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10461por Negro, Sandra S., Millet, Emilie J., Madur, Delphine, Bauland, Cyril, Combes, Valérie, Welcker, Claude, Tardieu, François, Charcosset, Alain, Nicolas, Stéphane D.“…We performed GWAS on three traits (grain yield, plant height and male flowering time) measured in 22 environments on a panel of 247 F1 hybrids obtained by crossing 247 diverse dent maize inbred lines with a same flint line. The 247 lines were genotyped using three genotyping technologies (Genotyping-By-Sequencing, Illumina Infinium 50 K and Affymetrix Axiom 600 K arrays). …”
Publicado 2019
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10462por Mohedano, Mari Luz, Hernández-Recio, Sara, Yépez, Alba, Requena, Teresa, Martínez-Cuesta, M. Carmen, Peláez, Carmen, Russo, Pasquale, LeBlanc, Jean Guy, Spano, Giuseppe, Aznar, Rosa, López, Paloma“…Here, we have evaluated riboflavin (B2 vitamin) production by five Lactobacillus plantarum strains isolated from chicha, a traditional maize-based fermented alcoholic beverage from north-western Argentina and their isogenic riboflavin-overproducing derivatives previously selected using roseoflavin. …”
Publicado 2019
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10463por Wang, Fengtao, Lin, Ruiming, Li, Yuanyuan, Wang, Pei, Feng, Jing, Chen, Wanquan, Xu, Shichang“…Phylogenic analysis showed that TabZIP74 is highly homologous to ZmbZIP60 in maize and OsbZIP74 in rice. The mRNA of TabZIP74 was predicted to form a secondary structure with two kissing hairpin loops that could be spliced, causing an open reading frame shift immediately before the hydrophobic region to produce a new TabZIP74 protein without the transmembrane domain. …”
Publicado 2019
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10464por Fustier, Margaux-Alison, Martínez-Ainsworth, Natalia E., Aguirre-Liguori, Jonás A., Venon, Anthony, Corti, Hélène, Rousselet, Agnès, Dumas, Fabrice, Dittberner, Hannes, Camarena, María G., Grimanelli, Daniel, Ovaskainen, Otso, Falque, Matthieu, Moreau, Laurence, de Meaux, Juliette, Montes-Hernández, Salvador, Eguiarte, Luis E., Vigouroux, Yves, Manicacci, Domenica, Tenaillon, Maud I.“…Because elevation mimics climate change through space, SNPs that we found underlying phenotypic variation at adaptive traits may be relevant for future maize breeding.…”
Publicado 2019
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10465por Jeger, Michael, Bragard, Claude, Caffier, David, Candresse, Thierry, Chatzivassiliou, Elisavet, Dehnen‐Schmutz, Katharina, Gilioli, Gianni, Grégoire, Jean‐Claude, Jaques Miret, Josep Anton, Navarro, Maria Navajas, Niere, Björn, Parnell, Stephen, Potting, Roel, Rafoss, Trond, Rossi, Vittorio, Urek, Gregor, Van Bruggen, Ariena, Van der Werf, Wopke, West, Jonathan, Winter, Stephan, Day, Roger, Early, Regan, Hruska, Allan, Nagoshi, Rodney, Gardi, Ciro, Mosbach‐Schultz, Olaf, MacLeod, Alan“…If S. frugiperda were to arrive and become a pest of maize in the EU, Integrated Pest Management (IPM) or broad spectrum insecticides currently used against existing pests could be applied.…”
Publicado 2018
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10466por de Bang, Louise, Paez-Garcia, Ana, Cannon, Ashley E., Chin, Sabrina, Kolape, Jaydeep, Liao, Fuqi, Sparks, J. Alan, Jiang, Qingzhen, Blancaflor, Elison B.“…This hypothesis was tested by comparing gravitropic responses of maize (Zea mays) roots treated with eBL or LatB. …”
Publicado 2020
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10467por Yunus, Agha Waqar, Ullah, Aman, Lindahl, Johanna Frida, Anwar, Zahid, Ullah, Atta, Saif, Sharjeel, Ali, Mubarak, Zahur, Aamer Bin, Irshad, Hamid, Javaid, Shahbaz, Imtiaz, Nida, Farooq, Umer, Ahsan, Aitzaz, Fatima, Zahida, Hashmi, Avais Ahmed, Abbasi, Babar Hilal Ahmad, Bari, Zubair, Khan, Ihsan Ullah, Ibrahim, Mohammed Nawaz Mohammed“…Rest of the other feedstuffs had moderate to low mean aflatoxin contamination, ranging from 66.0 μg/kg in maize stover to 3.4 μg/kg in wheat bran. The mean aflatoxin level in commercial dairy concentrates was 32.7 µg/kg. …”
Publicado 2020
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10468por Cordeiro, Erick M. G., Pantoja-Gomez, Laura M., de Paiva, Julia B., Nascimento, Antônio R. B., Omoto, Celso, Michel, Andrew P., Correa, Alberto S.“…Both landscape composition and bioclimatic variables indicated that maize and soybean cropland are the main factors responsible for high levels of introgression in agricultural landscapes. …”
Publicado 2020
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10469por Munishi, Oresto Michael, McCormack, Valerie, Mchome, Bariki, Mangi, Glory, Zullig, Leah L., Bartlett, John, Mapunda, Oscar, Nyindo, Pilli, Namwai, Theresia, Muiruri, Charles, Kimaro, Frank, Karia, Francis, Mmbaga, Blandina T.“…Awareness of cancer risk was highest for tobacco (90%) and alcoholic spirits (67%), but tended to be lower for infections (41% for HIV (42.2% and 41.4% for CTC and community group, respectively) and 16% for HPV (16.0% and 16.6% for CTC and community group, respectively)), while that of moldy maize and peanuts was 35% for both. Awareness of specific cancer signs and symptoms ranged between 70% and 90%. …”
Publicado 2019
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10470por Szabó, Zsuzsa, Pákozdi, Klaudia, Murvai, Katalin, Pusztahelyi, Tünde, Kecskeméti, Ádám, Gáspár, Attila, Logrieco, Antonio F., Emri, Tamás, Ádám, Attila L., Leiter, Éva, Hornok, László, Pócsi, István“…FvatfA from the maize pathogen Fusarium verticillioides putatively encodes the Aspergillus nidulans AtfA and Schizasaccharomyces pombe Atf1 orthologous bZIP-type transcription factor, FvAtfA. …”
Publicado 2020
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10471por Stubbs, Christopher J., Oduntan, Yusuf A., Keep, Tyrone R., Noble, Scott D., Robertson, Daniel J.“…Results indicate that ignoring the effects of self-loading when calculating stalk flexural stiffness is appropriate for large and stiff plants such as maize, bamboo, and sorghum. However, significant errors result when ignoring the effects of self-loading in smaller plants with larger relative grain sizes, such as rice (8% error) and wheat (16% error). …”
Publicado 2020
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10472por Kong, Jixiang, Martin-Ortigosa, Susana, Finer, John, Orchard, Nuananong, Gunadi, Andika, Batts, Lou Ann, Thakare, Dhiraj, Rush, Bradford, Schmitz, Oliver, Stuiver, Maarten, Olhoft, Paula, Pacheco-Villalobos, David“…In addition, the transformation of two putative AtGRF5 orthologs in maize (Zea mays L.) significantly boosts transformation efficiency and resulted in fully fertile transgenic plants. …”
Publicado 2020
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10473por Lin, HsiangChun, Arrivault, Stéphanie, Coe, Robert A., Karki, Shanta, Covshoff, Sarah, Bagunu, Efren, Lunn, John E., Stitt, Mark, Furbank, Robert T., Hibberd, Julian M., Quick, William Paul“…Measurements of the flux of (13)CO(2) through photosynthetic metabolism revealed a significant increase in the incorporation of (13)C into malate, consistent with increased fixation of (13)CO(2) via PEP carboxylase in lines expressing the maize PEPC enzyme. However, there was no significant differences in labeling of 3-phosphoglycerate (3PGA) indicating that there was no carbon flux through NADP-ME into the Calvin-Benson cycle. …”
Publicado 2020
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10474por Choudhary, Prassan, Rai, Pallavi, Yadav, Jagriti, Verma, Shaloo, Chakdar, Hillol, Goswami, Sanjay Kumar, Srivastava, Alok Kumar, Kashyap, Prem Lal, Saxena, Anil Kumar“…R. solani AG-1 IA causes sheath blight in rice, maize, and other Gramineous plants. Accurate identification is essential for the effective management of this pathogen. …”
Publicado 2020
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10475“…The study indicated that the dilution of maize silage with pig manure, instead of water, can have significant benefits in the selected configurations. …”
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10476por Silva, Ubiana C., Cuadros-Orellana, Sara, Silva, Daliane R. C., Freitas-Júnior, Luiz F., Fernandes, Ana C., Leite, Laura R., Oliveira, Christiane A., Dos Santos, Vera L.“…Here, we describe the characterization of 101 bacterial isolates obtained from the rhizosphere and endosphere of maize plants for their P solubilizing activity in vitro, their growth-promoting activity on millet plants cultivated in soil amended with RP, and their gene content especially associated with phosphate solubilization. …”
Publicado 2021
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10477“…Synteny analyses indicated all wheat TIFY genes had orthologous sequences in sorghum, rice, maize, barley and Brachypodium indicating presence of similar TIFY domains in monocot plants. …”
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10478por Brooks, Matthew D, Juang, Che-Lun, Katari, Manpreet Singh, Alvarez, José M, Pasquino, Angelo, Shih, Hung-Jui, Huang, Ji, Shanks, Carly, Cirrone, Jacopo, Coruzzi, Gloria M“…The public version of ConnecTF (https://ConnecTF.org) contains 3,738,278 TF–target interactions for 423 TFs in Arabidopsis, 839,210 TF–target interactions for 139 TFs in maize (Zea mays), and 293,094 TF–target interactions for 26 TFs in rice (Oryza sativa). …”
Publicado 2020
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10479“…Photosynthetic and photoprotective responses to simulated sunflecks were examined in the shade-demanding crop Amorphophallus xiei intercropped with maize (intercropping condition) or grown in an adjacent open site (monoculture condition). …”
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10480por Vojgani, Elaheh, Pook, Torsten, Martini, Johannes W. R., Hölker, Armin C., Mayer, Manfred, Schön, Chris-Carolin, Simianer, Henner“…ABSTRACT: We compared the predictive ability of various prediction models for a maize dataset derived from 910 doubled haploid lines from two European landraces (Kemater Landmais Gelb and Petkuser Ferdinand Rot), which were tested at six locations in Germany and Spain. …”
Publicado 2021
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