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Your search keyword '"Bogorad, Roman L"' showing total 13 results
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13 results on '"Bogorad, Roman L"'

1. Partial DNA-guided Cas9 enables genome editing with reduced off-target activity

Author

Yin, Hao, primary, Song, Chun-Qing, additional, Suresh, Sneha, additional, Kwan, Suet-Yan, additional, Wu, Qiongqiong, additional, Walsh, Stephen, additional, Ding, Junmei, additional, Bogorad, Roman L, additional, Zhu, Lihua Julie, additional, Wolfe, Scot A, additional, Koteliansky, Victor, additional, Xue, Wen, additional, Langer, Robert, additional, and Anderson, Daniel G, additional

Published
2018
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2. Structure-guided chemical modification of guide RNA enables potent non-viral in vivo genome editing

Author

Yin, Hao, primary, Song, Chun-Qing, additional, Suresh, Sneha, additional, Wu, Qiongqiong, additional, Walsh, Stephen, additional, Rhym, Luke Hyunsik, additional, Mintzer, Esther, additional, Bolukbasi, Mehmet Fatih, additional, Zhu, Lihua Julie, additional, Kauffman, Kevin, additional, Mou, Haiwei, additional, Oberholzer, Alicia, additional, Ding, Junmei, additional, Kwan, Suet-Yan, additional, Bogorad, Roman L, additional, Zatsepin, Timofei, additional, Koteliansky, Victor, additional, Wolfe, Scot A, additional, Xue, Wen, additional, Langer, Robert, additional, and Anderson, Daniel G, additional

Published
2017
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3. Therapeutic genome editing by combined viral and non-viral delivery of CRISPR system components in vivo

Author

Yin, Hao, primary, Song, Chun-Qing, additional, Dorkin, Joseph R, additional, Zhu, Lihua J, additional, Li, Yingxiang, additional, Wu, Qiongqiong, additional, Park, Angela, additional, Yang, Junghoon, additional, Suresh, Sneha, additional, Bizhanova, Aizhan, additional, Gupta, Ankit, additional, Bolukbasi, Mehmet F, additional, Walsh, Stephen, additional, Bogorad, Roman L, additional, Gao, Guangping, additional, Weng, Zhiping, additional, Dong, Yizhou, additional, Koteliansky, Victor, additional, Wolfe, Scot A, additional, Langer, Robert, additional, Xue, Wen, additional, and Anderson, Daniel G, additional

Published
2016
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4. Loss of α-catenin elicits a cholestatic response and impairs liver regeneration

Author

Herr, Keira Joann, primary, Tsang, Ying-hung Nicole, additional, Ong, Joanne Wei En, additional, Li, Qiushi, additional, Yap, Lai Lai, additional, Yu, Weimiao, additional, Yin, Hao, additional, Bogorad, Roman L., additional, Dahlman, James E., additional, Chan, Yee Gek, additional, Bay, Boon Huat, additional, Singaraja, Roshni, additional, Anderson, Daniel G., additional, Koteliansky, Victor, additional, Viasnoff, Virgile, additional, and Thiery, Jean Paul, additional

Published
2014
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6. Knockdown and knockout of β1-integrin in hepatocytes impairs liver regeneration through inhibition of growth factor signalling

Author

Speicher, Tobias, primary, Siegenthaler, Beat, additional, Bogorad, Roman L., additional, Ruppert, Raphael, additional, Petzold, Tobias, additional, Padrissa-Altes, Susagna, additional, Bachofner, Marc, additional, Anderson, Daniel G., additional, Koteliansky, Victor, additional, Fässler, Reinhard, additional, and Werner, Sabine, additional

Published
2014
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8. In vivo endothelial siRNA delivery using polymeric nanoparticles with low molecular weight

Author

Dahlman, James E., primary, Barnes, Carmen, additional, Khan, Omar F., additional, Thiriot, Aude, additional, Jhunjunwala, Siddharth, additional, Shaw, Taylor E., additional, Xing, Yiping, additional, Sager, Hendrik B., additional, Sahay, Gaurav, additional, Speciner, Lauren, additional, Bader, Andrew, additional, Bogorad, Roman L., additional, Yin, Hao, additional, Racie, Tim, additional, Dong, Yizhou, additional, Jiang, Shan, additional, Seedorf, Danielle, additional, Dave, Apeksha, additional, Singh Sandhu, Kamaljeet, additional, Webber, Matthew J., additional, Novobrantseva, Tatiana, additional, Ruda, Vera M., additional, Lytton-Jean, Abigail K. R., additional, Levins, Christopher G., additional, Kalish, Brian, additional, Mudge, Dayna K., additional, Perez, Mario, additional, Abezgauz, Ludmila, additional, Dutta, Partha, additional, Smith, Lynelle, additional, Charisse, Klaus, additional, Kieran, Mark W., additional, Fitzgerald, Kevin, additional, Nahrendorf, Matthias, additional, Danino, Dganit, additional, Tuder, Rubin M., additional, von Andrian, Ulrich H., additional, Akinc, Akin, additional, Panigrahy, Dipak, additional, Schroeder, Avi, additional, Koteliansky, Victor, additional, Langer, Robert, additional, and Anderson, Daniel G., additional

Published
2014
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10. Rab5 is necessary for the biogenesis of the endolysosomal system in vivo

Author

Zeigerer, Anja, primary, Gilleron, Jerome, additional, Bogorad, Roman L., additional, Marsico, Giovanni, additional, Nonaka, Hidenori, additional, Seifert, Sarah, additional, Epstein-Barash, Hila, additional, Kuchimanchi, Satya, additional, Peng, Chang Geng, additional, Ruda, Vera M., additional, Conte-Zerial, Perla Del, additional, Hengstler, Jan G., additional, Kalaidzidis, Yannis, additional, Koteliansky, Victor, additional, and Zerial, Marino, additional

Published
2012
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12. Integrative genomics identifies MCU as an essential component of the mitochondrial calcium uniporter

Author

Baughman, Joshua M., primary, Perocchi, Fabiana, additional, Girgis, Hany S., additional, Plovanich, Molly, additional, Belcher-Timme, Casey A., additional, Sancak, Yasemin, additional, Bao, X. Robert, additional, Strittmatter, Laura, additional, Goldberger, Olga, additional, Bogorad, Roman L., additional, Koteliansky, Victor, additional, and Mootha, Vamsi K., additional

Published
2011
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13. In vivo endothelial siRNA delivery using polymeric nanoparticles with low molecular weight

Author

Dganit Danino, Omar F. Khan, Klaus Charisse, Matthew J. Webber, Akin Akinc, Yizhou Dong, Tatiana Novobrantseva, Shan Jiang, Roman L. Bogorad, Vera M. Ruda, Matthias Nahrendorf, Taylor E. Shaw, Dayna K. Mudge, Rubin M. Tuder, Aude Thiriot, Andrew Bader, Daniel G. Anderson, Mark W. Kieran, Hendrik B. Sager, Tim Racie, Christopher G. Levins, Lauren Speciner, Partha Dutta, Ulrich H. von Andrian, Robert Langer, Mario F. Perez, Siddharth Jhunjunwala, Kevin Fitzgerald, Avi Schroeder, Kamaljeet Singh Sandhu, Dipak Panigrahy, James E. Dahlman, Ludmila Abezgauz, Lynelle P. Smith, Hao Yin, Danielle Seedorf, Abigail K. R. Lytton-Jean, Victor Koteliansky, Gaurav Sahay, Carmen M. Barnés, Brian T. Kalish, Yiping Xing, Apeksha Dave, Institute for Medical Engineering and Science, Harvard University--MIT Division of Health Sciences and Technology, Massachusetts Institute of Technology. Department of Biology, Massachusetts Institute of Technology. Department of Chemical Engineering, Massachusetts Institute of Technology. Department of Electrical Engineering and Computer Science, Koch Institute for Integrative Cancer Research at MIT, Dahlman, James E., Khan, Omar F., Jhunjhunwala, Siddharth, Shaw, Taylor E., Xing, Yiping, Sahay, Gaurav, Bader, Andrew, Bogorad, Roman L., Yin, Hao, Dong, Yizhou, Jiang, Shan, Seedorf, Danielle, Dave, Apeksha, Sandhu, Kamaljeet Singh, Webber, Matthew, Ruda, Vera M., Lytton-Jean, Abigail K. R., Levins, Christopher G., Langer, Robert, and Anderson, Daniel Griffith

Subjects
Small interfering RNA, Endothelium, Polymers, Biomedical Engineering, Bioengineering, Vascular permeability, Nanotechnology, Article, Cell Line, Mice, In vivo, RNA interference, Neoplasms, medicine, Animals, Humans, Gene silencing, General Materials Science, RNA, Small Interfering, Electrical and Electronic Engineering, Chemistry, Endothelial Cells, Condensed Matter Physics, Atomic and Molecular Physics, and Optics, Cell biology, medicine.anatomical_structure, Cell culture, Drug delivery, Nanoparticles, RNA Interference
Abstract

Dysfunctional endothelium contributes to more diseases than any other tissue in the body. Small interfering RNAs (siRNAs) can help in the study and treatment of endothelial cells in vivo by durably silencing multiple genes simultaneously, but efficient siRNA delivery has so far remained challenging. Here, we show that polymeric nanoparticles made of low-molecular-weight polyamines and lipids can deliver siRNA to endothelial cells with high efficiency, thereby facilitating the simultaneous silencing of multiple endothelial genes in vivo. Unlike lipid or lipid-like nanoparticles, this formulation does not significantly reduce gene expression in hepatocytes or immune cells even at the dosage necessary for endothelial gene silencing. These nanoparticles mediate the most durable non-liver silencing reported so far and facilitate the delivery of siRNAs that modify endothelial function in mouse models of vascular permeability, emphysema, primary tumour growth and metastasis., American Society for Engineering Education. National Defense Science and Engineering Graduate Fellowship, National Science Foundation (U.S.), Massachusetts Institute of Technology. Presidential Fellowship

Published
2014

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