Search

Your search keyword '"Gonzalez Rodriguez, David"' showing total 11 results
Start Over Author "Gonzalez Rodriguez, David" Publication Type Magazines
11 results on '"Gonzalez Rodriguez, David"'

1. Efficacy and safety of aldosterone synthase inhibition with and without empagliflozin for chronic kidney disease: a randomised, controlled, phase 2 trial

Author

Tuttle, Katherine R, Hauske, Sibylle J, Canziani, Maria Eugenia, Caramori, Maria Luiza, Cherney, David, Cronin, Lisa, Heerspink, Hiddo J L, Hugo, Christian, Nangaku, Masaomi, Rotter, Ricardo Correa, Silva, Arnold, Shah, Shimoli V, Sun, Zhichao, Urbach, Dorothea, de Zeeuw, Dick, Rossing, Peter, Tuttle, Katherine R, Hauske, Sibylle J, Canziani, Maria Eugenia, Caramori, Maria Luiza, Cherney, David, Cronin, Lisa, Heerspink, Hiddo J L, Hugo, Christian, Nangaku, Masaomi, Rotter, Ricardo Correa, Silva, Arnold, Shah, Shimoli V, Sun, Zhichao, Urbach, Dorothea, de Zeeuw, Dick, Rossing, Peter, SZETO, Cheuk Chun, Echeverri, Diego, Martin, Edouard, Yee, Ming Li, Wah, William, Wang, Ray, Chacko, Bobby, Swaminathan, Shriram, MacIsaac, Richard, Hashimura, Hikaru, Ward, Glenn, De Vusser, Katrien, Claes, Kathleen, Kuypers, Dirk, Meijers, Björn, Van Craenenbroeck, Amaryllis, Hilbrands, Robert, Debroye, Corinne, Wissing, Karl Martin, Jadoul, Michel, Demoulin, Nathalie, Treille De Grandsaigne, Serge, Beklevic, Ishak, Marcoux, Diane, Liénart, Fabienne, Daper, Claude, De Brouckere, Véronique, Heureux, Mercédès, Felicio, Joao, Felicio, Karem Mileo, Leite, Daniella, Melo, Franciane, Queiroz, Natercia, Souza, Ana Carolina, Vieira, Jocyelle, Franco, Roberto, Mendes, Adriana, Picolli, Giovana, Canani, Luis Henrique, Sartori, Carla, Valenti, Adriana, Eliaschewitz, Freddy, Bona, Renata, Franco, Denise, Ludovico Costa de Castro, Denise, Magalhaes, Vanessa, Oliveira, Marcelo, Sampaio, Célia Regina, Visconti, Guilherme, Halpern, Bruno, Nihei, Camila, Pessoa, Bruna, Seraphim, Carlos, Santos, Daniel, Brito, Claudia, Douverny, Joao, Colella, Marina, Gazeta, Cristina, Vercia, Monique, Watanabe, Renato, Temelkova, Theodora, Kjurkchiev, Dimo, Statkova, Silviya, Popov, Iliya, Radeva, Radosveta, Arabadzhiev, Lachezar, Binova, Mariya, Bosilkov, Aleksandar, Koleva-Stoicheva, Neli, Ivanov, Ivaylo, Ivanova, Zornitsa, Kotseva, Viktoria, Spasov, Petar, Tsvetkov, Ivaylo, Jolly, Shivinder, Bailey, Gordon, Ye, Zhiming, Niu, Jianying, Li, Hongmei, Wu, Qing, Liao, Bing, Hao, Chuanming, Lai, Lingyun, Xu, Yunyu, Zhang, Min, Li, Yiwen, Liu, Bo, Shao, Lina, Chen, Wei, Wu, Haishan, Pirchala, Marian, Skarpova, Iva, Hraskova, Marketa, Soukupova, Simoneta, Veberova, Lucie, Drasnar, Tomas, Falc, Matej, Racz, Blazej, Votocek, Stepan, Weissova, Danica, Syc-Krivanova, Lenka, Slezak, Dagmar, Kantola, Ilkka, Nieminen, Sakari, Anttonen, Milla, Taurio, Jyrki, Lahtela, Jorma, Tsimihodimos, Vasileios, Balafa, Olga, Dounousi, Evangelia, Sakkou, Sissy, Tentolouris, Nikolaos, Siafarikas, Christos, Siami, Evangelia, Doupis, Ioannis, Angelopoulos, Theodoros, Georgoulias, Christodoulos, Pall, Denes, Esze, Regina, Kobling, Tamas, Varadi, Zita, Zsiros, Noemi, Vass, Viktor, Balo, Timea, Csanyi, Erika, Ory, Ivan, Pall, Istvan, Patai, Valentina, Zeak, Zsuzsanna, Takacs, Istvan, Petho, Akos, Szili, Balazs, Koranyi, Laszlo, Bezzegh, Katalin, Pauer, Jozsef, Peterfai, Eva, Konyves, Laszlo, Szoke, Brigitta, Hajdu, Csaba, Kalman, Krisztina, Yadav, Raj, Saxena, Navneet, Bhattacharya, Meenakshi, Sharma, Bal, Thomas, Nihal, K, Felix Jebasingh, Kapoor, Nitin, Kurian, Mathews E., Paul, Jinson, Ramesh, Priyadharshini, Varghese, Sheeba, Shibusawa, Nobuyuki, Nishi, Hiroshi, Noritake, Nobuyasu, Oda, Takashi, Okamoto, Hideki, Kasuga, Hirotake, Hori, Hiroshi, Ito, Yukiko, Mizukoshi, Toshihiro, Ishii, Hideto, Han, Seung Hyeok, Kim, Hyung Woo, Oh, Kook-Hwan, Han, Seung Seok, Han, Sang Youb, Cha, Dae Ryong, Cha, Jin Joo, Kwon, Soon-Kil, Cho, Hyunjeong, Kim, Hye-Young, Kim, Sun Moon, Lee, Jung Pyo, Lee, Jeonghwan, Lee, Li Yuan, Chang, Meng Lee, Laang, Shian Tuck, Tan, Zhao Zhi, Ahmad Rosdi, Hajar, Mohammad Ismail, Siti Hafizah, Simatherai, Devamalar, Tay, Ju Fan, Eddie, Wong, Fook Sem, Yakob, Suryati, Abdul Sukur, Noorhafini, Anuar, Amalina, Md. Rasid, Syaliza, Mushaddik, Irma Liyana, Mustafar, Ruslinda, Abu Shamsi, Muhammad Yusuf, Fong, Voon Ken, Kamaruzaman, Lydia, Mohd, Rozita, Wan Daud, Wan Rohaslizan, Wan Hassan, Wan Hasnul Halimi, Ab Hamid, Suhaidarwani, Abdullah, Muhammad Nabil, Yusoff, Mohd Yusran, Ramanathan, G R Letchuman, Lee, Kim Yen, Wan Ismail, Wan Fadhilah, Morales Villegas, Enrique, Ramirez Baez, Rubria, Vital Lopez, Jorge, Arias Delgadillo, Cristhian, Herrera Marmolejo, Marisol, Parra Perez, Rosa, Alpizar Salazar, Melchor, Flores Montealegre, Ana, Galvan Magaña, Jose, Gutierrez Tlapale, Minerva, Reyes Munguia, Daniela, Witczak, Bartlomiej, Gøransson, Lasse, Strand Thorsen, Inga, Caringal, Clodoaido, Villardo, Mario, Toledo, Ronaldo, Dijamco, Emerlinda Fausto, De Asis, Norman Cornelio, Kuizon, Angelica, Catindig, Elizabeth Ann, Perez, Ronald, Aquitania, Grace, Pableo, Jimrie David, Sanchez, Jay Karlou, Czernecka, Ewa, Cegiel, Aleksandra, Knychas, Dorota, Ochnio, Malgorzata, Kuligowska-Jakubowska, Monika, Cesarz, Marek, Kowalewska-Celejewska, Milena, Masajtis-Zagajewska, Anna, Jankowski, Lukasz, Ojrzanowski, Marcin, Olszewska-Jander, Magdalena, Skokowska, Ewa, Giermakowska-Samek, Malgorzata, Luchowska, Elzbieta, Patkowska, Renata, Sekulska, Marzenna, Marczuk-Krynicka, Dorota, Marciniak, Andrzej, Barwijuk, Michal, Myslicki, Marcin, Siek, Michal, Wronska, Danuta, Tomsia-Goncerz, Jadwiga, Wronski, Krzysztof, Junik, Roman, Dzialak, Szymon, Kurlapska, Ewelina, Malecha, Wieslaw, Suwala, Szymon, Branco, Patrícia, Birne, Rita, Raposo, João, Ferreira, Marta, Alexandrino, Henrique, Alves, Helena, Correia, Sara, Oliveira, Maria João, Ramalho, Diogo, Tavares, Patricia, Coetzee, Kathleen, Blignaut, Sue, Viljoen, Winifred, Potgieter, Elsje, Malherbe, Elmien, Ortiz Arduán, Alberto, Goma Garcés, Elena, Pérez, María, Santamaría, Rafael, López López, Isabel, Pendón de Mier, Victoria, Rodelo Haad, Cristian, Marques, María, Domènech, Esther, Portoles, Josep Maria, Soler, María José, Agraz, Irene, Azancot, María Antonieta, Bermejo, Sheila, Bolufer, Mónica, López, Marina, Ramos, Natalia, Toapanta, Néstor, Cigarrán Guldris, Secundino, Primo, Juan Carlos, Pérez, Luis Enrique, Rebollido Fernández, María, Holmer, Helene, Bruchfeld, Annette, Rofors, Justus, Tengmark, Bengt-Olov, Wuerzner, Gregoire, Leanizbarrutia, Garazi, Ozturk, Savas, Guler, Nurana, Safak, Seda, Lee, Keung, Campbell, Stephen, Siddiqui, Imran, Abbasi, Nadia, Tahir, Faiza, Azizad, Masoud, Jackson, Timothy, Everhart, Brian, Oliver, Michael, Rust, William, Sniezek, Matthew, Arif, Ahmed, Syed, Mohammed, Bhasin, Nitin, Bien, Michael, Gallego, Claudio, Jamal, Aamir, Moghadam, Mojtaba, Rizvi, Abid, Rizvi, Amna, Rizvi, Syed, Wong, Christopher, Lucas, Kathryn, Buery, Andrea, Chang, Ku-Lang, Presswood, Claire, Smith, Justin, Doshi, Ankur, Parikh, Manish, Wallace, Jeannine, Krishna, Arvind, Daugherty, Heidi, Fearday, Aaron, Keller, Christopher, Meng, Jerry, Nielsen, Alexandra, Rovner, Sergio, Almeida, Javier, Marranzini, Benito, Selby, Lisa, Yablon, Zachary, Jean-Louis, Daphne, Kotzker, Wayne, Perez, Chabely, Richards, Marc, Rosario, Reinaldo, Marcus, Roy, Okechukwu, Chike, Ross, Dennis, Gromala, Rachel, Reed, Matthew, Weber, Lisa, Nazeer, Imran, Kumar, Prashant, Mir, Muhammad, Shea, Heidi, Hart, Amanda, Wiebel, Jaime, Kooienga, Laura, Newsome, Britt, Suyumova, Irina, Alvarez, German, Bireddy, Venkata, Lansang, Maria, Mandry, Jose, Freire, Maria, Herrera Albornoz, Oscarina, Desai, Anant, Gandhi, Dayan, Rajan, Sibu, Raymond, Louis, Posada, Jorge, Garcia-Mayol, Luis, Gutierrez-Alsina, Rodolfo, Fernandez, Juan, Bruce, Kendaling, Cuellar, Juan, Ranz y Alvarez, Maria, Bartolacci, Ines, Pautasso, Mauro, Stoppa, Daniela, Riella, Miguel, Barbosa, Maria, Harcsa, Eleonora, Gulati, Yuvraj, Savalia, Denish, Khetan, Prakash, Sinha, Dhananjay, R, Niranjan, K, Srinivas, Pazos, Fabiola, Gacutan-Liwag, Aretha, Duszynska, Malgorzata, Antkowiak-Piatyszek, Karolina, Konieczny, Grzegorz, Sidorowicz-Bialynicka, Anna, Ciesiolkiewicz-Wojcik, Agnieszka, Dwojak, Marek, Szymkowiak, Katarzyna, Gorczyca-Siudak, Daria, Janik-Palazzolo, Marzena, Siudak, Lukasz, Opiela, Jaroslaw, Iwanow, Dariusz, Solkiewicz, Monika, Sipinska-Surzynska, Malgorzata, Olszanecka - Glinianowicz, Magdalena, Rozmilowska, Izabela, Trokis, Julian, Prozesky, Hans, Burgess, Lesley, Cyster, Henry, Jordaan, Jurie, Mohamed, Hawa, Naude, Christina, Sitsila, Thembie, Mehta, Arvind, Mocherla, Bharat, Lee, Sungchun, Boren, Kenneth, Rudolph, Lance, Benjamin, Sabrina, Sugimoto, Danny, Hammoud, Jamal, Bakleh, Muhammad, Hashish, Yaseen, Da Costa, Jonathan, Gold, Marina, Majul, Claudio, Buscema, Juan, Gatto, Maria, Lombardi, Facundo, Paez, Olga, Puleio, Pablo, Alvarisqueta, Andrés, Pajon, Vanessa, Suarez, Gabriel, Hernandez Gauna, Adrian, Pereyra, Alejandro, Reig, Moira, Gelersztein, Elizabeth, Campestri, Gina, Gonzalez Santos, Maria, Sambresqui, Julieta, Catalano, Gustavo, Igarzabal, Cecilia, Vallejos, Augusto, Escobari, Claudio, Marchetto, Rocio, Chahin, Mariano, Aguilera, Andrea, Comes, Ana, Rodriguez Segade, Silvia, Baccaro, Claudia, Larrieu Lacoste, María Verónica, Saurral, Ruben, Cristino, Alberto, Dran, Dario, Koretzky, Martin, Ponti, Juan, Porto, Alejandro, Tenaglia, Yasmin, Maldonado, Natacha, Bertollo, Natalia, Van Perdeck, Verónica, Lopau, Kai, Wanner, Christoph, Berfelo, Florieke, Contzen, Christel, Arbi, Abdulwahab, Lee-Barkey, Young Hee, Maciejewska, Aleksandra, Arelin, Katrin, Haller, Hermann, Kaufeld, Jessica, Schmidt-Ott, Kai, Heinrichs, Sven, Krüger, Thilo, Gebauer, Chris, Paliege, Alexander, Henkel, Elena, Axthelm, Christoph, Derwahl, Karl-Michael, Trevisan, Roberto, Bellante, Rosalia, Borrella, Nicolò, Corsi, Anna, Gesualdo, Loreto, Ardillo, Teodora, Ficarella, Maria, Fikry, Sameh, Mazza, Giuseppe, Poirier, Lysane, Bajaj, Harpreet, Hatziagelaki, Erifili, Katopodis, Sokratis, Katsoudas, Spiros, Yamaura, Shuichi, Shikano, Tsutomu, Tosaki, Takahiro, Miho, Otoya, Tachibana, Naoki, Yumita, Wataru, Kado, Hiroshi, Villarreal Martinez, Jesus, Soto Miranda, Ernesto, Gonzalez Rodriguez, David, Panelo, Araceli, Santos, Telma, Birne, Rita, Branco, Patrícia, Martins, Ana, Mateus, Catarina, Teixeira e Costa, Fernando, Barreto, Sara, Silva Costa, Joana, Ferrer, Francisco, Silva, Joana, Awad, Ahmed, Khaleel, Shatha, Lustig, Ryan, Maharjan, Gajendra, Moya, Jaynier, Johnsingh, Amit, Acosta, Idalia, Newman, George, Buckle, Anita, and Hendon, Kendra

Abstract

Excess aldosterone accelerates chronic kidney disease progression. This phase 2 clinical trial assessed BI 690517, an aldosterone synthase inhibitor, for efficacy, safety, and dose selection.

Published
2024
Full Text
View/download PDF

2. Fusion Dynamics of Hybrid Cell–Microparticle Aggregates: A Jelly Pearl Model

Author

Beaune, Grégory, Sinkkonen, Laura, Gonzalez-Rodriguez, David, Timonen, Jaakko V. I., and Brochard-Wyart, Françoise

Abstract

We study the fusion of homogeneous cell aggregates and of hybrid aggregates combining cells and microparticles. In all cases, we find that the contact area does not vary linearly over time, as observed for liquid drops, but rather it follows a power law in t2/3. This result is interpreted by generalizing the fusion model of soft viscoelastic solid balls to viscoelastic liquid balls, akin to jelly pearls. We also explore the asymmetric fusion between a homogeneous aggregate and a hybrid aggregate. This latter experiment allows the determination of the self-diffusion coefficient of the cells in a tissue by following the spatial distribution of internalized particles in the cells.

Published
2022
Full Text
View/download PDF

3. Creating Regular Matrices of Aligned Silica Nanohelices: Theory and Realization

Author

Gao, Jie, Semlali, Sanaa, Hunel, Julien, Montero, David, Battie, Yann, Gonzalez-Rodriguez, David, Oda, Reiko, Drisko, Glenna L., and Pouget, Emilie

Abstract

Here, we exercise nanoscale control over the assembly of highly anisotropic silica helices using convective flow by using the physical properties occurring during evaporation-induced self-assembly. Organizing and patterning such chiral elongated objects over large surfaces in a controllable and reproducible fashion are challenging but desirable to optimize the performance of biomimetic structures, nanosensors (mechanical properties of helices), or optical materials (chiral objects have asymmetric interactions with light as absorption is different for left- and right-handed polarization). The coupling of evaporation forces and physicochemical solution properties induce specific helix alignment, and the stick–slip phenomenon produces a periodical deposition of bands with controllable and regular spacing. Helix orientation, packing density, and spacing can then be tuned. We observe the effect of polymer additives, silica helix concentration, and substrate withdrawal speed on the quality and orientation of the helix deposition. Theoretical modeling based on capillary hydrodynamics is developed to describe the relationship between evaporative conditions and pitch distance, the band width of the stick region, and the helix orientation.

Published
2020
Full Text
View/download PDF

4. Micropipette force probe to quantify single-cell force generation: application to T-cell activation

Author

Sawicka, Anna, Babataheri, Avin, Dogniaux, Stéphanie, Barakat, Abdul I., Gonzalez-Rodriguez, David, Hivroz, Claire, and Husson, Julien

Abstract

We describe the micropipette force probe, a novel technique that uses a micropipette as a flexible cantilever that aspirates a coated microbead and brings it into contact with a cell. We apply the technique to quantify mechanical and morphological events occurring during T-cell activation.

Published
2017
Full Text
View/download PDF

5. Mechanical Criterion for the Rupture of a Cell Membrane under Compression

Author

Gonzalez-Rodriguez, David, Guillou, Lionel, Cornat, François, Lafaurie-Janvore, Julie, Babataheri, Avin, de Langre, Emmanuel, Barakat, Abdul I., and Husson, Julien

Abstract

We investigate the mechanical conditions leading to the rupture of the plasma membrane of an endothelial cell subjected to a local, compressive force. Membrane rupture is induced by tilted microindentation, a technique used to perform mechanical measurements on adherent cells. In this technique, the applied force can be deduced from the measured horizontal displacement of a microindenter’s tip, as imaged with an inverted microscope and without the need for optical sensors to measure the microindenter’s deflection. We show that plasma membrane rupture of endothelial cells occurs at a well-defined value of the applied compressive stress. As a point of reference, we use numerical simulations to estimate the magnitude of the compressive stresses exerted on endothelial cells during the deployment of a stent.

Published
2016
Full Text
View/download PDF

6. Effect of Solvent on Convectively Driven Silica Particle Assembly: Decoupling Surface Tension, Viscosity, and Evaporation Rate

Author

Roach, Lucien, Gonzalez-Rodriguez, David, Gao, Jie, Laurichesse, Eric, Castro-Grijalba, Alexander, Oda, Reiko, Schmitt, Véronique, Pouget, Emilie, Tréguer-Delapierre, Mona, and Drisko, Glenna L.

Abstract

The process of convectively self-assembling particles in films suffers from low reproducibility due to its high dependency on particle concentration, as well as a variety of interactions and physical parameters. Inhomogeneities in flow rates and instabilities at the air–liquid interface are mostly responsible for reproducibility issues. These problems are aggravated by adding multiple components to the dispersion, such as binary solvent mixtures or surfactant/polymer additives, both common approaches to control stick-slip behavior. When an additive is used, not only does it change the surface tension, but also the viscosity and the evaporation rate. Worse yet, gradients in these three properties can form, which then lead to Marangoni currents. Here, we use a series of alcohols to study the role of viscosity independently of other solvent properties, to show its impact on stick-slip behavior and interband distances. We show that mixtures of glycerol and alcohol or poly(acrylic acid) and alcohol lead to more complex patterning. Marangoni currents are not always observed in co-solvent systems, being dependent on the rate of solvent evaporation. To produce homogeneous particle assemblies and control stick-slip behavior, gradients must be avoided, and the surface tension and viscosity need both be carefully controlled.

Published
2023
Full Text
View/download PDF

9. Convex—Convex and Concave—Convex Interactions Between C60and Non‐Planar Aromatic Subphthalocyanine Macrocycle in Both Covalent and Supramolecular Arrays

Author

Claessens, Christian G., Gonzalez‐Rodriguez, David, Iglesias, Rodrigo S., and Torres, T.

Abstract

ChemInform is a weekly Abstracting Service, delivering concise information at a glance that was extracted from about 200 leading journals. To access a ChemInform Abstract, please click on HTML or PDF.

Published
2007
Full Text
View/download PDF

11. ChemInform Abstract: Subphthalocyanines: Singular Nonplanar Aromatic Compounds — Synthesis, Reactivity, and Physical Properties

Author

Claessens, Christian G., Gonzalez‐Rodriguez, David, and Torres, Tomas

Abstract

ChemInform is a weekly Abstracting Service, delivering concise information at a glance that was extracted from about 100 leading journals. To access a ChemInform Abstract of an article which was published elsewhere, please select a “Full Text” option. The original article is trackable via the “References” option.

Published
2002
Full Text
View/download PDF

Catalog

Books, media, physical & digital resources
See catalog results