Modulation of the alternative respiratory pathway to increase tolerance against heat stress of Triticum aestivum by chemical treatment

P. 70-81

• Artículos del mismo número (disponibles individualmente)

  • Biosynthesis of nitric oxide and cross talk with other signaling molecules in abiotic stress tolerance
    Obtener artículo
  • Influence of storage conditions on selected quality characteristics of blue honeysuckle berry juice
    Obtener artículo
  • Grain carbon metabolism and stem reserve mobilization compensate high temperature stress in wheat
    Obtener artículo
  • Biochemical and physiological response of rice (Oryza sativa L.) plants to copper oxide nanoparticle stress
    Obtener artículo
  • Modulation of the alternative respiratory pathway to increase tolerance against heat stress of Triticum aestivum by chemical treatment
  • Visual quality and nutraceutical properties upon storage of Sanguisorba minor Scop. proposed as a new fresh-cut product
    Obtener artículo

  Mostrar más
• Información

  Código DOI: 10.12871/00021857202115

  ISSN: 2283-5431

  Permalink: https://digital.casalini.it/10.12871/00021857202115

  MATERIAS

  • Física
  • Agricultura y tecnologías relacionadas