez, Hugo B., additional, Althausen, Peter, additional, Amini, Michael H., additional, Appleton, Paul, additional, Babis, George C., additional, Babst, Reto H., additional, Ballas, Efstathios G., additional, Barquet, Antonio, additional, Begue, Thierry, additional, Bishop, Julius, additional, Borris, Lars C., additional, Buckley, Richard, additional, Chesser, Tim, additional, Choudhari, Pradeep, additional, Cornell, Charles, additional, Crist, Brett D., additional, DeCoster, Thomas A., additional, Elias, Nelson, additional, Frihagen, Frede, additional, Garnavos, Christos, additional, Giordano, Vincenzo, additional, Haverlag, R., additional, Havlicek, Tomo, additional, Hurwit, Shep, additional, Ibrahim, Edward F., additional, Iyer, Vishwanath M., additional, Jenkinson, Richard, additional, Jeray, Kyle, additional, Kabir, Koroush, additional, Kanakaris, Nikolaos K., additional, Klostermann, Cyrus, additional, Kreder, Hans J., additional, Kreis, B.E., additional, Kristan, Anze, additional, Lygdas, P., additional, McGraw, Iain, additional, Mica, Ladislav, additional, Mirck, B., additional, Moreta-Suarez, Jesus, additional, Morgan, Steven J., additional, Nikolaou, Vassilios S., additional, Omara, Timothy, additional, Pesantez, Rodrigo, additional, Pirpiris, Marinis, additional, Poelhekke, L.M.S.J., additional, Pountos, Ippokratis, additional, Prayson, Michael, additional, Quell, M., additional, Rodríguez-Roiz, Juan M., additional, Satora, Wojciech, additional, Schandelmaier, Peter, additional, Schepers, T., additional, Short, Nicholas L., additional, Smith, Raymond M., additional, Spoor, A.B., additional, Stojkovska Pemovska, Emilija, additional, Swiontkowski, Marc, additional, Taitsman, Lisa, additional, Tosounidis, Theodoros, additional, Tyllianakis, Minos, additional, Van bergen, C.J.A., additional, Van de Sande, M.A.J., additional, Van Helden, S.H., additional, Verbeek, Diederik O., additional, Wascher, Daniel C., additional, and Weil, Yoram, additional

Published
2018
Full Text
View/download PDF

8. Interobserver reliability of the Schatzker and Luo classification systems for tibial plateau fractures

Author

Mellema, Jos J., primary, Doornberg, Job N., additional, Molenaars, Rik J., additional, Ring, David, additional, Kloen, Peter, additional, Babis, George C., additional, Jeray, Kyle J., additional, Prayson, Michael J., additional, Pesantez, Rodrigo, additional, Acacio, Ramos, additional, Verbeek, Diederik O., additional, Melvanki, Parag, additional, Kreis, Barbara E., additional, Mehta, Samir, additional, Meylaerts, S., additional, Wojtek, S., additional, Yeap, Ewe J., additional, Haapasalo, Heidi, additional, Kristan, Anže, additional, Coles, Chad, additional, Marsh, J. Lawrence, additional, Mormino, Matthew, additional, Menon, Matthew, additional, Tyllianakis, Minos, additional, Schandelmaier, Peter, additional, Jenkinson, R.J., additional, Neuhaus, Valentin, additional, Shahriar, Chegini M.H., additional, Belangero, William D., additional, Kannan, S.G., additional, Leonidovich, Golovakha M., additional, Davenport, J.H., additional, Kabir, Koroush, additional, Althausen, Peter L., additional, Weil, Yoram, additional, Toom, Alar, additional, Sa da Costa, Daniel, additional, Lijoi, F., additional, Koukoulias, Nikolaos E., additional, Manidakis, Nikolaos, additional, Van den Bogaert, Max, additional, Patczai, Balázs, additional, Grauls, Anthony, additional, Kurup, Harish, additional, van den Bekerom, Michel P., additional, Lansdaal, Joris R., additional, Vale, Mário, additional, Ousema, Paul, additional, Barquet, Antonio, additional, Cross, Brian J., additional, Broekhuyse, Henry, additional, Haverkamp, Daniel, additional, Merchant, Milind, additional, Harvey, Edward, additional, Stojkovska Pemovska, Emilija, additional, Frihagen, Frede, additional, Seibert, Franz J., additional, Garnavos, Christos, additional, van der Heide, Huub, additional, Villamizar, Harold A., additional, Harris, Ian, additional, Borris, Lars C., additional, Brink, Ole, additional, Brink, Peter R.G., additional, Choudhari, Pradeep, additional, Swiontkowski, Marc, additional, Mittlmeier, Thomas, additional, Tosounidis, Theodoros, additional, van Rensen, Inge, additional, Martinelli, N., additional, Park, D.H., additional, Lasanianos, Nikolaos, additional, Vide, J., additional, Engvall, A., additional, Zura, R.D., additional, Jubel, Axel, additional, Kawaguchi, Alan, additional, Goost, Hans, additional, Bishop, Julius, additional, Mica, Ladislav, additional, Pirpiris, Marinis, additional, van Helden, S.H., additional, Bouaicha, Samy, additional, Schepers, T., additional, Havliček, Tomo, additional, and Giordano, Vincenzo, additional

Published
2016
Full Text
View/download PDF

15. 99mTc-labeling of colchicine using [99mTc(CO)3(H2O)3]+ and [99mTc≡N] 2+ core for the preparation of potential tumor-targeting agents.

Author

Korde, Aruna, Satpati, Drishty, Mathur, Anupam, Mallia, Madhava, Banerjee, Sharmila, Kothari, Kanchan, Sarma, H.D., Choudhari, Pradeep, and Venkatesh, Meera

Subjects
*CANCER treatment, *NONSTEROIDAL anti-inflammatory agents, *ALKALOIDS, *TUMORS
Abstract

Multidrug resistance (MDR) mediated by over-expression of P-glycoprotein (Pgp) is one of the major causes of failure of chemotherapy in cancer treatment. Colchicine, a naturally occurring alkaloid, is a Pgp substrate and acts as an antimitotic agent by binding to microtubules. Hence, Colchicine and its analogues radiolabeled with 99mTc may have potential for visualization of MDR in tumors. Here we report 99mTc-labeling of colchicine derivatives using [99mTc(CO)3(H2O)3]+ and [99mTc≡N2+ cores. Trimethylcolchicinic acid synthesized from colchicine was used as the precursor to prepare iminodiacetic acid and dithiocarbamate derivatives which were then radiolabeled with [99mTc(CO)3(H2O)3]+ and [99mTc≡N]2+ cores, respectively. Radiolabeling yield for both the complexes was >98% as observed by HPLC and TLC patterns. In vitro studies in tumor cell lines showed significant uptake for 99mTc-carbonyl as well as for 99mTc-nitrido colchicine complexes. Biodistribution studies in Swiss mice bearing fibrosarcoma tumor showed 4.1±1.2% ID/g of uptake at 30min pi for 99mTc(CO)3-complex as against 0.42±0.24% ID/g for the 99mTcN-complex. 99mTc(CO)3–colchicine complex exhibited better pharmacokinetics with lower liver accumulation as compared to the 99mTcN-complex. Thus, colchicine radiolabeled with [99mTc(CO)3(H2O)3]+ core is more promising with respect to in vivo distribution characteristics in tumor model. [Copyright &y& Elsevier]

Published
2006
Full Text
View/download PDF

Catalog

Books, media, physical & digital resources
See catalog results