AttributesValues
Author
Bibliographic Citation
  • Delavallée Laure, Mathiah Navrita, Cabon Lauriane, Mazeraud Aurélien, Brunelle-Navas Marie-Noelle, Lerner Leticia, Tannoury Mariana, Prola Alexandre, Moreno-Loshuertos Raquel, Baritaud Mathieu, Vela Laura, Garbin Kevin, Garnier Delphine, Lemaire Christophe, Langa-Vives Francina, Cohen-Salmon Martine, Fernández-Silva Patricio, Chrétien Fabrice, Migeotte Isabelle. Mitochondrial AIF Loss Causes Metabolic Reprogramming, Caspase-Independent Cell Death Blockade, Embryonic Lethality, and Perinatal Hydrocephalus. Molecular metabolism, Elsevier, 2020, pp.101027. ⟨10.1016/j.molmet.2020.101027⟩
  • Delavallée Laure, Mathiah Navrita, Cabon Lauriane, Mazeraud Aurélien, Brunelle-Navas Marie-Noelle, Lerner Leticia, Tannoury Mariana, Prola Alexandre, Moreno-Loshuertos Raquel, Baritaud Mathieu, Vela Laura, Garbin Kevin, Garnier Delphine, Lemaire Christophe, Langa-Vives Francina, Cohen-Salmon Martine, Fernández-Silva Patricio, Chrétien Fabrice, Migeotte Isabelle. Mitochondrial AIF Loss Causes Metabolic Reprogramming, Caspase-Independent Cell Death Blockade, Embryonic Lethality, and Perinatal Hydrocephalus. Molecular metabolism, 2020, pp.101027. ⟨10.1016/j.molmet.2020.101027⟩
Title
  • Mitochondrial AIF Loss Causes Metabolic Reprogramming, Caspase-Independent Cell Death Blockade, Embryonic Lethality, and Perinatal Hydrocephalus
dc:date
  • 2020
Digital Object Identifier (DOI)
  • 10.1016/j.molmet.2020.101027
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