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Your search keyword '"Eyal, Nir"' showing total 18 results
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18 results on '"Eyal, Nir"'

1. Joint statement in support of hepatitis C human challenge studies

Author

Alter, Harvey J, primary, Barnes, Eleanor, additional, Biondi, Mia J, additional, Cox, Andrea L, additional, Eberts, Jake D, additional, Feld, Jordan J, additional, Liang, T Jake, additional, Morrison, Josh, additional, Rice, Charles M, additional, Shoukry, Naglaa H, additional, Thomas, David L, additional, Van Gennip, Jennifer, additional, Weijer, Charles, additional, Aghemo, Alessio, additional, Akiyama, Matthew, additional, Ali, Mohammad, additional, Alter, Harvey, additional, Bader, Ralf, additional, Bailey, Justin R., additional, Balaban, Yasemin, additional, Banerjee, Sayantan, additional, Bartenschlager, Ralf, additional, Baumert, Thomas F., additional, Berenguer, Marina, additional, Bhadoria, Ajeet S., additional, Biondi, Mia, additional, Bonanni, Paolo, additional, Bonella, Alcino E., additional, Bruggmann, Philip, additional, Bruneau, Julie, additional, Bull, Rowena A., additional, Butsashvili, Maia, additional, Cahn, Pedro, additional, Caplan, Arthur L., additional, Chappell, Richard Y., additional, Chisari, Francis, additional, Chung, Ray, additional, Cooke, Graham, additional, Cox, Andrea L., additional, Dalgard, Olav, additional, Dao, Doan Y., additional, Darzi, Ara, additional, Dieterich, Douglas, additional, Dillon, John F., additional, Dore, Gregory J., additional, Doyle, Joseph S., additional, Drummer, Heidi E., additional, Durbin, Anna P., additional, Dusheiko, Geoffrey, additional, Eberts, Jake D., additional, Eyal, Nir, additional, Feld, Jordan, additional, Ferguson, Kyle, additional, Flisiak, Robert, additional, Forns, Xavier, additional, Foster, Graham R., additional, Foung, Steven, additional, Gal-Tanamy, Meital, additional, Gane, Ed, additional, Gehring, Adam J., additional, George, Jacob, additional, Ghany, Marc G., additional, Gilbert, Daniel T., additional, Glaze, Kimberly, additional, Goodman, Kenneth W., additional, Grebely, Jason, additional, Hamid, Saeed, additional, Haybron, Daniel M., additional, Holton, Richard, additional, Ignarro, Louis J., additional, Jackson, Tamika, additional, Jamieson, Dale, additional, Jollimore, Jody, additional, Karaba, Andrew, additional, Klein, Marina, additional, Lauer, Georg, additional, Law, Mansun, additional, Lemon, Stanley M., additional, Liang, T. Jake, additional, Liu, Lin, additional, Lohmann, Volker, additional, Mak, Lung-Yi, additional, Marinho, Rui T., additional, Marsh, Abigail A., additional, Miller, Lesley, additional, Morrison, Joshua, additional, Negro, Francesco, additional, Nguyen, Bao-Vuong, additional, Page, Kimberly, additional, Paterson, Kerry, additional, Pedrana, Alisa, additional, Pietschmann, Thomas, additional, Pinker, Steven, additional, Plotkin, Stanley, additional, Ray, Stuart C., additional, Reau, Nancy, additional, Remak, William M., additional, Rice, Charles M., additional, Ridruejo, Ezequiel, additional, Roberts, Richard J., additional, Roth, Alvin, additional, Rouphael, Nadine, additional, Sanders, Rogier, additional, Sandvold, Russell, additional, Schafer, Arthur, additional, Schinkel, Janke, additional, Seto, Wai-Kay, additional, Shoukry, Naglaa, additional, Singer, Peter, additional, Solomon, Sunil, additional, Somerville, Chris, additional, Sonderup, Mark W., additional, Sulkowski, Mark, additional, Talaat, Kawsar, additional, Temkin, Larry, additional, Terrault, Norah, additional, Thio, Chloe, additional, Thomas, David L., additional, Thompson, Alexander J., additional, Tzarum, Netanel, additional, van der Valk, Marc, additional, Waked, Imam, additional, Walen, Alec, additional, Walker, Christopher M., additional, Wedemeyer, Heiner, additional, Wikler, Dan, additional, Wilkinson, Dominic, additional, Youngs, Heather, additional, Yuen, Man-fung, additional, Zack, Barry, additional, and Zinger, Ekaterina, additional

Published
2023
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10. What risk of death would people take to be cured of HIV and why? A survey of people living with HIV

Author

Murray, Benjamin R., primary, Kratka, Allison, additional, Scherr, Karen A., additional, Eyal, Nir, additional, Blumenthal-Barby, Jennifer, additional, Freedberg, Kenneth A., additional, Kuritzkes, Daniel R., additional, Hammitt, James K., additional, Edifor, Regina, additional, Katz, Madelaine N., additional, Pollak, Kathryn I., additional, Zikmund-Fisher, Brian J., additional, Halpern, Scott D., additional, Barks, Mary C., additional, and Ubel, Peter A., additional

Published
2019
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11. Support for UNRWA's survival

Author

Blanchet, Karl, primary, El-Zein, Abbas, additional, Langer, Ana, additional, Sato, Miho, additional, Abdulrahim, Sawsan, additional, Abouchacra, Kim, additional, Afifi, Rima, additional, Agnoletto, Vittorio, additional, Akashi, Hidechika, additional, Alameddine, Mohamad, additional, Ansbro, Éimhín, additional, Araújo-Soares, Vera, additional, Assefi, Nassim, additional, Baillie Smith, Matt, additional, Bardus, Marco, additional, Bhabha, Jacqueline, additional, Bjertness, Espen, additional, Blanchet, Karl, additional, Borghi, Josephine, additional, Busza, Joanna, additional, Cammett, Melani, additional, Campbell, Oona, additional, Chaaban, Jad, additional, Chalmers, Iain, additional, Checchi, Francesco, additional, Danaei, Goodarz, additional, Dhaini, Hassan, additional, Diaconu, Karin, additional, Diwan, Ishac, additional, Dominguez-Salas, Paula, additional, Dubois, Elizabeth, additional, El Kak, Faysal, additional, Eng, Eugenia, additional, Eyal, Nir, additional, Fawzi, Wafaie, additional, Feder, Gene, additional, Fujiya, Rika, additional, Furukawa, Shota, additional, Furusawa, Kiyoko, additional, Futami, Akane, additional, Germani, Aline, additional, Ghattas, Hala, additional, Giacaman, Rita, additional, Goto, Ryunosuke, additional, Grant, Liz, additional, Greenough, Paul Gregg, additional, Habib, Rima, additional, Hagopian, Amy, additional, Hajat, Shakoor, additional, Hariga, Fabienne, additional, Hatano, Ayako, additional, Hay, Alastair, additional, Holmboe-Ottesen, Gerd, additional, Horiuchi, Sayaka, additional, Hsiao, William, additional, Huber, Daniela, additional, Humble, Darryl, additional, Imano, Taizo, additional, Inoue, Yosuke, additional, Ishizuka, Aya, additional, Ismail, Ruba, additional, Iwata, Rumi, additional, Jabbour, Samer, additional, Jamal, Diana, additional, Jamaluddine, Zeina, additional, Jimba, Masamine, additional, Kabakian, Tamar, additional, Kamiya, Yasuhiko, additional, Karademas, Evangelos, additional, Kashiwagi, Kenichi, additional, Katsuma, Yasushi, additional, Kinjo, Miyuki, additional, Kiriya, Junko, additional, Kitamura, Akiko, additional, Kruk, Margaret E, additional, Kubota, Kazumi, additional, Leaning, Jennifer, additional, Leng, Mhoira, additional, Logam, Lana, additional, Makhoul, Jihad, additional, Matsuno, Akihisa, additional, Matsuo, Yoshimi, additional, McCoy, David, additional, McGovern, Terry, additional, McKee, Martin, additional, McPake, Barbara, additional, Melhem, Nada, additional, Merriman, Anne, additional, Michie, Susan, additional, Millett, Christopher, additional, Mishima, Chiaki, additional, Miyachi, Takashi, additional, Miyata, Hiroaki, additional, Moodie, Rob, additional, Morioka, Mariko, additional, Mulholland, Kim, additional, Mumtaz, Ghina, additional, Murphy, Adrianna, additional, Nagasawa, Eiji, additional, Nagata, Kenichiro, additional, Najem Kteily, Martine, additional, Nakamura, Haruyo, additional, Nakkash, Rima, additional, Nambu, Makiko, additional, Nava, Mica, additional, Nelson, Erica L, additional, Nishikida, Aiko, additional, Nomura, Shuhei, additional, Nozaki, Sayumi, additional, Nuwayhid, Iman, additional, O'Donnell, Kate, additional, Ohashi, Masaaki, additional, O'Laughlin, Kelli, additional, Palmer, Jennifer, additional, Patel, Preeti, additional, Patel, Ronak, additional, Pham, Phuong, additional, Quezada-Yamamoto, Harumi, additional, Ramia, Sami, additional, Rawaf, Salman, additional, Rihani, May, additional, Roberts, Bayard, additional, Roberts, Leslie, additional, Ruff, Tilman A, additional, Sahyoun, Nadine, additional, Sakamoto, Haruka, additional, Salti, Nisreen, additional, Sato, Motoya, additional, Sennett, Richard, additional, Shallice, Tim, additional, Shannon, Peter, additional, Shiekh, Suhail, additional, Shin, Kiho, additional, Sibai, Abla M, additional, Sieverding, Maia, additional, Singh, Neha, additional, Sullivan, Richard, additional, Takahara, Takao, additional, Tanigawa, Tomoyuki, additional, Taniguchi, Hiroko, additional, Testa, Adrienne, additional, Thomas, Alban, additional, Tsutsumi, Atsuro, additional, Uechi, Manami, additional, Usuki, Akira, additional, Valente de Almeida, Sara, additional, Wareham, Sue, additional, Watt, Graham, additional, West, Robert, additional, Wigg, Peter, additional, Wigg, Carol, additional, Wikler, Daniel, additional, Witter, Sophie, additional, Yassin, Nasser, additional, Yazdi, Youseph, additional, Yoshino, Yasue, additional, Yousafzai, Aisha, additional, Yudkin, John S, additional, Zaman, Mohammad H, additional, and Zurayk, Huda, additional

Published
2018
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13. Disentangling Subpopulations in Single-Molecule FRET and ALEX Experiments with Photon Distribution Analysis

Author

Rula Masoud, Eyal Nir, Roman Tsukanov, Miran Liber, Toma E. Tomov, and Noa Plavner

Subjects
Models, Molecular, Photons, Brightness, Photon, Chemistry, Lasers, Inverted Repeat Sequences, Statistics as Topic, Kernel density estimation, Spectroscopy, Imaging, and Other Techniques, Biophysics, Analytical chemistry, DNA, Single-molecule FRET, Förster resonance energy transfer, Histogram, Fluorescence Resonance Energy Transfer, Nucleic Acid Conformation, DNA origami, A-DNA, Biological system
Abstract

Among the advantages of the single-molecule approach when used to study biomolecular structural dynamics and interaction is its ability to distinguish between and independently observe minor subpopulations. In a single-molecule Förster resonance energy transfer (FRET) and alternating laser excitation diffusion experiment, the various populations are apparent in the resultant histograms. However, because histograms are calculated based on the per-burst mean FRET and stoichiometry ratio and not on the internal photon distribution, much of the acquired information is lost, thereby reducing the capabilities of the method. Here we suggest what to our knowledge is a novel statistical analysis tool that significantly enhances these capabilities, and we use it to identify and isolate static and dynamic subpopulations. Based on a kernel density estimator and a proper photon distribution analysis, for each individual burst, we calculate scores that reflect properties of interest. Specifically, we determine the FRET efficiency and brightness ratio distributions and use them to reveal 1), the underlying structure of a two-state DNA-hairpin and a DNA hairpin that is bound to DNA origami; 2), a minor doubly labeled dsDNA subpopulation concealed in a larger singly labeled dsDNA; and 3), functioning DNA origami motors concealed within a larger subpopulation of defective motors. Altogether, these findings demonstrate the usefulness of the proposed approach. The method was developed and tested using simulations, its rationality is described, and a computer algorithm is provided.

Published
2012

14. Occupation times and Bessel densities

Author

Eyal Nir, Yevgeniy Kovchegov, and Nick Meredith

Subjects
Statistics and Probability, Laplace transform, Mathematical analysis, Markov process, Reversible process, Density estimation, Random walk, symbols.namesake, Fourier transform, Probability theory, symbols, Statistics, Probability and Uncertainty, Bessel function, Mathematics
Abstract

Consider a Markov process with countably many states. In order to find a one-state occupation time distribution, we use a combination of Fourier and Laplace transforms in the way that allows for the inversion of the Fourier transform. We derive a closed-form expression for the occupation time distribution in the case of a simple continuous-time random walk on Z and represent the one-state occupation density of a reversible process as a mixture of Bessel densities.

Published
2010

16. REMPI spectroscopy of cytosine

Author

M. Müller, Eyal Nir, M.S. de Vries, and Louis Grace

Subjects
chemistry.chemical_compound, Pyrimidine, chemistry, Ionization, General Physics and Astronomy, Vibronic spectroscopy, Keto–enol tautomerism, Photoionization, Physical and Theoretical Chemistry, Photochemistry, Spectroscopy, Spectral line, Cytosine
Abstract

We report resonant two-photon ionization spectra of laser desorbed, jet cooled, cytosine, 1-methyl cytosine, 5-methyl cytosine, and dimers of these. Unlike other pyrimidine bases, cytosine exhibits vibronic spectra with sharp features in two spectral regions, separated by about 5000 cm 1 . We interpret these as being due to two tautomeric forms, one keto and one enol. The dimers absorb at wavelengths that are intermediate between those of the two monomer forms. By UV–UV hole burning we determined the numbers of isomers contributing to each spectrum and by delayed two color ionization we determined triplet lifetimes. We observed hydrogen transfer between bases both in collisions between monomers and after photo-excitation in clusters. 2002 Published by Elsevier Science B.V.

Published
2002

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