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1 resistance and to widen the genetic basis of agronomically adapted peanut lines.
2                                        These agronomically advanced fibers were derived following dom
3 standing of the complex genome architecture, agronomically and economically important genes, and gene
4  have a direct antifungal effect against the agronomically and economically important necrotrophic fu
5 e studies to understand the genetic basis of agronomically and environmentally related traits of dese
6 Thus, Arunachal rice landraces represents an agronomically and nutritionally important pool for rice
7 yield of 11.3% in field experiments using an agronomically appropriate plant density.
8 ndicating wider row widths could be feasible agronomically, but additional weed management efforts wo
9 te directed chromosome engineering producing agronomically desirable WSMV-resistant germplasm.
10 approach to increase Vit C in microgreens is agronomically, especially through the supplemental appli
11 e correlations between seedling SAM size and agronomically important adult traits such as flowering t
12 tion, with the prospect of identifying novel agronomically important alleles that can be utilized to
13 n the SAM, with natural variation modulating agronomically important architectural traits enriched sp
14  family, also known as the grasses, includes agronomically important cereal crops such as rice, maize
15 n gene regulation and signal transduction in agronomically important cereals.
16 ltaneous resistance to a broad repertoire of agronomically important classes of herbicides, including
17 rast, little is known in the day-neutral and agronomically important crop plant maize (Zea mays).
18 an be used to identify many gene families in agronomically important crop species where they are as y
19 ective resistance without impacting on other agronomically important crop traits.
20 into TSS selection and gene expression in an agronomically important crop.
21 o future studies of plants in general and of agronomically important crops in particular.
22 ology requires that genes be introduced into agronomically important crops in single copy and without
23           Attempts to increase yield of some agronomically important crops using this approach have h
24 ny plant species and cause serious losses in agronomically important crops.
25 lysis as well as a reference study for other agronomically important crops.
26 for over 25 years, often in association with agronomically important functions.
27 covery of candidate targets in medically and agronomically important fungal and Oomycete pathogens fo
28  sativa displays strong activity against the agronomically important fungal pathogen Verticillium dah
29 to monitor the presence and expression of an agronomically important gene by linking it to a marker g
30 show that even dominant cis regulation of an agronomically important gene can be subjected to precise
31  highlight the evolutionary dynamics of this agronomically important gene family.
32 dy will underpin fine-mapping and cloning of agronomically important genes and the assembly of a draf
33 e physical map will aid map-based cloning of agronomically important genes and will provide an import
34                                  Most of the agronomically important genes are located in EST-dense r
35 tates the identification and manipulation of agronomically important genes by laying a foundation for
36 hypodium model for isolation and analysis of agronomically important genes for crop improvement.
37                               The cloning of agronomically important genes from large, complex crop g
38  surrogate to clone the counterparts of many agronomically important genes in alfalfa.
39                                       All 14 agronomically important genes in group 1 chromosomes wer
40                                     The many agronomically important genes in this region should be a
41               Extensive allelic variation in agronomically important genes serves as the basis of ric
42            Comparative analyses localized 75 agronomically important genes to the '1S0.8 region'.
43 ontaining nonneutral SSRs are candidates for agronomically important genes.
44 group 1 chromosomes is known to contain many agronomically important genes.
45 or II, was demonstrated to be potent against agronomically important Gram-negative plant pathogens Xa
46 also a model monocot for understanding other agronomically important grass genomes.
47 BA) is a hormone that modulates a variety of agronomically important growth and developmental process
48  green peach aphid (GPA; Myzus persicae), an agronomically important insect pest.
49 e by corn smut (Ustilago maydis) provides an agronomically important model of biotrophic host-pathoge
50 o unknown roles of GPA1 in plants, including agronomically important ones such as biotic stress and n
51                                   DC3000, an agronomically important pathogen, has two known sideroph
52  for the discovery of genes in medically and agronomically important pathogens, which may be potentia
53 d information on how selection may affect an agronomically important pathway for any crop.
54 o evaluate the impact of selection across an agronomically important pathway, we surveyed nucleotide
55 low for explicit hypotheses on the origin of agronomically important plant parasites, such as root-kn
56 enus of filamentous fungi that contains many agronomically important plant pathogens, mycotoxin produ
57                     The functional genome of agronomically important plant species remains largely un
58 engineering of lignin monomer composition in agronomically important plant species.
59 ategies to mitigate anticipated stressors in agronomically important plants.
60 ration of the lignin biosynthetic pathway in agronomically important plants.
61 e rational manipulation of flowering time in agronomically important plants.
62 ht on a range of biologically, medically and agronomically important proteins and could open the way
63 nance of 'adaptive gene complexes' involving agronomically important quantitative traits.
64 sisting of 300 families was evaluated for 12 agronomically important quantitative traits.
65  turgidum), 17 functional Pm3 alleles confer agronomically important race-specific resistance to powd
66 strate complex evolutionary dynamics in this agronomically important region of Triticeae species.
67 0 single cells derived from root tips of two agronomically important rice cultivars.
68 ogues in rice cultivar IR64, one of the most agronomically important rice varieties in the world, wit
69 hanistic insights into how energy shapes the agronomically important root system.
70  we called "acyclotides" from petunia of the agronomically important Solanaceae plant family.
71 covery of candidate targets in medically and agronomically important species for intervention.
72 nclusions have been able to be translated to agronomically important species.
73 ediated modulation of flowering time in this agronomically important species.
74 ssociated with key traits in a wide range of agronomically important species; however, SV profiles of
75             It also showed resistance to the agronomically important Tomato yellow leaf curl virus (T
76                            Determinacy is an agronomically important trait associated with the domest
77  maize, providing new leads to modulate this agronomically important trait.
78  favorable conditions and is an adaptive and agronomically important trait.
79 n a B73 background combined with data on six agronomically important traits and from genotyping-by-se
80  our understanding of the molecular basis of agronomically important traits and support crop improvem
81    Genomic loci that control the variance of agronomically important traits are increasingly importan
82 mining the genetic basis of ecologically and agronomically important traits as well as for identifyin
83 ariance and heritability values for numerous agronomically important traits as well as strong correla
84       With these resources, we show that six agronomically important traits could be rapidly improved
85 power to identify genetic factors underlying agronomically important traits leading to, for example,
86  plants, autophagy is also known to regulate agronomically important traits such as stress resistance
87 oir of genetic variation for a wide range of agronomically important traits that can be exploited by
88  oil content and yield are highly correlated agronomically important traits that essentially account
89 bility of traditional traits, especially for agronomically important traits with low 1D predictabilit
90 hat led to remarkable changes in a series of agronomically important traits, but genetic bases underl
91 oci-related causative candidate genes for 56 agronomically important traits, including plant architec
92 responses to light in the control of several agronomically important traits, including plant height,
93                                         Most agronomically important traits, including resistance aga
94 h in plants due to their involvement in many agronomically important traits, such as seed yield, orga
95 he roles of key photoreceptors in regulating agronomically important traits, the current state of pla
96 he roles of key photoreceptors in regulating agronomically important traits, the current state of pla
97 available for predicting breeding values for agronomically important traits.
98 ciations between several candidate genes and agronomically important traits.
99  trait loci (QTL) is challenging for complex agronomically important traits.
100  self-pollinated crops for a wide variety of agronomically important traits.
101 ted genomic characterization of striking and agronomically important traits.
102 a means to identify genes that contribute to agronomically important traits.
103 hreshing character and influences many other agronomically important traits.
104 thus tuberculatus and Amaranthus palmeri are agronomically important weed species, both with stable d
105 ving the transformation of recalcitrant, but agronomically important, crops.
106 nt inbreds, indicating that this gene may be agronomically important.
107 tive soybean cultivars but fails to nodulate agronomically improved North American cultivars.
108 biased genes was shifted strongly toward the agronomically inferior D genome.
109                                           An agronomically-interpretable machine learning framework w
110 m) is a member of the Solanaceae, one of the agronomically most important groups of flowering plants.
111                          We characterized an agronomically optimal semi-dwarf mutation in Zea mays L.
112 ncrease yield via plant-soil feedbacks under agronomically realistic conditions.
113 f 230 maize (Zea mays L.) genotypes grown in agronomically relevant conditions under high N (+N) and
114 lated from distinct arid environments and an agronomically relevant crop, Solanum lycopersicum.
115 s long prohibited the efficient isolation of agronomically relevant genes.
116 or not with 31 livestock effluents mimicking agronomically relevant scenarios.
117  variants might be useful for improvement of agronomically relevant species under specific environmen
118 nderstanding of how nectar is produced in an agronomically relevant species with the potential for us
119    However, improvements in rubber yield and agronomically relevant traits are still required before
120 istem and flower organ development to affect agronomically relevant traits in Arabidopsis.
121                                          Our agronomically robust yield gap analysis for 10 countries
122      These associations are ecologically and agronomically significant, yet little is known regarding
123 on research and offers potential avenues for agronomically sound amelioration of plant growth in low-
124 ic resources for developing biofortified and agronomically superior cultivars.
125 cations showed that CRISPR-waxy hybrids were agronomically superior to introgressed hybrids, producin
126 ghum has been suggested as a genetically and agronomically tractable feedstock species to augment nea
127 vances in breeding novel crop cultivars with agronomically useful characteristics.
128  represents a large gene pool of potentially agronomically valuable traits.
129  informs future comparative studies in other agronomically vital grass species.

 
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