Listar BMB - Artículos por autor "Cánovas-Ramos, Francisco Miguel"
Mostrando ítems 1-5 de 5
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A revised view on the evolution of glutamine synthetase isoenzymes in plants
Valderrama-Martín, José Miguel; Ortigosa, Francisco; Ávila-Sáez, Concepción; Cánovas-Ramos, Francisco Miguel
; Hirel, Bertrand; Cantón, Francisco R.; Cañas-Pendón, Rafael Antonio
[et al.] (Wiley, 2022-02)
Glutamine synthetase (GS) is a key enzyme responsible for the incorporation of inorganic nitrogen in the form of ammonium into the amino acid glutamine. In plants, two groups of functional GS enzymes are found: eubacterial ... -
Ammonium regulates the development of pine roots through hormonal crosstalk and differential expression of transcription factors in the apex
Ortigosa, Francisco; Lobato-Fernández, César; Shikano, Hitomi; Ávila-Sáez, Concepción; Taira, Shu; Cánovas-Ramos, Francisco Miguel
; Cañas-Pendón, Rafael Antonio
[et al.] (Wiley, 2021-11-01)
Ammonium is a prominent source of inorganic nitrogen for plant nutrition, but excessive amounts can be toxic for many species. However, most conifers are tolerant to ammonium, a relevant physiological feature of this ancient ... -
Emerging insights into nitrogen assimilation in gymnosperms
Valderrama-Martín, José Miguel; Ortigosa Peña, Francisco; Ruiz-Canton, Francisco Javier; Ávila-Sáez, Concepción
; Cañas-Pendón, Rafael Antonio
; Cánovas-Ramos, Francisco Miguel
[et al.] (Springer, 2023)
Gymnosperms are a heterogeneous and ancient group of seed plants that includes conifers, ginkgos, cycads and gnetophytes. Molecular studies on extant gymnosperms have been constrained by some discouraging features for ... -
Pine has two glutamine synthetase paralogs, GS1b.1 and GS1b.2, exhibiting distinct biochemical properties
Valderrama-Martín, José Miguel; Ortigosa, Francisco; Aledo-Ramos, Juan Carlos; Ávila-Sáez, Concepción
; Cánovas-Ramos, Francisco Miguel
; Cañas-Pendón, Rafael Antonio
[et al.] (Wiley, 2023)
The enzyme glutamine synthetase (EC 6.3.1.2) is mainly responsible for the incorporation of inorganic nitrogen into organic molecules in plants. In the present work, a pine (Pinus pinaster) GS1 (PpGS1b.2) gene was identified, ... -
Transcriptome Analysis and Intraspecific Variation in Spanish Fir (Abies pinsapo Boiss.)
Ortigosa Peña, Francisco; Ávila-Sáez, Concepción; Rubio-Valverde, Lourdes
; Álvarez-Garrido, Lucía; Carreira de la Fuente, José Antonio; Cañas-Pendón, Rafael Antonio
; Cánovas-Ramos, Francisco Miguel
[et al.] (IOAP-MPDI, 2022-08-19)
Spanish fir (Abies pinsapo Boiss.) is an endemic, endangered tree that has been scarcely investigated at the molecular level. In this work, the transcriptome of Spanish fir was assembled, providing a large catalog of ...