Search Results - MLB*

Dairy cattle breeding programme in Brazil development of the Brazilian milking hybrid (MLB) by Madalena, F.E.

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Genetic mode of resistance to bean genotype MLB 49-89A to Pythium root rot by Reuben, O., Buruchara, Robin Arani, Rubaihayo, P.R.

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The Africa - China timber trade: Diverse business models call for specialized policy responses [Chinese] by Xiaoxue Weng,Putzel, L, Kandulu, M.M., Ekman, S.M.S., Assembe-Mvondo, Samuel, Cerutti, P.O., Lescuyer, G., Zafinikamia, M.L.B.

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Le négoce du bois entre la Chine et l'Afrique: Diversité des modèles économiques et nécessité d'imaginer des réponses spécifiques pour l'action publique by Xiaoxue Weng,Putzel, L, Kandulu, M.M., Ekman, S.M.S., Assembe-Mvondo, Samuel, Cerutti, P.O., Lescuyer, G., Zafinikamia, M.L.B.

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The Africa - China timber trade: Diverse business models call for specialized policy responses by Xiaoxue Weng,Putzel, L, Kandulu, M.M., Ekman, S.M.S., Assembe-Mvondo, Samuel, Cerutti, P.O., Lescuyer, G., Zafinikamia, M.L.B.

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Insights into maydis leaf blight resistance in maize: a comprehensive genome-wide association study in sub-tropics of India by Wajhat Un Nisa, Sandhu, Surinder, Nair, Sudha Krishnan, Kaur, Harleen, Kumar, Ashok, Rashid, Zerka, Gajanan Saykhedkar, Vikal, Yogesh

“…Notably, bin 8.06, which hosts five SNPs, showed a connection to defense-regulating genes against MLB, indicating the potential formation of a functional gene cluster that triggers a cascade of reactions against MLB. …”
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Assessing genotype-by-environment interactions for maydis leaf blight disease in maize (Zea mays L.) germplasm and identification of stable donors for breeding resistant hybrid var... by Nisa, Wajhat Un, Sandhu, Surinder K., Kaur, Harleen, Nair, Sudha, Singh, Gagandeep

“…This approach optimizes the use of land, labour and resources in MLB resistance testing.…”
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Variability in stover quality traits in commercial hybrids of pearl millet (Pennisetum glaucum (L.) R. Br.) and grain-stover trait relationships by Blümmel, Michael, Khan, A.A., Vadez, Vincent, Hash, C.T., Rai, Kedar N.

“…Digestible organic matter intake was significantly higher in GK 1044 than in MLBH 267 (13.5 versus 12.5 gram per kg live weight) and nitrogen balance tended (P<0.10) to be more favourable in GK 1044 than in MLBH 267 (−0.008 versus -0.10 gram per kg live weight. …”
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Identification of sources of resistance to fusarium root rot among selected common bean lines in Uganda by Mukankusi, Clare Mugisha, Melis, R, Derera, J., Laing, MD, Buruchara, Robin Arani

“…Genotypes differed significantly (P=0.05) between 3.2 (MLB-49-89A) and 8.9 (Apac Ongori) in screen house trials and 4.3 (MLB-49-89A) and 8.8 (RWR2075) under field conditions. …”
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Development of an integrated bean root rot control strategy for Western Kenya by Otsyina, R.M., Ajanga, SI, Buruchara, Robin Arani, Wortmann, Charles S.

“…Ten resistant varieties were identified from 26 introductions which were known to be resistant to root rots in Rwanda. Farmers preferred MLB-49-89a because of its early maturity, SCAM 80-CM/5 and RWR 532 because of their high yield and seed type, and the late maturing RWR 719 as it was seen as a replacement for a previously popular cultivar which succumbed to root rots. …”
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Genetic analysis of resistance to fusarium root rot in common bean by Mukankusi, Clare Mugisha, Derera, J., Melis, R, Gibson, PT, Buruchara, Robin Arani

“…Overall, the results indicate that resistant parents contain a number of different resistance genes that can be combined with the expectation of producing strong and durable resistance. The lines MLB-49-89A, MLB-48-89, RWR719 and Vuninkingi, with large and negative GCA effects, contributed high levels of resistance in crosses and would be recommended for use in breeding programs.…”
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Effect of banana leaf pruning on banana and legume yield under intercropping in farmers' fields in eastern Democratic Republic of Congo by Ntamwira, J., Pypers, Pieter, Asten, Piet J.A. van, Vanlauwe, Bernard, Ruhigwa, B., Lepoint, P.C.E., Dheda Djailo, B., Monde, T., Kamira, M., Blomme, Guy

“…The experiments were established using a split-plot design, with the main plot treatments consisting of two levels of banana leaf canopy pruning (leaving only seven leaves or leaving all leaves) and the split plot treatments consisting of improved or local leguminous crop cultivars (the bush bean ‘MLB49’, the climbing bean ‘AND10’ and soybean ‘SB24’ planted in the banana plot. …”
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Genetic variation, Heritability estimates and GXE effects on yield traits of Mesoamerican common bean (Phaseolus vulgaris L) germplasm in Uganda by Okii, Dennis, Mukankusi, Clare Mugisha, Sebuliba, Sulaiman, Tukamuhabwe, Phineas, Tusiime, Geoffrey, Talwana, Herbert, Odong, Thomas L., Namayanja, Annet, Paparu, Pamela, Nkalubo, Stanley T.

“…Four superior parents currently used in improving resistance to major diseases grouped as; Jalisco for MLB49-89A; Mesoamerica for MCM5001 and G2333; Durango for MEXICO 54. …”
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Agronomic qualities of genetic pyramids of common bean developed for multiple-disease-resistance by Okii, D., Tukamuhabwe, Phineas, Tusiime, Geoffrey, Talwana, Herbert A.L., Odong, T., Mukankusi, Clare Mugisha, Male, A., Amongi, Winnyfred, Sebuliba, Sulaiman, Paparu, P., Nkalubo, Stanley T., Ugen, Michael Adrogu, Buah, Saaka S.J., Gepts, Paul L.

“…The disease resistance genes (R) pyramided from four parents were: Co42 and Co-5 from G2333; Phg-2 from MEX54; Pythium ultimum Dennis from MLB49-89A and I & bc3 from MCM5001. The progeny lines were planted in an incomplete block design, and replicated thrice for two seasons (2015A and 2015B) in fields at CIAT, Kawanda in Uganda. …”
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Characterization of Phaseolus coccineus interspecific germplasm accessions for disease resistance, grain market class and yield attributes by Mukankusi, Clare Mugisha, Amongi, Winnyfred, Sebuliba, Sulaiman, Musoke, Stephen, Acam, Catherine

“…The lines including root rot resistant and susceptible checks; MLB-49-89A, RWR 719 and CAL 96, were also subjected to inoculum of two major root rot pathogens; Fusarium solani f.sp. phaseoli (isolate FSP3) and Pythium ultimum (isolate MS61) under screen house conditions to select for root rot resistance. …”
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QTL Analysis of Fusarium Root Rot Resistance in an Andean X Middle American Common Bean RIL Population by Wang, Weijia, Jacobs, Janette L., Chilvers, Martin I., Mukankusi, Clare Mugisha, Kelly, James D., Cichy, Karen Ann

“…The recombinant inbred line population of CAL96 × MLB‐49‐89A was phenotyped in a greenhouse for FRR resistance with the F. brasiliense isolate and screened in the field under natural FRR disease pressure. …”
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Development of multiple disease resistant breeding parents through gene pyramiding with the aid of molecular markers by Mukankusi, Clare Mugisha, Male, A., Musoke, S., Buruchara, Robin Arani, Abang, Mathew M.

“…Currently over 580 seeds of the four parent combination of F1[(MLB‐49‐89Ax MEX 54) x (MCM5001 x G2333)] have been obtained. …”
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Improvement of resistance to fusarium root rot through gene pyramiding and validation of SSR PVBR87 marker in common bean by Obala, Jimmy

“…Four Fusarium root rot resistant (R) inbred lines: MLB-48-89A (48), MLB-49-89A (49), G2333 (G2) and G685 (G6), and two susceptible (S) lines: K20 and Kanyebwa (Kan) were used in the study. …”
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Introgressing resistance to fusarium root rot in selected farmer preferred Andean bean genotypes from Meso-American line and mapping of associated resistance quantitative trait loc... by Kamfwa, Kelvin

“…The K20 x MLB-49-89A population was skewed toward resistance while K132 x MLB-49-89A was skewed toward susceptibility. …”
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