Search Results - "The Terminal"

  1. Evaluation of common bean (Phaseolus vulgaris L.) genotypes for drought stress adaptation in Ethiopia by Darkwa, K., Ambachew, Daniel, Mohammed, H., Asfaw, A., Blair, Matthew W.

    Published 2016
    “…This study assessed the drought response of 64 small red-seeded genotypes of common bean grown in a lattice design replicated twice under contrasting moisture regimes, terminal drought stress and non-stress, in Ethiopia during the dry season from November 2014 to March 2015. …”
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    Journal Article
  2. Live weight, conformation, carcass traits and economic values of ram lambs of Red Maasai and Dorper sheep and their crosses by Zonabend König, Emelie, Ojango, Julie M.K., Audho, James O., Mirkena, T., Strandberg, E., Okeyo Mwai, Ally, Philipsson, J.

    Published 2017
    “…Due to the overall higher ranking of the crossbred lambs for meat production, Dorper may be useful as a terminal sire breed for crossing with Red Maasai ewes.…”
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    Journal Article
  3. Immune parameters to p67C antigen adjuvanted with ISA206VG correlate with protection against East Coast fever by Lacasta, Anna, Mwalimu, Stephen, Kibwana, Elisabeth, Saya, R., Awino, Elias, Njoroge, Thomas, Poole, Elizabeth J., Ndiwa, Nicholas N., Pelle, Roger, Nene, Vishvanath M., Steinaa, Lucilla

    Published 2018
    “…We have previously demonstrated that three doses of the C-terminal part of the sporozoite protein p67 (p67C) adjuvanted with ISA206VG confers partial protection against ECF at a herd level. …”
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    Journal Article
  4. Sequence analysis of genome segments S5 and S10 of Mal de Río Cuarto virus (Fijivirus, Reoviridae) by Distefano, Ana Julia, Hopp, Horacio Esteban, Del Vas, Mariana

    Published 2023
    “…The protein coded by MRCV S5 had 62.8% and 35.7% identity to fijiviruses RBSDV S5 and FDV S5 coded proteins, and contained a rarely reported type-1 C-terminal peroxisomal targeting signal. The protein coded by MRCV S10 had identity levels of 72.4% and 21.7% to the major outer capsid proteins of fijiviruses RBSDV S10 and NLRV S8.…”
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    Artículo
  5. Gibberellic Acid Reduces Flowering Intensity in Sweet Orange [Citrus sinensis (L.) Osbeck] by Repressing CiFT Gene Expression by Munoz-Fambuena, Natalia, Mesejo, Carlos, González-Mas, María C., Iglesias, Domingo J., Primo-Millo, Eduardo, Agustí, Manuel

    Published 2017
    “…The activity of the homologs TERMINAL FLOWER 1, FLOWERING LOCUS C, SUPPRESSOR OF OVEREXPRESSION OF CONSTANS 1, and APETALA1 was not affected by the treatments. …”
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    Artículo
  6. Partial characterisation of citrus leaf blotch virus, a new virus from Nagami kumquat by Galipienso, Luis, Vives, María C., Moreno, Pedro, Milne, R. G., Navarro, Luis, Guerri, José

    Published 2017
    “…A digoxigenin-labelled probe from one of these cDNA clones hybridised in Northern blots with ssRNA from virions and with the three dsRNA species, suggesting that the ssRNA is the genomic RNA of the virus, the largest dsRNA is its replicative form, and the two smaller dsRNAs probably replicative forms of 5' co-terminal subgenomic RNAs. CLBV was also detected in several citrus cultivars from Spain and Japan including Navelina sweet orange field trees propagated on Troyer citrange showing bud union crease; however, no virus could be detected in other citrus trees with similar symptoms. …”
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    Artículo
  7. Transgenic citrus plants expressing the citrus tristeza virus p23 protein exhibit viral-like symptoms by Ghorbel, R., Lopez, Carmelo, Fagoaga, Carmen, Moreno, Pedro, Navarro, Luis, Flores, Ricardo, Pena, Leandro

    Published 2017
    “…The 23 kDa protein (p23) coded by the 3'-terminal gene of Citrus tristeza virus (CTV), a member of the genus Closterovirus with the largest genome among plant RNA viruses, is an RNA-binding protein that contains a motif rich in cysteine and histidine residues in the core of a putative zinc-finger domain. …”
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    Artículo
  8. Identification of genes associated with bud dormancy release in Prunus persica by suppression subtractive hybridization by Leida, Carmen, Terol, Javier, Marti, Gracia, Agustí, Manuel, Llácer, Gerardo, Badenes, María L., Ríos, Gabino

    Published 2017
    “…We obtained DAM4, 5 and 6 genes coding for MADS-box transcription factors previously related to growth cessation and terminal bud formation in the evergrowing mutant of peach. …”
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    Artículo
  9. La poda de formación del olivo by Paz, Sergio

    Published 2020
    “… * Sin despuntes en la yema terminal. * Desprovista de ramas laterales bajas y bifurcaciones…”
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    Ficha
  10. Manejo integrado del cultivo de mora

    Published 2018
    “…Hojas alter-nas con tres folíolos ovalanceolados, dos basales y uno terminal, bordes aserrados, de color verde en el haz y blanquecino en el envés. …”
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    Libro
  11. Cartilla informativa plan Dorado :entidades públicas que ejercen vigilancia y control en el aeropuerto internacional el Dorado

    Published 2018
    “…Por eso una de las prioridades del Plan Dorado es proyectar este terminal aéreo hacia el Siglo XXI, dotándolo de las herramientas necesarias para ofrecer sus servicios con seguridad, agilidad, respeto y conocimiento.…”
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    Libro
  12. Taxonomía y material genético: propagación de material vegetal

    Published 2021
    “…Dos de las técnicas de injertación más utilizadas por los viveristas en el proceso de multiplicación de plantas de cacao son la de parche y la de púa terminal. En procesos de rehabilitación de plantaciones por cambio de copa, se suele utilizar el injerto lateral en tronco, llamado injerto malayo, el cual se está utilizado en todo el territorio nacional.…”
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    Infografía
  13. Prácticas culturales para la producción de hortalizas en condiciones protegidas by Jaramillo Noreña, Jorge Eliecer, León Pacheco, Rommel Igor, Rodríguez Roa, Andrea Onelia, Villagrán Munar, Edwin Andrés

    Published 2021
    “…Las prácticas mas importantes en el manejo de hortalizas varían dependiendo del tipo de especies, entre las que se destacan: Deschupones, poda de hojas bajeras, poda de formación, podas de mantenimiento, poda terminal, tutorado y amarre.…”
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    Multimedia
  14. El daño causado por los barrenadores

    Published 2024
    “…Foto: Nancy Barreto-Triana Daño en la base del tallo y síntoma de corazón muerto observado en cultivos de caña menores de seis meses, incluido el daño interno En plantas jóvenes (menores de 6 meses), el barrenador perfora la base del tallo, causando la muerte de la yema terminal. Esto se conoce como “síntoma de corazón muerto”.…”
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    Capítulo de libro
  15. Molecular analysis of dog and wolf genomic DNA to explore integration polymorphisms of Canine Endogenous Retroviruses, CfERV by Mirzazadeh, MohammadReza

    Published 2012
    “…To gain further insights into the nature of Canine Endogenous Retroviruses (CfERVs) we have performed a PCR-based survey of insertional polymorphism of those CfERVs that were estimated to have integrated recently due to the low degree of divergence of their respective 5’ and 3’ long terminal repeats (LTRs). The presence of potential integration polymorphism was analysed in genomic DNA prepared from different dog breeds and several wolves by using locus-specific primers for CfERV-chromosomal junctions. …”
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    Second cycle, A2E
  16. Comparativo de diez variedades de palto (Persea americana Mill) sobre patrón mexicano “topa topa” a nivel de vivero en Tingo María by Tarazona Vargas, Luis Alejandro

    Published 2020
    “…Para comparar y evaluar el comportamiento de diez variedades de palto (Persea americana Mill.) sobre el patrón Mexicano Topa Topa con cinco meses de edad, en vivero en Tingo María, se realizó el injerto tipo terminal a la inglesa, utilizando púas de las variedades (Rincón, Fuerte, Super Fuerte, Hass, Nabal, Super Nabal, Collinred, Dickinson, Hall y Criollo). …”
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    Tesis
  17. Logros, problemas y perspectivas para el mejoramiento del frijol arbustivo en el Ecuador by Murillo, A., Peralta Idrobo, Miguel Eduardo, Pinzón Z., José, Lépiz Ildefonso, Rogelio

    Published 1997
    “…El siguiente objetivo fue, identificar líneas promisorias con resistencia a estrés hidrico o sequía terminal de buen rendimiento y resistente a enfermedades. …”
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    Conference Paper
  18. Svampsamhällen och svampsjukdomar på åkerböna samt svamparnas inverkan på grobarheten by Westman, Christin

    Published 2011
    “…Fungi on harvested broad beans were identified by using terminal restriction fragment length polymorphism, (T-RFLP), where the internal transcribed spacer (ITS) region in the fungal DNA, which is unique for each species, is used. …”
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    Second cycle, A1E

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