4 départements de recherche
750 employés
45 nationalités
55 équipes de recherche
16 lauréats ERC
260 publications par an
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Publications de Hinrich GRONEMEYER

  • Development of biotin-retinoid conjugates as chemical probes for analysis of retinoid function.

    Fujii S(1), Mori S(2), Kagechika H(2), Mendoza Parra MA(3), Gronemeyer H(4).

    Bioorg Med Chem Lett 6 juin 2018

  • Molecular mechanisms of cell death: recommendations of the Nomenclature Committee on Cell Death 2018.

    Galluzzi L(1)(2)(3), Vitale I(4)(5), Aaronson SA(6), Abrams JM(7), Adam D(8), Agostinis P(9), Alnemri ES(10), Altucci L(11), Amelio I(12), Andrews DW(13)(14)(15), Annicchiarico-Petruzzelli M(16), Antonov AV(12), Arama E(17), Baehrecke EH(18), Barlev NA(19), Bazan NG(20), Bernassola F(21), Bertrand MJM(22)(23), Bianchi K(24), Blagosklonny MV(25), Blomgren K(26)(27), Borner C(28)(29), Boya P(30), Brenner C(31)(32), Campanella M(4)(5)(33)(34), Candi E(16)(21), Carmona-Gutierrez D(35), Cecconi F(4)(36)(37), Chan FK(38), Chandel NS(39), Cheng EH(40), Chipuk JE(6), Cidlowski JA(41), Ciechanover A(42), Cohen GM(43), Conrad M(44), Cubillos-Ruiz JR(45)(46), Czabotar PE(47)(48), D'Angiolella V(49), Dawson TM(50)(51)(52)(53), Dawson VL(50)(51)(53)(54), De Laurenzi V(55), De Maria R(56), Debatin KM(57), DeBerardinis RJ(58), Deshmukh M(59), Di Daniele N(60), Di Virgilio F(61), Dixit VM(62), Dixon SJ(63), Duckett CS(64), Dynlacht BD(65)(66), El-Deiry WS(67)(68), Elrod JW(69), Fimia GM(70)(71), Fulda S(72)(73)(74), Garcia-Saez AJ(75), Garg AD(9), Garrido C(76)(77)(78), Gavathiotis E(79)(80)(81)(82), Golstein P(83), Gottlieb E(42)(84), Green DR(85), Greene LA(86), Gronemeyer H(87)(88)(89)(90), Gross A(91), Hajnoczky G(92), Hardwick JM(93), Harris IS(94), Hengartner MO(95), Hetz C(96)(97)(98), Ichijo H(99), Jaattela M(100), Joseph B(101), Jost PJ(102), Juin PP(103)(104)(105)(106), Kaiser WJ(107), Karin M(108)(109)(110)(111), Kaufmann T(112), Kepp O(113)(114)(115)(116)(117)(118), Kimchi A(17), Kitsis RN(80)(81)(82)(119)(120), Klionsky DJ(121)(122), Knight RA(12), Kumar S(123), Lee SW(124), Lemasters JJ(125)(126), Levine B(127)(128)(129), Linkermann A(130), Lipton SA(131)(132)(133), Lockshin RA(134)(135), Lopez-Otin C(136), Lowe SW(137)(138), Luedde T(139), Lugli E(140)(141), MacFarlane M(12), Madeo F(35)(142), Malewicz M(12), Malorni W(143), Manic G(4)(5), Marine JC(144)(145), Martin SJ(146), Martinou JC(147), Medema JP(148)(149), Mehlen P(150)(151)(152)(153)(154)(155), Meier P(156), Melino S(157), Miao EA(158)(159)(160), Molkentin JD(161), Moll UM(162), Munoz-Pinedo C(163), Nagata S(164), Nunez G(165)(166), Oberst A(167)(168), Oren M(169), Overholtzer M(170), Pagano M(66)(171)(172), Panaretakis T(173)(174), Pasparakis M(175)(176), Penninger JM(177), Pereira DM(178), Pervaiz S(179)(180)(181), Peter ME(182)(183), Piacentini M(4)(70), Pinton P(61)(184)(185), Prehn JHM(186), Puthalakath H(187), Rabinovich GA(188)(189), Rehm M(190)(191), Rizzuto R(192), Rodrigues CMP(193), Rubinsztein DC(194), Rudel T(195), Ryan KM(84), Sayan E(196), Scorrano L(197)(198), Shao F(199), Shi Y(200)(201)(202), Silke J(48)(203), Simon HU(112), Sistigu A(56)(204), Stockwell BR(205)(206), Strasser A(47), Szabadkai G(192)(207)(208), Tait SWG(84), Tang D(209)(210)(211)(212)(213)(214), Tavernarakis N(215), Thorburn A(216), Tsujimoto Y(217), Turk B(218)(219), Vanden Berghe T(22)(23), Vandenabeele P(22)(23), Vander Heiden MG(220)(221)(222), Villunger A(223), Virgin HW(224), Vousden KH(208), Vucic D(225), Wagner EF(226), Walczak H(227), Wallach D(228), Wang Y(229), Wells JA(230), Wood W(231), Yuan J(94)(232), Zakeri Z(233), Zhivotovsky B(101)(234), Zitvogel L(114)(235)(236)(237), Melino G(12)(21), Kroemer G(238)(239)(240)(241)(242)(243)(244).

    Cell Death Differ 23 janvier 2018

  • Senescence-associated reprogramming promotes cancer stemness.

    Milanovic M(1), Fan DNY(1)(2)(3)(4), Belenki D(1), Dabritz JHM(1), Zhao Z(5), Yu Y(6), Dorr JR(1), Dimitrova L(7), Lenze D(7), Monteiro Barbosa IA(8), Mendoza-Parra MA(9), Kanashova T(6), Metzner M(1), Pardon K(1), Reimann M(1), Trumpp A(2)(3)(4)(10), Dorken B(1)(2)(4)(6)(11), Zuber J(8), Gronemeyer H(9), Hummel M(2)(4)(7)(11), Dittmar G(6)(12), Lee S(1)(2)(4)(6), Schmitt CA(1)(2)(4)(6)(11).

    Nature 4 janvier 2018

  • Dual role of DR5 in death and survival signaling leads to TRAIL resistance in cancer cells

    Shlyakhtina Yelyzaveta, Pavet Valeria and Gronemeyer Hinrich

    Cell Death and Disease 31 August 2017 2017

  • Epimetheus - a multi-profile normalizer for epigenomic sequencing data.

    Saleem MM(1), Mendoza-Parra MA(2,)(3,)(4,)(5), Cholley PE(1), Blum M(1), Gronemeyer H(6,)(7,)(8,)(9).

    BMC Bioinformatics 12 mai 2017

  • The KDM5 family is required for activation of pro-proliferative cell cycle genes during adipocyte differentiation.

    Brier AB(1), Loft A(1), Madsen JGS(1,)(2), Rosengren T(1), Nielsen R(1), Schmidt SF(1), Liu Z(3), Yan Q(3), Gronemeyer H(4), Mandrup S(1).

    Nucleic Acids Res 28 février 2017

  • Antibody performance in ChIP-sequencing assays: From quality scores of public data sets to quantitative certification.

    Mendoza-Parra MA1, Saravaki V1, Cholley PE1, Blum M1, Billoré B1, Gronemeyer H1.

    Version 2. F1000Res. jan 2016

  • LOGIQA: a database dedicated to long-range genome interactions quality assessment.

    Mendoza-Parra MA(1,)(2,)(3,)(4,)(5), Blum M(6,)(7,)(8,)(9,)(10), Malysheva V(6,)(7,)(8,)(9,)(10), Cholley PE(6,)(7,)(8,)(9,)(10), Gronemeyer H(11,)(12,)(13,)(14,)(15).

    BMC Genomics 16 mai 2016

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