👤 HO McDevitt

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4
Articles
3
Name variants
Also published as: Christine E McDevitt, Christine E. McDevitt,
articles
Hannah C. Pigg, Matthew V. Yglesias, Emily C. Sutton +3 more · 2022 · ACS Chemical Biology · ACS Publications · added 2026-04-20
The properties of small molecule Pt(II) compounds that drive specific cellular responses are of interest due to their broad clinical use as chemotherapeutics as well as to provide a better mechanistic Show more
The properties of small molecule Pt(II) compounds that drive specific cellular responses are of interest due to their broad clinical use as chemotherapeutics as well as to provide a better mechanistic understanding of bioinorganic processes. The chemotherapeutic compound cisplatin causes cell death through DNA damage, while oxaliplatin may induce cell death through inhibition of ribosome biogenesis, also referred to as nucleolar stress induction. Previous work has found a subset of oxaliplatin derivatives that cause nucleolar stress at 24 h drug treatment. Here we report that these different Pt(II) derivatives exhibit a range of rates and degrees of global nucleolar stress induction as well as inhibition of rRNA transcription. Potential explanations for these variations include both the ring size and stereochemistry of the non-aquation-labile ligand. We observe that Pt(II) compounds containing a 6-membered ring show faster onset and a higher overall degree of nucleolar stress than those containing a 5-membered ring, and that compounds having the 1R,2R-stereoisomeric conformation show faster onset and a higher overall degree of stress than those having the 1S,2S-conformation. Pt(II) cellular accumulation and cellular Pt(II)-DNA adduct formation did not correlate with nucleolar stress induction, indicating that the effect is not due to global interactions. Together these results suggest that Pt(II) compounds induce nucleolar stress through a mechanism that likely involves one or a few key intermolecular interactions. Show less
no PDF DOI: 10.1021/acschembio.2c00399
Pt
Christine E McDevitt, Matthew V Yglesias, Austin M Mroz +4 more · 2019 · Journal of biological inorganic chemistry : JBIC : a publication of the Society of Biological Inorganic Chemistry · Springer · added 2026-04-20
Platinum anticancer therapeutics are widely used in a variety of chemotherapy regimens. Recent work has revealed that the cytotoxicity of oxaliplatin and phenanthriplatin is through induction of ribos Show more
Platinum anticancer therapeutics are widely used in a variety of chemotherapy regimens. Recent work has revealed that the cytotoxicity of oxaliplatin and phenanthriplatin is through induction of ribosome biogenesis stress pathways, differentiating them from cisplatin and other compounds that mainly work through DNA damage response mechanisms. To probe the structure-activity relationships in phenanthriplatin's ability to cause nucleolar stress, a series of monofunctional platinum(II) compounds differing in ring number, size and orientation was tested by nucleophosmin (NPM1) relocalization assays using A549 cells. Phenanthriplatin was found to be unique among these compounds in inducing NPM1 relocalization. To decipher underlying reasons, computational predictions of steric bulk, platinum(II) compound surface length and hydrophobicity were performed for all compounds. Of the monofunctional platinum(II) compounds tested, phenanthriplatin has the highest calculated hydrophobicity and volume but does not exhibit the largest distance from platinum(II) to the surface. Thus, spatial orientation and/or hydrophobicity caused by the presence of a third aromatic ring may be significant factors in the ability of phenanthriplatin to cause nucleolar stress. Show less
no PDF DOI: 10.1007/s00775-019-01707-9
A549 DNA-binding Pt anticancer
Emily C Sutton, Christine E McDevitt, Jack Y Prochnau +6 more · 2019 · Journal of the American Chemical Society · ACS Publications · added 2026-04-20
Platinum(II) compounds are a critical class of chemotherapeutic agents. Recent studies have highlighted the ability of a subset of Pt(II) compounds, including oxaliplatin but not cisplatin, to induce Show more
Platinum(II) compounds are a critical class of chemotherapeutic agents. Recent studies have highlighted the ability of a subset of Pt(II) compounds, including oxaliplatin but not cisplatin, to induce cytotoxicity via nucleolar stress rather than a canonical DNA damage response. In this study, influential properties of Pt(II) compounds were investigated using redistribution of nucleophosmin (NPM1) as a marker of nucleolar stress. NPM1 assays were coupled to calculated and measured properties such as compound size and hydrophobicity. The oxalate leaving group of oxaliplatin is not required for NPM1 redistribution. Interestingly, although changes in diaminocyclohexane (DACH) ligand ring size and aromaticity can be tolerated, ring orientation appears important for stress induction. The specificity of ligand requirements provides insight into the striking ability of only certain Pt(II) compounds to activate nucleolar processes. Show less
no PDF DOI: 10.1021/jacs.9b10319
DNA-binding Pt anticancer carboxylate
V Hotamisligil, ED Werner, J Giraud +1206 more · 2017 · Immunity · Elsevier · added 2026-04-20
V Hotamisligil, ED Werner, J Giraud, YH Lee, SE Shoelson, MF White, MC Arkan, AL Hevener, FR Greten, S Maeda, ZW Li, JM Long, A Wynshaw-Boris, G Poli, J Olefsky, M Karin, N Arpaia, C Campbell, X Fan, S Dikiy, J van der Veeken, P deRoos, H Liu, JR Cross, K Pfeffer, PJ Coffer, DB Ballak, R Stienstra, A Hijmans, LA Joosten, MG Netea, CJ Tack, PJ Barnes, AM Bernstein, MF Roizen, L Martinez, SA Berson, RS Yalow, B Beutler, D Greenwald, JD Hulmes, M Chang, YC Pan, J Mathison, R Ulevitch, A Cerami, P Bhargava, C Li, KJ Stanya, D Jacobi, L Dai, S Liu, MR Gangl, DA Harn, CH Lee, G Boden, X Duan, C Homko, EJ Molina, W Song, O Perez, P Cheung, S Merali, E Boriushkin, JJ Wang, J Li, M Bhatta, SX Zhang, SE Borst, GJ Bagby, JR Brestoff, BS Kim, SA Saenz, RR Stine, LA Monticelli, GF Sonnenberg, JJ Thome, DL Farber, K Lutfy, P Seale, JS Burrill, EK Long, B Reilly, Y Deng, IM Armitage, PE Scherer, DA Bernlohr, V Byles, AJ Covarrubias, I Ben-Sahra, DW Lamming, DM Sabatini, BD Manning, T Horng, D Cai, M Yuan, DF Frantz, PA Melendez, L Hansen, J Lee, JS Campbell, L Prichard, F Schaper, J Schmitz, A Stephenson-Famy, ME Rosenfeld, GM Argast, PC Heinrich, N Fausto, H Cao, K Gerhold, JR Mayers, MM Wiest, SM Watkins, GS Hotamisligil, M Sekiya, ME Ertunc, MF Burak, A White, K Inouye, LM Rickey, BC Ercal, M Furuhashi, SS Cao, KL Luo, L Shi, EA Carswell, LJ Old, RL Kassel, S Green, N Fiore, B Williamson, CH Chang, JD Curtis, LB Maggi, B Faubert, AV Villarino, D O'Sullivan, SC Huang, GJ van der Windt, J Blagih, J Qiu, HR Chang, HJ Kim, X Xu, AW Ferrante, YH Chang, KT Ho, SH Lu, CN Huang, MY Shiau, A Chawla, KD Nguyen, YP Goh, KW Cho, BF Zamarron, LA Muir, K Singer, CE Porsche, JB DelProposto, L Geletka, KA Meyer, RW O'Rourke, CN Lumeng, KJ Chung, A Chatzigeorgiou, M Economopoulou, R Garcia-Martin, VI Alexaki, I Mitroulis, M Nati, J Gebler, T Ziemssen, SE Goelz, I Cimen, B Kocaturk, S Koyuncu, O Tufanli, UI Onat, AD Yildirim, O Apaydin, S Demirsoy, ZG Aykut, UT Nguyen, DE Cintra, JR Pauli, EP Araujo, JC Moraes, CT de Souza, M Milanski, J Morari, A Gambero, MJ Saad, LA Velloso, P Cohen, JD Levy, Y Zhang, A Frontini, DP Kolodin, KJ Svensson, JC Lo, X Zeng, L Ye, MJ Khandekar, KD Copps, P Cornelius, M Marlowe, MD Lee, PH Pekala, RM da Costa, KB Neves, FL Mestriner, P Louzada-Junior, T Bruder-Nascimento, RC Tostes, P Darkhal, M Gao, Y Ma, D Liu, JE Davis, NK Gabler, J Walker-Daniels, ME Spurlock, S Bordin, R Ashimine, RL Zollner, AC Boschero, J DeFuria, AC Belkina, M Jagannathan-Bogdan, J Snyder-Cappione, JD Carr, YR Nersesova, D Markham, KJ Strissel, AA Watkins, M Zhu, MY Donath, EC Drobny, EC Abramson, G Baumann, K Duvel, JL Yecies, S Menon, P Raman, AI Lipovsky, AL Souza, E Triantafellow, Q Ma, R Gorski, S Cleaver, MJ Ebstein W, JA Ehses, A Perren, E Eppler, P Ribaux, JA Pospisilik, R Maor-Cahn, X Gueripel, H Ellingsgaard, MK Schneider, G Biollaz, SC Eisenbarth, A Williams, OR Colegio, H Meng, T Strowig, A Rongvaux, J Henao-Mejia, CA Thaiss, S Joly, DG Gonzalez, E Erbay, VR Babaev, L Makowski, KN Charles, ME Snitow, S Fazio, MF Linton, B Everts, E Amiel, AM Smith, WY Lam, V Redmann, TC Freitas, R Faggioni, G Fantuzzi, C Gabay, A Moser, CA Dinarello, KR Feingold, C Grunfeld, R Fan, A Toubal, S Goni, K Drareni, Z Huang, F Alzaid, R Ballaire, P Ancel, N Liang, A Damdimopoulos, M Soued, I Staprans, LA Gavin, ME Donahue, BJ Huang, AH Moser, R Gulli, R Feinstein, H Kanety, MZ Papa, B Lunenfeld, A Karasik, M Feuerer, L Herrero, D Cipolletta, A Naaz, J Wong, A Nayer, AB Goldfine, C Benoist, S Shoelson, B Feve, JP Bastard, K Fischer, HH Ruiz, K Jhun, B Finan, DJ Oberlin, V van der Heide, AV Kalinovich, N Petrovic, Y Wolf, C Clemmensen, MJ Fox, JF Kuzma, WT Washam, MD Fullerton, GR Steinberg, JD Schertzer, R Fucho, CZ Gorgun, G Tuncman, Y Furusawa, Y Obata, S Fukuda, TA Endo, G Nakato, D Takahashi, Y Nakanishi, C Uetake, K Kato, T Kato, JJ Fuster, MA Zuriaga, D Thi-Minh Ngo, MG Farb, T Aprahamian, TP Yamaguchi, N Gokce, K Walsh, S Galic, S Sikkema, K Marcinko, CR Walkley, D Izon, J Honeyman, ZP Chen, BJ van Denderen, Z Gao, D Hwang, F Bataille, M Lefevre, D York, MJ Quon, J Ye, MR Ghazarian, S X, MK Nojr, H Luck, K Zeng, H Lei, S Tsai, SA Schroer, YJ Park, MHY Chng, L Shen, JA D'Angelo, P Horton, WC Chapman, D Brockmeier, M Woo, EG Engleman, O Adeyi, N Hirano, T Jin, AJ Gehring, S Winer, DA Winer, B Ghesquiere, BW Wong, A Kuchnio, P Carmeliet, B Gonzalez-Teran, N Matesanz, I Nikolic, MA Verdugo, V Sreeramkumar, L Hernandez-Cosido, A Mora, G Crainiciuc, ML Saiz, E Bernardo, TE Graham, Q Yang, M Bluher, A Hammarstedt, TP Ciaraldi, RR Henry, CJ Wason, A Oberbach, PA Jansson, U Smith, EA Green, RA Flavell, ME Griffin, MJ Marcucci, GW Cline, K Bell, N Barucci, D Lee, LJ Goodyear, EW Kraegen, GI Shulman, FX Hausberger, B Hellman, L Helson, E Carswell, E Elinav, EC Hett, LH Slater, KG Mark, T Kawate, BG Monks, A Stutz, E Latz, DT Hung, AA Hill, W Reid Bolus, AH Hasty, J Hirosumi, L Chang, KT Uysal, K Maeda, EG Hong, HJ Ko, YR Cho, Z Ma, TY Yu, RH Friedline, E Kurt-Jones, R Finberg, MA Fischer, P Arner, JF Caro, RL Atkinson, BM Spiegelman, DL Murray, LN Choy, P Peraldi, A Budavari, R Ellis, NS Shargill, J Huang, N Liao, QP Huang, ZF Xie, JY Huang, MT Chiang, SF Yet, LY Chau, A Ichimura, A Hirasawa, O Poulain-Godefroy, A Bonnefond, T Hara, L Yengo, I Kimura, A Leloire, N Liu, K Iida, WKE Ip, N Hoshi, DS Shouval, S Snapper, R Medzhitov, CO Jacob, S Aiso, SA Michie, HO McDevitt, H Acha-Orbea, AB Jenkins, LH Storlien, DJ Chisholm, AK Jha, A Sergushichev, V Lampropoulou, Y Ivanova, E Loginicheva, K Chmielewski, KM Stewart, J Ashall, Y Ji, S Sun, A Xu, L Yang, KS Lam, B Gao, S Kersten, L Qi, AB Johnson, M Argyraki, JC Thow, BG Cooper, G Fulcher, R Taylor, FR Jornayvaz, AL Birkenfeld, MJ Jurczak, S Kanda, BA Guigni, DC Jiang, D Zhang, HY Lee, VT Samuel, D Jullien, JF Tanti, SJ Heydrick, N Gautier, T Gremeaux, E Van Obberghen, Y Le Marchand-Brustel, H Kaneto, Y Nakatani, T Miyatsuka, D Kawamori, TA Matsuoka, M Matsuhisa, Y Kajimoto, H Ichijo, Y Yamasaki, M Hori, R Hemi, PA Kern, M Saghizadeh, JM Ong, RJ Bosch, R Deem, RB Simsolo, T Higashimori, SY Park, H Choi, J Dong, YJ Kim, HL Noh, G Cline, YB Kim, JK Kim, JJ Fillmore, MJ Sunshine, B Albrecht, DW Kim, ZX Liu, TJ Soos, WR O'Brien, A Kleinridders, D Schenten, AC Konner, BF Belgardt, J Mauer, T Okamura, FT Wunderlich, JC Bruning, D Kolodin, N van Panhuys, AM Magnuson, CM Miller, A Wagers, RN Germain, D Mathis, E Kopp, S Ghosh, A Kosteli, E Sugaru, G Haemmerle, JF Martin, J Lei, R Zechner, V Kothari, JA Galdo, ST Mathews, M Koulmanda, M Bhasin, Z Awdeh, A Qipo, Z Fan, D Hanidziar, P Putheti, H Shi, E Csizuadia, TA Libermann, M Kratz, BR Coats, KB Hisert, D Hagman, V Mutskov, E Peris, KQ Schoenfelt, JN Kuzma, I Larson, PS Billing, H Kwon, S Laurent, Y Tang, H Zong, P Vemulapalli, JE Pessin, GI Lancaster, MA Febbraio, CH Lang, C Dobrescu, JY Lee, HS Youn, WH Lee, L Zhao, N Sizemore, DH Hwang, MW Lee, JI Odegaard, L Mukundan, Y Qiu, AB Molofsky, JC Nussbaum, K Yun, RM Locksley, AP Petkova, JG Granneman, M Li, DH Kim, PL Tsenovoy, SJ Peterson, R Rezzani, LF Rodella, WS Aronow, S Ikehara, NG Abraham, P Li, M Lu, G Bandyopadhyay, D Oh, T Imamura, AM Johnson, D Sears, Z Shen, B Cui, Z Li, MJ Soloski, AM Diehl, H Liang, B Yin, H Zhang, S Zhang, Q Zeng, J Wang, X Jiang, L Yuan, CY Wang, PR Ling, BR Bistrian, B Mendez, NW Istfan, AE Locke, B Kahali, SI Berndt, AE Justice, TH Pers, FR Day, C Powell, S Vedantam, ML Buchkovich, J Yang, S Loffreda, SQ Yang, HZ Lin, CL Karp, ML Brengman, DJ Wang, AS Klein, GB Bulkley, C Bao, PW Noble, JW Lowenthal, DW Ballard, E Bohnlein, WC Greene, JL Bodzin, AR Saltiel, SM Deyoung, L Lynch, K Maedler, P Sergeev, F Ris, J Oberholzer, HI Joller-Jemelka, GA Spinas, N Kaiser, PA Halban, JR Mahoney, BA Beutler, N Le Trang, W Vine, Y Ikeda, M Kawakami, PD Miles, OM Romeo, K Higo, A Cohen, K Rafaat, JM Olefsky, HE Liang, SJ Van Dyken, LE Cheng, A Mohapatra, M Monetti, MC Levin, MJ Watt, MP Sajan, S Marmor, BK Hubbard, RD Stevens, JR Bain, CB Newgard, RV Farese, DL Morris, JL Delproposto, KE Oatmen, LM Geletka, G Martinez-Santibanez, R Mounier, M Theret, L Arnold, S Cuvellier, L Bultot, O Goransson, N Sanz, A Ferry, K Sakamoto, M Foretz, J An, MJ Muehlbauer, LF Lien, AM Haqq, SH Shah, M Arlotto, CA Slentz, X Cui, J Mwangi, T David, F Brombacher, S Nishimura, I Manabe, M Nagasaki, K Eto, H Yamashita, M Ohsugi, M Otsu, K Hara, K Ueki, S Sugiura, S Takaki, J Sugita, K Yoshimura, I Komuro, LA O'Neill, DG Hardie, DY Oh, S Talukdar, EJ Bae, H Morinaga, W Fan, WJ Lu, A Oliff, D Defeo-Jones, M Boyer, D Martinez, D Kiefer, G Vuocolo, A Wolfe, SH Socher, EA Oral, SM Reilly, AV Gomez, R Meral, L Butz, N Ajluni, TL Chenevert, E Korytnaya, AH Neidert, R Hench, L Osborn, S Kunkel, GJ Nabel, N Ouchi, A Higuchi, K Ohashi, Y Oshima, R Shibata, Y Akasaki, A Shimono, U Ozcan, Q Cao, E Yilmaz, AH Lee, NN Iwakoshi, E Ozdelen, C Gorgun, LH Glimcher, J Palmblad, D Hallberg, L Engstedt, N Pamir, NC Liu, A Irwin, L Becker, Y Peng, GE Ronsein, KE Bornfeldt, JS Duffield, JW Heinecke, SH Park, Z Liu, Y Sui, RN Helsley, B Zhu, DK Powell, C Zhou, P Pekala, MD Lane, MC Petersen, AK Madiraju, BM Gassaway, M Marcel, AR Nasiri, G Butrico, A Abulizi, XM Zhang, P Plomgaard, K Bouzakri, R Krogh-Madsen, B Mittendorfer, JR Zierath, BK Pedersen, CP Fischer, T Ibfelt, G van Hall, X Tian, RD Palmiter, D Rabinowitz, KL Zierler, PJ Randle, PB Garland, CN Hales, EA Newsholme, ME Rausch, S Weisberg, P Vardhana, DV Tortoriello, RM Raymond, JM Harkema, TE Emerson, SH Chiang, SJ Decker, M Uhm, MJ Larsen, JR Rubin, J Mowers, NM White, I Hochberg, C Reinhard, B Shamoon, V Shyamala, LT Williams, RR Ricardo-Gonzalez, A Red Eagle, H Jouihan, CR Morel, JE Heredia, D Wu, G Sabio, M Das, Z Zhang, JY Jun, T Barrett, RJ Davis, WT Garvey, AJ Scheen, N Esser, N Paquot, H Sell, C Habich, J Eckel, CN Serhan, C Serra, M Federici, A Buongiorno, MI Senni, S Morelli, E Segratella, M Pascuccio, C Tiveron, E Mattei, L Tatangelo, B Shan, X Wang, Y Wu, C Xu, Z Xia, J Dai, M Shao, F Zhao, S He, D Shungin, TW Winkler, DC Croteau-Chonka, T Ferreira, R Magi, RJ Strawbridge, N Silswal, AK Singh, B Aruna, S Mukhopadhyay, NZ Ehtesham, PM Smith, MR Howitt, N Panikov, M Michaud, CA Gallini, YM Bohlooly, JN Glickman, WS Garrett, RG Snodgrass, S Huang, IW Choi, JC Rutledge, D Artis, SC Sookoian, C Gonzalez, CJ Pirola, O Spadaro, CD Camell, L Bosurgi, KY Nguyen, YH Youm, CV Rothlin, VD Dixit, M Spite, J Claria, JJ Spitzer, K Meszaros, JL Barlow, JP Mizgerd, JM Stephens, CM Steppan, ST Bailey, S Bhat, EJ Brown, RR Banerjee, CM Wright, HR Patel, RS Ahima, MA Lazar, T Koenen, B van Tits, JA van Diepen, SA van den Berg, PC Rensen, PJ Voshol, MH Zaki, FL van de Veerdonk, D Perera, GA Neale, GJ Hooiveld, I Vroegrijk, ME Shaul, G Bennett, AS Greenberg, MS Obin, J Szendroedi, T Yoshimura, E Phielix, C Koliaki, M Marcucci, T Jelenik, J Muller, C Herder, P Nowotny, NA Talbot, CP Wheeler-Jones, ME Cleasby, D Li, J Xu, J McNelis, Q Yan, Y Zhu, S Tanaka, S Inoue, F Isoda, M Waseda, M Ishihara, T Yamakawa, A Sugiyama, Y Takamura, K Okuda, GM Tannahill, AM Curtis, J Adamik, EM Palsson-McDermott, AF McGettrick, G Goel, C Frezza, NJ Bernard, B Kelly, NH Foley, DC Thurmond, E Oh, RA Miller, E Tsaousidou, L Paeger, M Pal, CM Wunderlich, H Bronneke, U Collienne, B Hampel, M Schmidt-Supprian, G Solinas, F Urano, A Bertolotti, P Chung, HP Harding, D Ron, SM Wiesbrock, MW Marino, T Van der Poll, JA Romijn, E Endert, JJ Borm, HR Buller, HP Sauerwein, B Vandanmagsar, A Ravussin, JE Galgani, K Stadler, RL Mynatt, E Ravussin, JR Vane, J Ventre, T Doebber, M Wu, K MacNaul, K Stevens, M Pasparakis, G Kollias, DE Moller, G Waeber, J Delplanque, C Bonny, V Mooser, M Steinmann, C Widmann, A Maillard, J Miklossy, C Dina, EH Hani, R Wang, DR Green, SP Weisberg, D McCann, M Desai, M Rosenbaum, RL Leibel, H Wen, D Gris, Y Lei, S Jha, L Zhang, MT Huang, WJ Brickey, JP Ting, I Wernstedt Asterholm, C Tao, TS Morley, QA Wang, F Delgado-Lopez, ZV Wang, PP Wadia, J Yantha, G Paltser, H Tsui, P Wu, MG Davidson, MN Alonso, Y Chan, D Truong, J Bahrami, R Dorfman, Y Wang, J Zielenski, F Mastronardi, S Boura-Halfon, N Cortese, Z Haimon, H Sar Shalom, Y Kuperman, V Kalchenko, A Brandis, E David, Y Segal-Hayoun, SC Woods, DP Begg, M Xie, Y Yu, R Kang, S Zhu, L Zeng, X Sun, M Yang, TR Billiar, H Wang, H Xu, GT Barnes, G Tan, D Yang, CJ Chou, J Sole, A Nichols, JS Ross, LA Tartaglia, H Yan, Y Gao, H Yang, JM Gimble, F Greenway, ES Calay, J Fan, A Arduini, RC Kunz, SP Gygi, A Yalcin, S Fu, N Mody, F Preitner, OD Peroni, JM Zabolotny, K Kotani, L Quadro, BB Kahn, MM Yore, I Syed, PM Moraes-Vieira, T Zhang, MA Herman, EA Homan, RT Patel, S Chen, C Yu, Y Chen, R Bergeron, SW Cushman, GJ Cooney, N Konstantopoulos, K Zhang, RJ Kaufman, X Zhang, G Zhang, H Bai, T Zhao, M Hou, M Xia, Q Wang, H Zhu, Y Xiao, Z Tang, J Ma, W Ling, Y Zhao, Z Jiang, E Delgado, H Li, H Zhou, W Hu, M Perez-Basterrechea, A Janostakova, Q Tan, R Zhou, A Tardivel, B Thorens, I Choi, J Tschopp Show 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Highly ordered interactions between immune and metabolic responses are evolutionarily conserved and paramount for tissue and organismal health. Disruption of these interactions underlies the emergence Show more
Highly ordered interactions between immune and metabolic responses are evolutionarily conserved and paramount for tissue and organismal health. Disruption of these interactions underlies the emergence of many pathologies, particularly chronic non-communicable diseases such as obesity and diabetes. Here, we examine decades of research identifying the complex immunometabolic signaling networks and the cellular and molecular events that occur in the setting of altered nutrient and energy exposures and offer a historical perspective. Furthermore, we describe recent advances such as the discovery that a broad complement of immune cells play a role in immunometabolism and the emerging evidence that nutrients and metabolites modulate inflammatory pathways. Lastly, we discuss how this work may eventually lead to tangible therapeutic advancements to promote health. Show less
no PDF DOI: 10.1016/j.immuni.2017.08.009
review