๐Ÿ‘ค R. Tyler Mertens

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2
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2
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Also published as: C Mertens,
articles
Yi Dang, Xiaowu Xu, O WARBURG +684 more ยท 2024 ยท Molecular Cancer ยท BioMed Central ยท added 2026-04-20
Yi Dang, Xiaowu Xu, O WARBURG, K Posener, E Negelein, WH Koppenol, PL Bounds, CV Dang, P Dey, AC Kimmelman, RA Depinho, Z Yang, C Yan, J Ma, SM Morrissey, F Zhang, C Ding, IS Harris, GM DeNicola, LK Boroughs, RJ DeBerardinis, I Martinez-Reyes, NS Chandel, Y Long, H Tao, A Karachi, M Nakaya, Y Xiao, X Zhou, SA Lim, J Wei, TM Nguyen, T Chen, ZG Xu, J Luo, M Reina-Campos, NE Scharping, AW Goldrath, D Nemazee, DG Ryan, LAJ O'Neill, C Campbell, PT McKenney, D Konstantinovsky, L Guerra, L Bonetti, D Brenner, J Jung, H Zeng, T Horng, CH Chang, J Qiu, D O'Sullivan, S Terry, AST Engelsen, S Buart, B Huang, BL Song, C Xu, J Jin, Q Zhao, Z Wei, AE Baek, YA Yu, S He, ML Gauci, E Lanoy, S Champiat, JA Shyer, RA Flavell, W Bailis, MN Artyomov, J van den Bossche, V Deretic, LA O'Neill, RJ Kishton, J Rathmell, F Vrieling, R Stienstra, C Xue, G Li, Q Zheng, Z Zaslona, R Haas, D Cucchi, J Smith, N Nagata, T Takeuchi, H Masuoka, MP Murphy, C Frezza, Z Zhang, X Li, F Yang, RI Klein Geltink, J Edwards-Hicks, P Apostolova, J He, X Shangguan, W Zhou, HAM Alsheikh, BJ Metge, CM Ha, J Afonso, LL Santos, A Longatto-Filho, EL Lieu, T Nguyen, S Rhyne, ZN Ling, YF Jiang, JN Ru, H Peng, Y Wang, W Luo, J Faber, M Berkhout, U Fiedler, Z Wang, Z Lu, S Lin, B Manfroi, S Fillatreau, A Matos, M Carvalho, M Bicho, R Geiger, JC Rieckmann, T Wolf, SM Steggerda, MK Bennett, J Chen, JJ Miret, P Kirschmeier, S Koyama, S Magi, S Piccirillo, S Amoroso, L Cui, J Guo, SL Cranfill, RD Leone, L Zhao, JM Englert, DN Edwards, VM Ngwa, AL Raybuck, M Platten, EAA Nollen, UF Rohrig, TL Montgomery, K Eckstrom, KH Lile, C Chen, G Hou, C Zeng, R Qin, C Zhao, CJ Wang, LI Greene, TC Bruno, JL Christenson, M Friedrich, R Sankowski, L Bunse, MJ Bender, AC McPherson, CM Phelps, W Fong, Q Li, F Ji, PJ Siska, J Jiao, C Matos, X Gu, A Bessede, F Peyraud, S le Moulec, J Wu, L Li, JNR Gnanaprakasam, B Kushwaha, L Liu, Z Gong, J Shi, C Ecker, L Guo, S Voicu, RJ King, PK Singh, K Mehla, W Yang, Y Bai, Y Xiong, F Pistollato, TY Forbes-Hernandez, RC Iglesias, X Ma, E Bi, Y Lu, N Koundouros, G Poulogiannis, H Xu, Y Chen, M Gu, L Berod, C Friedrich, A Nandan, Y Endo, HK Asou, N Matsugae, A Onodera, K Obata-Ninomiya, EL Pearce, MC Walsh, PJ Cejas, H Da BorgesSilva, LK Beura, H Wang, E Grajchen, M Loix, P Baeten, C Zhang, C Yue, A Herrmann, JA Yanez, SW Wang, IW Knemeyer, JB Lee, A Zgair, J Malec, Y Li, YC Li, XT Liu, S Chowdhury, A Kar, D Bhowmik, P Icard, L Simula, Z Wu, X Yi, X Chen, J Catapano, M Luty, T Wrobel, MR Morrow, B Batchuluun, T Umemoto, A Johansson, SAI Ahmad, J Liu, Y Peng, L Shi, LP Diebold, H Kong, EL Mills, B Kelly, A Logan, S Hubert, B Rissiek, K Klages, B Sunkel, M Wang, PS Liu, JP Bottcher, E Bonavita, P Chakravarty, CP Bromley, G Jonsson, MJ Watson, PDA Vignali, SJ Mullett, Q Feng, Z Liu, X Yu, RJ Johnston, LJ Su, J Pinckney, I Elia, JH Rowe, S Johnson, C Pan, B Li, MC Simon, F Hinrichsen, J Hamm, M Westermann, Z Ma, L Jiao, HL Zhang, DD Li, J Wang, Q Huang, X Hu, D Guo, Y Tong, X Jiang, CS Blaha, G Ramakrishnan, SM Jeon, S Xu, HR Herschman, BA Webb, F Forouhar, FE Szu, J Feng, J Li, L Wu, M Chimenti, MP Jacobson, C Corbet, O Feron, S Taylor, EP Spugnini, YG Assaraf, N Amara, MP Cooper, MA Voronkova, T Gauthier, C Yao, T Dowdy, A Coquerel, H Ando, K Eshima, T Ishida, JA Menendez, R Lupu, L Jiang, X Fang, M Zhang, L Yu, Y Sun, M O'Farrell, G Duke, R Crowley, P Sun, X Zhang, RJ Wang, T Zhao, S Liu, X Ding, M Gomaraschi, F Bonacina, GD Norata, SC Huang, B Everts, Y Ivanova, H Du, MC Yoder, CC Lee, GJ van der Windt, M Dominguez, B Brune, D Namgaladze, N Zaidi, JV Swinnen, K Smans, KE Wellen, G Hatzivassiliou, UM Sachdeva, M Tan, R Mosaoa, GT Graham, MA Lauterbach, JE Hanke, M Serefidou, SM Hochrein, H Wu, M Eckstein, M Tian, F Hao, X Jin, H Yang, D Ye, KL Guan, MJ Wu, J Merritt, BL McClellan, S Haase, FJ Nunez, M Itsumi, S Inoue, AJ Elia, G Notarangelo, JB Spinelli, EM Perez, AK Jha, A Sergushichev, J Dubrot, X Xiang, S Pusch, T Bunse, W Yin, YF Ping, F Li, G Kohanbash, DA Carrera, S Shrivastav, RT Schinzel, R Higuchi-Sanabria, O Shalem, W Hu, T Peng, Y Huang, H Ruschen, K Aravinth, C Bunce, K Fatima, N Masood, Z Ahmad Wani, M Fronza, GF Caetano, MN Leite, D Jiang, J Liang, PW Noble, SL Kolar, P Kyme, CW Tseng, AB Blair, J Davelaar, Y Liu, D Xu, P Hou, W Li, V Papayannopoulos, L Xiao, R Peeters, J Cuenca-Escalona, EA Zaal, C Huang, DR Bauman, AD Bitmansour, JG McDonald, S Jaillon, A Ponzetta, D di Mitri, S Cane, RM Barouni, M Fabbi, G Cui, MM Staron, SM Gray, SM Kaech, W Cui, W Su, NM Chapman, O Chaudhary, P Rodriguez-Morales, MR Boothby, H Chi, K Yang, S Shrestha, Z Nian, X Zheng, Y Dou, IM Werter, CM Huijts, SM Lougheed, DA Braun, Y Hou, Z Bakouny, A Trompette, ES Gollwitzer, C Pattaroni, E Lu, T Yi, S Hang, D Paik, L Yao, Y Kidani, H Elsaesser, MB Hock, SK Brookens, GT Bommer, OA Macdougald, JZ Adamska, C Li, J Cheng, J Yan, M Soncini, G Corna, M Moresco, X Wang, LM Kelly, VA Blaho, T Hla, E Jozefczuk, TJ Guzik, M Siedlinski, JP Pereira, Y Xu, JG Cyster, ML Allende, G Tuymetova, BG Lee, C He, S Wang, C Zhou, PJ Murray, JE Allen, SK Biswas, J Zhang, J Baardman, SGS Verberk, S van der Velden, E Gomez Perdiguero, K Klapproth, C Schulz, D Hashimoto, A Chow, C Noizat, Y Okabe, R Medzhitov, L Ji, MO Li, H Kane, L Lynch, A Nakamura, R Ebina-Shibuya, A Itoh-Nakadai, C McCarthy, E Lee, JP Bridges, F Ishikawa, H Niiro, T Iino, F le Naour, L Hohenkirk, A Grolleau, R Wang, CP Dillon, LZ Shi, W Kc, AT Satpathy, AS Rapaport, CM Krawczyk, T Holowka, J Sun, JR Schafer, TC Salzillo, N Chakravarti, A Marcais, J Cherfils-Vicini, C Viant, MP Keppel, N Saucier, AY Mah, M Felices, AJ Lenvik, R McElmurry, H Jensen, M Potempa, D Gotthardt, X Jia, L Chiossone, J Chaix, N Fuseri, RM Loftus, N Assmann, N Kedia-Mehta, X Michelet, L Dyck, A Hogan, A Cerwenka, LL Lanier, TE O'Sullivan, JC Sun, S Paust, UH von Andrian, LR Johnson, HH Kang, JN Beilke, LL Liu, J Landskron, EH Ask, MD Filippi, A Hidalgo, ER Chilvers, C Summers, PX Liew, P Kubes, L Raccosta, R Fontana, D Maggioni, V Monceaux, C Chiche-Lapierre, C Chaput, KI Mecklenburgh, SR Walmsley, AS Cowburn, NA Maianski, J Geissler, SM Srinivasula, M Veiga-Da-cunha, N Chevalier, X Stephenne, HS Jun, DA Weinstein, YM Lee, YY Cheung, T Condamine, GA Dominguez, JI Youn, N Gehrke, C Mertens, T Zillinger, C Lood, LP Blanco, MM Purmalek, L Wang, J Qian, H Braumuller, T Wieder, E Brenner, L Galluzzi, I Vitale, S Warren, G Kroemer, C Galassi, L Zitvogel, Y Zhou, IN Bastian, MD Long, J Galaine, C Turco, C Vauchy, O Kepp, L D'Amico, U Menzel, M Prummer, F Zhou, B Feng, H Yu, DV Krysko, AD Garg, A Kaczmarek, AM Dudek, L Apetoh, F Ghiringhelli, A Tesniere, M Michaud, I Martins, AQ Sukkurwala, M Obeid, N Casares, MO Pequignot, I Mellman, DS Chen, T Powles, GT Motz, G Coukos, M You, Z Xie, N Zhang, CH Tsai, YM Chuang, JR Giles, AM Globig, BJ Kirsch, R Asaka, M Markovic, S Ben-Shabat, S Keinan, AS Elz, NL Trevaskis, CJH Porter, M Haidinger, M Poglitsch, R Geyeregger, AM Woltman, SW van der Kooij, PJ Coffer, RP Donnelly, SE Keating, V Zaiatz-Bittencourt, MH Sofi, J Heinrichs, M Dany, J Cedervall, Y Zhang, H Huang, S Pilon-Thomas, KN Kodumudi, AE El-Kenawi, D Buckley, TS Heuer Show less
For decades, great strides have been made in the field of immunometabolism. A plethora of evidence ranging from basic mechanisms to clinical transformation has gradually embarked on immunometabolism t Show more
For decades, great strides have been made in the field of immunometabolism. A plethora of evidence ranging from basic mechanisms to clinical transformation has gradually embarked on immunometabolism to the center stage of innate and adaptive immunomodulation. Given this, we focus on changes in immunometabolism, a converging series of biochemical events that alters immune cell function, propose the immune roles played by diversified metabolic derivatives and enzymes, emphasize the key metabolism-related checkpoints in distinct immune cell types, and discuss the ongoing and upcoming realities of clinical treatment. It is expected that future research will reduce the current limitations of immunotherapy and provide a positive hand in immune responses to exert a broader therapeutic role. Show less
๐Ÿ“„ PDF DOI: 10.1186/s12943-024-01981-5 ๐Ÿ“Ž SI
review
R. Tyler Mertens, William C. Jennings, Samuel Ofori +4 more ยท 2021 ยท JACS Au ยท ACS Publications ยท added 2026-04-20
Mitochondrial structure and organization is integral to maintaining mitochondrial homeostasis and an emerging biological target in aging, inflammation, neurodegeneration, and cancer. The study of mito Show more
Mitochondrial structure and organization is integral to maintaining mitochondrial homeostasis and an emerging biological target in aging, inflammation, neurodegeneration, and cancer. The study of mitochondrial structure and its functional implications remains challenging in part because of the lack of available tools for direct engagement, particularly in a disease setting. Here, we report a gold-based approach to perturb mitochondrial structure in cancer cells. Specifically, the design and synthesis of a series of tricoordinate Au(I) complexes with systematic modifications to group 15 nonmetallic ligands establish structure-activity relationships (SAR) to identify physiologically relevant tools for mitochondrial perturbation. The optimized compound, AuTri-9 selectively disrupts breast cancer mitochondrial structure rapidly as observed by transmission electron microscopy with attendant effects on fusion and fission proteins. This phenomenon triggers severe depolarization of the mitochondrial membrane in cancer cells. The high in vivo tolerability of AuTri-9 in mice demonstrates its preclinical utility. This work provides a basis for rational design of gold-based agents to control mitochondrial structure and dynamics. Show less
๐Ÿ“„ PDF DOI: 10.1021/jacsau.1c00051 ๐Ÿ“Ž SI
Au mitochondria