đŸ‘€ Kenneth J Rhodes

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3
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Also published as: D Rhodes,
articles
E Rimel, JM Egly, BV Houten +1028 more · 2018 · Protein science : a publication of the Protein Society · Wiley · added 2026-04-20
E Rimel, JM Egly, BV Houten, J Kuper, C Kisker, M Spies, RC Conaway, JW Conaway, WJ Feaver, JQ Svejstrup, L Bardwell, AJ Bardwell, S Buratowski, KD Gulyas, TF Donahue, EC Friedberg, RD Kornberg, NL Henry, O Flores, H Lu, D Reinberg, M Gerard, L Fischer, V Moncollin, JM Chipoulet, P Chambon, L Zawel, L Fisher, J‐M Egly, R Roy, JP Adamczewski, T Seroz, W Vermeulen, JP Tassan, L Schaeffer, EA Nigg, JH Hoeijmakers, H Serizawa, TP Makela, RA Weinberg, RA Young, S Humbert, J Fishburn, E Tomko, E Galburt, S Hahn, S Grunberg, L Warfield, R Drapkin, JT Reardon, A Ansari, JC Huang, K Ahn, A Sancar, P Sung, V Bailly, C Weber, LH Thompson, L Prakash, S Prakash, E Park, SN Guzder, MH Koken, I Jaspers‐Dekker, G Weeda, Z Wang, WJ Feave, X Wu, DA Bushnell, CA Weber, EP Salazar, SA Stewart, P Di Lello, LM Jenkins, TN Jones, BD Nguyen, T Hara, H Yamaguchi, JD Dikeakos, E Appella, P Legault, JG Omichinski, LM Miller Jenkins, C Mas, C Langlois, E Malitskaya, A Fradet‐Turcotte, J Archambault, S Schilbach, M Hantsche, D Tegunov, C Dienemann, C Wigge, H Urlaub, P Cramer, M Fregoso, JP Laine, J Aguilar‐Fuentes, V Mocquet, E Reynaud, F Coin, M Zurita, A Jawhari, S Dubaele, V Lamour, A Poterszman, D Moras, SJ Araujo, F Tirode, H Pospiech, JE Syvaoja, M Stucki, U Hubscher, RD Wood, JC Marinoni, P Miniou, Y Lutz, DM Gomez, G Giglia‐Mari, JA Ranish, D Hoogstraten, A Theil, N Wijgers, NG Jaspers, A Raams, M Argentini, PJ van der Spek, E Botta, M Stefanini, R Aebersold, Y Lu, EC Yi, XJ Li, J Eng, M Herrera, C Braun, DE Kainov, M Vitorino, J Cavarelli, L Radu, E Schoenwetter, J Marcoux, W Koelmel, DR Schmitt, S Cianferani, C Rodolfo, S Fribourg, AM Pedrini, J Luo, P Cimermancic, S Viswanath, CC Ebmeier, B Kim, M Dehecq, V Raman, CH Greenberg, R Pellarin, A Sali, DJ Taatjes, J Ranish, R Shiekhattar, F Mermelstein, RP Fisher, B Dynlacht, HC Wessling, DO Morgan, FH Espinoza, A Farrell, H Erdjument‐Bromage, P Tempst, P Kaldis, A Sutton, MJ Solomon, JY Thuret, JG Valay, G Faye, C Mann, D Hermand, A Pihlak, T Westerling, V Damagnez, J Vandenhaute, G Cottarel, KM Lee, JE Saiz, WA Barton, K Helenius, Y Yang, TV Tselykh, HK Pessa, MJ Frilander, S Larochelle, J Batliner, MJ Gamble, NM Barboza, BC Kraybill, JD Blethrow, KM Shokat, J Chen, R Knights, J Pandur, P Morcillo, B Suter, S Frutiger, GJ Hughes, SA Patel, MC Simon, KY Yankulov, DL Bentley, M Rossignol, I Kolb‐Cheynel, S Inamoto, N Segil, ZQ Pan, M Kimura, RG Roeder, LJ Ko, SY Shieh, X Chen, L Jayaraman, K Tamai, Y Taya, C Prives, M Jaquenoud, AM Fry, D Busso, A Keriel, B Sandrock, O Gileadi, P Jin, HM Chamberlin, BJ Greber, THD Nguyen, J Fang, PV Afonine, PD Adams, E Nogales, BJ Gibbons, EJ Brignole, M Azubel, K Murakami, NR Voss, FJ Asturias, P Schultz, V Mallouh, V Oksenych, A Singh, E Compe, N Le May, W Abdulrahman, I Iltis, A Maglott‐Roth, C Giraudon, Y He, KL Tsai, N Kalisman, C Plaschka, C Burzinski, J Plitzko, C Yan, C Inouye, R Tjian, I Ivanov, BL Allen, A Dvir, KP Garrett, C Chalut, JA Goodrich, A Elias, G Michels, F Sauer, S Boeing, C Rigault, M Heidemann, D Eick, M Meisterernst, Y Kim, S Bjorklund, Y Li, MH Sayre, KD Meyer, S Lin, C Bernecky, Y Gao, D Nair, LC Myers, C Esnault, Y Ghavi‐Helm, S Brun, J Soutourina, N Van Berkum, C Boschiero, F Holstege, M Werner, JH Lee, HS Jung, A Gunzl, G Cai, AK Panigrahi, S Dunham‐Ems, TN Nguyen, JD Radolf, A GĂŒnzl, F Kouzine, D Wojtowicz, A Yamane, W Resch, KR Kieffer‐Kwon, R Bandle, S Nelson, H Nakahashi, P Awasthi, L Feigenbaum, H Menoni, J Hoeijmakers, H Ge, TM Przytycka, D Levens, R Casellas, T Kim, RH Ebright, L Spangler, X Wang, FM Fazal, CA Meng, SM Block, EJ Tomko, EA Galburt, B Bernardes de Jesus, A Zhovmer, PJ Mattei, RE Davis, H Jin, CD Kaplan, Y Liu, C Kung, AZ Ansari, KD Westover, P Cabart, A Ujvari, M Pal, DS Luse, K Tran, JD Gralla, RJ Moreland, Q Yan, KM Harlen, LS Churchman, PJ Robinson, MJ Trnka, AL Burlingame, AM Naar, W Zhai, J Fellows, A Gnatt, MS Akhtar, JR Tietjen, DW Zhang, RD Chapman, K Glover‐Cutter, B Erickson, C Zhang, K Shokat, M Kim, H Suh, EJ Cho, TM Sogaard, MA Allen, H Kim, N Fong, JR Jacobsen, K Liang, A Shilatifard, RD Dowell, WM Old, C Jeronimo, F Robert, KH Wong, Y Jin, K Struhl, H Kwak, JT Lis, A Mayer, M Lidschreiber, M Siebert, K Leike, J Soding, GT Booth, IX Wang, VG Cheung, K Adelman, JM Plitzko, A Missra, DS Gilmour, R Amat, M Sanso, JJ Allen, KA Nilson, J Guo, ME Turek, JE Brogie, E Delaney, DH Price, G Diamant, L Amir‐Zilberstein, Y Yamaguchi, H Handa, R Dikstein, J Fitz, T Neumann, R Pavri, JB Rodriguez‐Molina, SC Tseng, SP Simonett, J Taunton, A Shetty, SP Kallgren, C Demel, KC Maier, D Spatt, BH Alver, PJ Park, F Winston, L Viladevall, CV St Amour, A Rosebrock, S Schneider, B Schwer, JK Leatherwood, Q Zhou, T Li, RS Levin, JJ Lipp, VY Wang, AK Greifenberg, EM Quezada, A Ali, A Ghosh, TM Rana, M Geyer, L Tong, CK Ho, S Shuman, P Komarnitsky, SC Schroeder, D Bentley, SS Mandal, C Chu, T Wada, AJ Shatkin, Y Pei, FX Chen, AR Woodfin, A Gardini, RA Rickels, SA Marshall, ER Smith, P Xie, CK Collings, K Cao, Y Aoi, EJ Rendleman, M Ugarenko, PA Ozark, A Zhang, MQ Zhang, M Yu, W Yang, T Ni, Z Tang, T Nakadai, J Zhu, SW Hong, SM Hong, JW Yoo, YC Lee, S Kim, DK Lee, EI Kanin, RT Kipp, M Slattery, A Viale, S Moteki, D Price, SB Ficarro, UB Kang, Y Chun, JA Marto, M de la Mata, CR Alonso, S Kadener, JP Fededa, M Blaustein, F Pelisch, AR Kornblihtt, Y Zhou, X Ji, J Qiu, T Saldi, K Diener, K Jones, XD Fu, MJ Munoz, MS Perez Santangelo, MP Paronetto, S Boireau, C Ben‐Dov, JJ Lozano, G Bird, E Bertrand, T Nojima, T Gomes, AR Grosso, H Kimura, MJ Dye, S Dhir, M Carmo‐Fonseca, NJ Proudfoot, J di Iulio, S Maleri, U Eser, J Vierstra, A Reynolds, R Sandstrom, JA Stamatoyannopoulos, S Medler, W Luo, D Seward, JH Graber, DD Pollock, PC Megee, T Takagi, A Ferdous, T Imai, S Hirose, S Sugimoto, K Yano, GA Hartzog, KO Kizer, HP Phatnani, Y Shibata, H Hall, AL Greenleaf, BD Strahl, DG Skalnik, HH Ng, SM Yoh, JS Lucas, KA Jones, C Deans, KA Maggert, R Bonasio, S Tu, RT Coleman, G Struhl, LJ Gaydos, W Wang, S Strome, F Zenk, E Loeser, R Schiavo, F Kilpert, O Bogdanovic, N Iovino, M Morselli, WA Pastor, B Montanini, K Nee, R Ferrari, K Fu, G Bonora, L Rubbi, AT Clark, S Ottonello, SE Jacobsen, M Pellegrini, JM Simon, KE Hacker, D Singh, AR Brannon, JS Parker, M Weiser, TH Ho, PF Kuan, E Jonasch, TS Furey, JF Prins, JD Lieb, WK Rathmell, IJ Davis, P Kolasinska‐Zwierz, T Down, I Latorre, T Liu, XS Liu, J Ahringer, RF Luco, Q Pan, K Tominaga, BJ Blencowe, OM Pereira‐Smith, T Misteli, RJ Sims, S Millhouse, CF Chen, BA Lewis, JL Manley, P Bailey, AJ Levine, D Chen, T Riedl, E Washbrook, PE Pace, RC Coombes, S Ali, P Chymkowitch, P Charneau, A Stary, A Sarasin, C Rochette‐Egly, S Adam, P Beltrao, V Albanese, LR Kenner, DL Swaney, A Burlingame, J Villen, WA Lim, JS Fraser, J Frydman, NJ Krogan, FCP Holstege, PC van der Vliet, HTM Timmers, Y Ohkuma, L Lariviere, L Wenzeck, M Seizl, M Hemann, EV Petrotchenko, CH Borchers, W Baumeister, F Herzog, E Villa, S Akoulitchev, S Chuikov, S Malik, H Molina, Z Xue, GS Winkler, U Fiedler, HT Timmers, K Yoder, K Kraemer, M McIlhatton, F Bushman, R Fishel, KE Yoder, W Roddick, P Hoellerbauer, LT Gray, AC Vallur, J Eddy, N Maizels, D Rhodes, HJ Lipps, DJ Rossi, A Londesborough, N Korsisaari, E Lehtonen, M Henkemeyer, KA Merrick, ME Terret, L Wohlbold, PV Jallepalli, MM Schachter, A Hirschi, SM Rubin, HK Salz, AI Abdullah, H Zhang, Y Nie, W Tang, T Sun, M Ganuza, C SĂĄiz‐Ladera, M Cañamero, G GĂłmez, R Schneider, MA Blasco, D Pisano, JM Paramio, D SantamarĂ­a, M Barbacid, S Luo, HR Horvitz, G He, X Yang, G Wang, J Qi, R Mao, Z Wu, Z Zhou, E Korzus, MG Rosenfeld, M Mayford, JE Cleaver, ET Lam, I Revet, L Proietti De Santis, RJ Bienstock, B Van Houten, M Moriel‐Carretero, E Herrera‐Moyano, A Aguilera, S Mourgues, V Gautier, A Lagarou, C Bordier, A Mourcet, J Slingerland, L Kaddoum, A Gonzales de Peredo, B Monsarrat, PO Mari, R Velez‐Cruz, AS Zadorin, S Hashimoto, I Jaitovich‐Groisman, N Benlimame, BL Slagle, MH Perez, L Alpert, DJ Song, N Fotouhi‐Ardakani, J Galipeau, MA Alaoui‐Jamali, A Billecocq, M Bouloy, N Cyr, C de la Fuente, L Lecoq, I Guendel, PR Chabot, K Kehn‐Hall, B Kalveram, O Lihoradova, T Ikegami, TP Cujec, H Okamoto, K Fujinaga, J Meyer, H Chamberlin, BM Peterlin, CA Parada, YK Kim, CF Bourgeois, R Pearson, M Tyagi, MJ West, J Wong, SY Wu, CM Chiang, J Karn, C Hutterer, J Eickhoff, J Milbradt, K Korn, I Zeittrager, H Bahsi, S Wagner, G Zischinsky, A Wolf, C Degenhart, A Unger, M Baumann, B Klebl, M Marschall, B Li, T Ni Chonghaile, Y Fan, SF Madden, R Klinger, AE O'Connor, L Walsh, G O'Hurley, G Mallya Udupi, J Joseph, F Tarrant, E Conroy, A Gaber, SF Chin, HA Bardwell, E Provenzano, J Crown, T Dubois, S Linn, K Jirstrom, C Caldas, DP O'Connor, WM Gallagher, H Patel, R Abduljabbar, C‐F Lai, M Periyasamy, A Harrod, C Gemma, JH Steel, N Patel, C Busonero, D Jerjees, J Remenyi, S Smith, JJ Gomm, L Magnani, B GyƑrffy, LJ Jones, F Fuller‐Pace, S Shousha, L Buluwela, EA Rakha, IO Ellis, D Hnisz, BJ Abraham, TI Lee, A Lau, V Saint‐Andre, AA Sigova, HA Hoke, J Loven, CY Lin, DA Orlando, CR Vakoc, JE Bradner, S Pott, K Shrinivas, AK Chakraborty, PA Sharp, E Chipumuro, E Marco, CL Christensen, N Kwiatkowski, T Zhang, CM Hatheway, B Sharma, C Yeung, A Altabef, A Perez‐Atayde, KK Wong, GC Yuan, NS Gray, RE George, J Carretero, F Al‐Shahrour, GS Herter‐Sprie, EA Akbay, J Zhang, T Shimamura, M Capelletti, JB Reibel, JD Cavanaugh, P Gao, SR Michaelsen, HS Poulsen, AR Aref, DA Barbie, PB Rahl, J Reddy, A Dastur, A Amzallag, S Ramaswamy, B Tesar, CE Jenkins, NM Hannett, D McMillin, T Sanda, T Sim, ND Kim, T Look, CS Mitsiades, AP Weng, JR Brown, CH Benes, Y Wang, S Xie, H Yuzugullu, T Von, H Li, Z Lin, DG Stover, E Lim, ZC Wang, JD Iglehart, JJ Zhao, F Cayrol, P Praditsuktavorn, TM Fernando, R Marullo, MN Calvo‐Vidal, J Phillip, B Pera, SN Yang, K Takpradit, L Roman, M Gaudiano, R Crescenzo, J Ruan, G Inghirami, G Cremaschi, L Cerchietti, S Kalan, Y Liang, CM Olson, M Rusan, K Li, KA Buczkowski, B Bockorny, T Chen, S Li, K Rhee, W Chen, H Terai, T Tavares, AL Leggett, TJ Kim, SH Hong, N Poudel‐Neupane, M Silkes, T Mudianto, L Tan, M Meyerson, AJ Bass, H Watanabe, PS Hammerman, TW Kelso, K Baumgart, T Albert, C Antrecht, S Lemcke, AC Bishop, JA Ubersax, DT Petsch, DP Matheos, J Blethrow, E Shimizu, JZ Tsien, PG Schultz, MD Rose, JL Wood, QL He, DV Titov, J Li, M Tan, Z Ye, Y Zhao, D Romo, JO Liu, B Gilman, S Bhat, WK Low, Y Dang, M Smeaton, AL Demain, PS Miller, JF Kugel, F Chen, X Gao, SG Manzo, ZL Zhou, YQ Wang, J Marinello, JX He, YC Li, J Ding, G Capranico, ZH Miao, JJ Lu, L He, Q Yu, I Jonkers, LJ Core, JJ Waterfall, S Alekseev, M Ayadi, L Brino, AK Larsen, Z Nagy, J Sandoz, A Weiss, WW Tee, SS Shen, O Oksuz, V Narendra, J Baell, MA Walters, S Nagai, X Liu, T Wu, RK Louder, JR LĂłpez‐Blanco, P ChacĂłn, A Gegonne, JD Weissman, M Zhou, A Dasgupta, R Ribble, JN Brady, DS Singer, N Yudkovsky, AC Seila, JM Calabrese, SS Levine, GW Yeo, RA Flynn, M Okuda, M Kinoshita, E Kakumu, K Sugasawa, Y Nishimura, Y Nakazawa, C Guo, T Ogi, P Ruthemann, C Balbo Pogliano, T Codilupi, Z Garajova, H Naegeli, N Damodaren, T Van Eeuwen, J Zamel, E Lin‐Shiao Show less
Abstract TFIIH is a 10‐subunit complex that regulates RNA polymerase II (pol II) transcription but also serves other important biological roles. Although much remains unknown about TFIIH function in Show more
Abstract TFIIH is a 10‐subunit complex that regulates RNA polymerase II (pol II) transcription but also serves other important biological roles. Although much remains unknown about TFIIH function in eukaryotic cells, much progress has been made even in just the past few years, due in part to technological advances (e.g. cryoEM and single molecule methods) and the development of chemical inhibitors of TFIIH enzymes. This review focuses on the major cellular roles for TFIIH, with an emphasis on TFIIH function as a regulator of pol II transcription. We describe the structure of TFIIH and its roles in pol II initiation, promoter‐proximal pausing, elongation, and termination. We also discuss cellular roles for TFIIH beyond transcription (e.g. DNA repair, cell cycle regulation) and summarize small molecule inhibitors of TFIIH and diseases associated with defects in TFIIH structure and function. Show less
📄 PDF DOI: 10.1002/pro.3424
amino-acid review
Melanie S Brennan, Hiral Patel, Norm Allaire +8 more · 2016 · Antioxidants & redox signaling · added 2026-04-20
AIMS: Gastro-resistant dimethyl fumarate (DMF) is an oral therapeutic indicated for the treatment of relapsing multiple sclerosis. Recent data suggest that a primary pharmacodynamic response to DMF tr Show more
AIMS: Gastro-resistant dimethyl fumarate (DMF) is an oral therapeutic indicated for the treatment of relapsing multiple sclerosis. Recent data suggest that a primary pharmacodynamic response to DMF treatment is activation of the nuclear factor (erythroid-derived 2)-like 2 (NRF2) pathway; however, the gene targets modulated downstream of NRF2 that contribute to DMF-dependent effects are poorly understood. RESULTS: Using wild-type and NRF2 knockout mice, we characterized DMF transcriptional responses throughout the brain and periphery to understand DMF effects in vivo and to explore the necessity of NRF2 in this process. Our findings identified tissue-specific expression of NRF2 target genes as well as NRF2-dependent and -independent gene regulation after DMF administration. Furthermore, using gene ontology, we identified common biological pathways that may be regulated by DMF and contribute to in vivo functional effects. INNOVATION: Together, these data suggest that DMF modulates transcription through multiple pathways, which has implications for the cytoprotective, immunomodulatory, and clinical properties of DMF. CONCLUSION: These findings provide further understanding of the DMF mechanism of action and propose potential therapeutic targets that warrant further investigation for treating neurodegenerative diseases. Antioxid. Redox Signal. 24, 1058-1071. Show less
no PDF DOI: 10.1089/ars.2015.6622
bioinorganic cytoprotective dimethyl fumarate dmf gene regulation gene targets immunomodulatory multiple sclerosis
B Chapman, L Van Camp, JE Trosko +375 more · 2011 · Metal ions in life sciences · Royal Society of Chemistry · added 2026-04-20
B Chapman, L Van Camp, JE Trosko, VH Mansour, Y Jung, SJ Lippard, J Reedijk, ER Jamieson, GA Natile, LG Marzilli, M Akoboshi, K Kawai, H Maki, K Akuta, Y Ujeno, T Miyahara, JM Pascoe, JJ Roberts, J Rosenberg, P Sato, JM Rosenberg, PH Sato, KA Heminger, SD Hartson, J Rogers, RL Matts, TD Schmittgen, J-F Ju, KD Danenberg, PV Danenberg, LC Shea, T Horikoshi, P Papsai, T Persson, J Aldag, SKC Elmroth, AS Snygg, AA Hostetter, EG Chapman, VJ DeRose, JS Mattick, B Lippert, S Burns, N-K Kim, M Vogt, E Freisinger, RKO Sigel, PB Moore, AM Pyle, RH Crabtree, S Ahmad, AA Isab, S Ali, E Wong, CM Giandomenico, M Akaboshi, K Ono, D Esteban-FernĂĄndez, JM Verdaguer, R RamĂ­rez-Camacho, MA Palacios, MM GĂłmez-GĂłmez, P Kabolizadeh, J Ryan, N Farrell, I-S Song, N Savaraj, ZH Siddik, P Liu, Y Wei, CJ Wu, MT Kuo, J Zhang, X Zhao, J Goodman, D Hagrman, KA Tacka, A-K Souid, E Gabano, D Colangelo, AR Ghezzi, D Osella, N Kitada, K Takara, T Minegaki, C Itoh, M Tsujimoto, T Sakaeda, T Yokoyama, L Martelli, F Di Mario, E Ragazzi, P Apostoli, R Leone, P Perego, G Fumagalli, M Gemba, E Nakatani, M Teramoto, S Nakano, Z Yang, LM Schumaker, MJ Egorin, EG Zuhowski, Z Guo, KJ Cullen, AJ Giurgiovich, BA Diwan, OA Olivero, LM Anderson, JM Rice, MC Poirier, C Semino, A Kassim, DM Lopez-Larraza, E Lindauer, E Holler, G Samimi, K Katano, AK Holzer, R Safaei, SB Howell, M Rochdi, M Tomioka, M Goodman, AV Klein, TW Hambley, GL Beretta, SC Righetti, L Lombardi, F Zunino, MUA Khan, PJ Sadler, Y Kiyozuka, K Takemoto, A Yamamoto, P Guttmann, A Tsubura, H Kihara, C Meijer, MJA van Luyn, EF Nienhuis, N Blom, NH Mulder, EGE de Vries, R Ortega, P Moretto, A Fajac, J BĂ©nard, Y Llabador, M Simonoff, MD Hall, CT Dillon, M Zhang, P Beale, Z Cai, B Lai, APJ Stampfl, RA Alderden, PJ Beale, JP Berry, P Galle, A Viron, H KacerovskĂĄ, A Macieira-Coelho, RG Kirk, ME Gates, C-S Chang, P Lee, T Makita, S Itagaki, T Ohokawa, P Brille, AF LeRoy, Y Gouveia, P Ribaud, G MathĂ©, C Molenaar, J-M Teuben, RJ Heetebrij, HJ Tanke, GV Kalayda, G Zhang, T Abraham, A Holzer, BJ Larson, W Naerdemann, X-J Liang, D-W Shen, KG Chen, SM Wincovitch, SH Garfield, MM Gottesman, D Fink, S Nebel, S Aebi, H Zheng, B Cenm, A Nehm, R Christen, RL Hoffmann, N Carenini, F Giuliani, S Spinelli, GH Manorek, O Rixe, W Ortuzar, M Alvarez, R Parker, E Reed, K Paull, T Fojo, HC Harder, B Rosenberg, P Jordan, M Carmo-Fonseca, S Tornaletti, SM Patrick, JJ Turchi, PC Hanawalt, WH Ang, M Myint, GE Damsma, A Alt, F Brueckner, T Carell, P Cramer, K Rijal, CS Chow, D Draper, M HĂ€gerlöf, V Monjardet-Bas, MA Elizondo-Riojas, JC Chottard, J Kozelka, M Brindell, G Stochel, T Cheatham, P Kollman, K Chin, KA Sharp, B Honig, P Acharya, S Acharya, P Cheruku, NV Amirkhanov, A Foldesi, J Chattopadhyaya, P Legault, A Pardi, D Rhodes, PW Piper, BFC Clark, JR Rubin, M Sabat, M Sundaralingam, JC Dewan, YT Yu, PA Maroney, E Darzynkiewicz, TW Nilsen, P Fabrizio, J Abelson, SA Woodson, R Dalbies, D Payet, M Leng, M Boudvillain, KM Comess, CE Costello, M Escaffre, S Bombard, M Guerin, T Saison-Behmoaras, B Alguero, JL de la Osa, C Gonzalez, E Pedroso, V Marchan, A Grandas, K Aupeix-Scheidler, S Chabas, L Bidou, JP Rousset, JJ Toulme, M Hagerlof, H Hedman, HK Hedman, U Jungwirth, V Jenei, A Favre, J-C Chottard, JR Thomas, PJ Hergenrother, J Boer, KF Blount, NW Luedtke, L Elson-Schwab, Y Tor, CN N’soukpoe-Kossi, C Descoteaux, E Asselin, J Bariyanga, HA Tajmir-Riahi, G Berube, JS Saad, G Natile, H Schöllhorn, G Raudaschl-Sieber, G MĂŒller, U Thewalt, J Lippert, F Cannito, N Hadjiliadis, E Sletten, PJ Sanz Miguel, M Roitzsch, L Yin, PM Lax, L Holland, O Krizanovic, M Lutterbeck, M Schurmann, EC Fisch, SE Sherman, D Gibson, AH-J Wang, A Gelasco, GN Parkinson, GM Arvanitis, L Lessinger, SL Ginell, R Jones, B Gaffney, HM Berman, CC Correll, A Munishkin, Y-L Chan, Z Ren, IG Wool, TA Steitz, FM Jucker, HA Heus, PF Yip, EHM Moors, S Gelbel, S Banckenko, M Engell, E Lanka, W Saenger, PS Klosterman, SA Shah, K Hindmarsch, DA House, MM Turnbull, MF Osborn, JA Cowan, DE Draper, D Grilley, AM Soto, M Roychowdhury-Saha, DH Burke, AY Keel, RP Rambo, RT Batey, JS Kieft, E Ennifar, P Walter, P Dumas, DM Calderone, EJ Mantilla, M Hicks, DH Huchital, W Rorer Murphy, RD Sheardy, FR Keene, JA Smith, JG Collins Show less
In this chapter several aspects of Pt(II) are highlighted that focus on the properties of Pt(II)-RNA adducts and the possibility that they influence RNA-based processes in cells. Cellular distribution Show more
In this chapter several aspects of Pt(II) are highlighted that focus on the properties of Pt(II)-RNA adducts and the possibility that they influence RNA-based processes in cells. Cellular distribution of Pt(II) complexes results in significant platination of RNA, and localization studies find Pt(II) in the nucleus, nucleolus, and a distribution of other sites in cells. Treatment with Pt(II) compounds disrupts RNA-based processes including enzymatic processing, splicing, and translation, and this disruption may be indicative of structural changes to RNA or RNA-protein complexes. Several RNA-Pt(II) adducts have been characterized in vitro by biochemical and other methods. Evidence for Pt(II) binding in non-helical regions and for Pt(II) cross-linking of internal loops has been found. Although platinated sites have been identified, there currently exists very little in the way of detailed structural characterization of RNA-Pt(II) adducts. Some insight into the details of Pt(II) coordination to RNA, especially RNA helices, can be gained from DNA model systems. Many RNA structures, however, contain complex tertiary folds and common, purine-rich structural elements that present suitable Pt(II) nucleophiles in unique arrangements which may hold the potential for novel types of platinum-RNA adducts. Future research aimed at structural characterization of platinum-RNA adducts may provide further insights into platinum-nucleic acid binding motifs, and perhaps provide a rationale for the observed inhibition by Pt(II) complexes of splicing, translation, and enzymatic processing. Show less
no PDF DOI: 10.1039/9781849732512-00347
Pt amino-acid coordination-chemistry