PAXDBapplication/xmlhttp://pax-db.org/downloads/latest/datasets/bioprojects-abundance-files-v4.0.zipprimaryOK2000000ProteomicsChristian von Mering4565https://pax-db.org/dataset/4565/2766471129mering@imls.uzh.chUniversity of ZurichPAXDBFor the rescaling, the datasets are first parsed or processed such that the data reflect proportional abundances of whole protein molecules (i.e. proportionality to counts of complete, individual protein molecules, not to molecular weights, protein volumes, or digested peptides). In the case of spectral counting data protein. The proportional abundances are rescaled linearly to add up to one million; this means the abundance of each protein of interest is finally expressed in (parts per million,) relative to all other proteins in a sample. For a given protein abundance dataset, we then compute the absolute log abundance ratios of all pairs of proteins annotated to be functionally linked. The median of these absolute log abundance ratios represents an indirect quality metric: the closer it is to zero, the better (i.e. the more there is consistency between abundance values and functional annotations such as protein complexes or pathways). We then compute a background expectation for this metric, by permuting the abundance values in a given dataset randomly, and recomputing the median log abundance ratios. The permutation is repeated several times, yielding a distribution of medians. The actually observed median is then expressed as a Z-score distance to the random distribution ofmedians—this distance is termed the interaction consistency score.Presently, pearl millet and wheat are belonging to highly important cereal crops. Pearl millet, however, is an under-utilized crop, despite its superior resilience to drought and heat stress in contrast to wheat. To investigate this in more detail, we performed comparative physiological screening and large scale proteomics of drought stress responses in drought-tolerant and susceptible genotypes of pearl millet and wheat. These chosen genotypes are widely used in breeding and farming practices. The physiological responses demonstrated large differences in the regulation of root morphology and photosynthetic machinery, revealing a stay-green phenotype in pearl millet. Subsequent tissue-specific proteome analysis of leaves, roots and seeds led to the identification of 12,558 proteins in pearl millet and wheat under well-watered and stress conditions. To allow for this comparative proteome analysis and to provide a platform for future functional proteomics studies we performed a systematic phylogenetic analysis of all orthologues in pearl millet, wheat, foxtail millet, sorghum, barley, brachypodium, rice, maize, Arabidopsis, and soybean. In summary, we define (i) a stay-green proteome signature in the drought-tolerant pearl millet phenotype and (ii) differential senescence proteome signatures in contrasting wheat phenotypes not capable of coping with similar drought stress. These different responses have a significant effect on yield and grain filling processes reflected by the harvest index. Proteome signatures related to root morphology and seed yield demonstrated the unexpected intra- and interspecies-specific biochemical plasticity for stress adaptation for both pearl millet and wheat genotypes. These quantitative reference data provide tissue- and phenotype-specific marker proteins of stress defense mechanisms which are not predictable from the genome sequence itself and have potential value for marker-assisted breeding beyond genome assisted breeding.Physiological and Proteomic Signatures Reveal Mechanisms of Superior Drought Resilience in Pearl Millet Compared to Wheat.Ghatak Arindam A, Chaturvedi Palak P, Bachmann Gert G, Valledor Luis L, Ramšak Živa Ž, Bazargani Mitra Mohammadi MM, Bajaj Prasad P, Jegadeesan Sridharan S, Li Weimin W, Sun Xiaoliang X, Gruden Kristina K, Varshney Rajeev K RK, Weckwerth Wolfram WAdd, DmelCG43443, ADD, ADD-87, Hts-RC, data, AU023367, Data Set, protein complex, supply, Proteins, Ovhts, Gene, HtsRC, CG9325, protein, neutral molecular compounds, protein-containing complex, Dmel_CG9325, Xt, Peptide, 1B1, add, Polypeptides, anon-EST:Posey9, protein polypeptide chains, native protein, peptido, htsRC, GLI3-190, natural protein, polypeptide chain, Add-hts, Protein, CG43443, Gene Products, l(2)k14523, Dmel_CG34197, l(2)00634, median, Ovhts-RC, background, supply and distribution, protein aggregate, all_pairs, molecule, Bph, molecula, Random selection by shearing, oligonucleotide random primer, proportion, HTS-R1, HTS, Hts, molecules, peptides, l(2)k06121, adducin, GLI3FL, distribution, AI854843, proportionality, add-like, HTS-RC, rate, proteins, Molekuel, Pdn, sample population, introduction, Protein Gene Products, Gene Proteins, Adducin, RANDOM, 10^[-6], ppm, sample, supply., quotient, Peptid, peptidos, Polypeptide, Attention Deficit Hyperactivity Disorder, l(2)01103, EST D, CG34197, HtsF, ratioANTC, antp, Ns, ANT-C, Ant, DmelCG1028, Scx, BG:DS07700.1., Hu, Antp1, AntP1, ANT-P, DRO15DC96Z, DMANTPE1, AntP, l(3)84Ba, ANTP, Antp P1, 3.4, Antp P2, DmAntp, CG1028, AusStress Immunity, Triticum durum, Grass, Immunity, Triticum vulgare, Fountaingrasses, Pearl Millets, Pearl Millet, Bajra, Triticum turgidum subsp. durum, Resilient Responses, Triticum aestivum subsp. aestivum, Drought, Pennisetum americanum, Psychological Resilient Response, Pennisetums, Pennisetum typhoides, Fountain Grass, Grasses, Canadian hard winter wheat, Resilience, Pearl, Millet, cattail millet, Wheat, Psychological, Psychological Resiliency, Psychological Resilient, Fountain, Resiliences, Pennisetum glaucum, Resilient Response, Fountain Grasses, Durum, Triticum aestivum8, Triticum spelta, Triticum sativum, Triticum aestivam, Psychological Resilient Responses, Resiliencies, Stress Immunities, wheat, Resiliency, Tricum aestivum, pearl millet, Fountaingrass, bread wheat, Durum Wheats, bulrush millet, Psychological Resilience, Stress, Setaria glauca, Response, Durum Wheat, Bajras, Triticum turgidum, Millets, Pennistum glaucum, common wheat., Pennisetum typhoideum, Triticum aestivumexact)., exact), hoja (Spanish, 葉 (JapaneseHeat Shock Stress, Zea mays var. japonica, A., LUC7A, Phylogenetic Analysis, Breedings., Social Controls, Cardaminopsis, Phylogenetic Signals, Sorghum bicolor milo, Phylogenetic Inference, Method, Biological, milo, A. thalianas, symptoms, Zea mays subsp. tunicata, Analysis, Phylogenetic Comparative Analysis, myd, Psychological Resiliency, Senescence, Cereals, Grain, Pennisetum glaucum, Fountain Grasses, Genomes, Soybean, Molecular, plant peltate hair, Indian corn, Tissue, Mbp-1, Plant Embryo, proteins, Resiliencies, wheat, Mouse-ear, Tricum aestivum, common wheat, Social, Chaetochloa italicas, Biological Aging, climbing root (narrow), Psychological Resilience, Phylogenetic Reconstructions, Durum Wheat, Triticum turgidum, Phylogenetic Incongruences, Relationship, screening, Heat Shock Response, anatomical protrusion, Triticum vulgare, Immunity, aerial root (narrow), Bajra, Triticum turgidum subsp. durum, Phylogenetic Analyses, Heat Stresses, Pennisetum americanum, Teosinte, mKIAA0609, Zea mays subsp. everta, Pearl, Phylogenetic Comparative Analyses, Millet, simple tissue, Sorghum saccharatum, Sorghum nervosum, Setaria Plants, Zea mays mays, fg, Cereal Grain, Phylogenetic Tree, craw, Pennisetum macrochaetum, CREAP-1, expanded, signs, Plant Zygote, Phylogenies, foxtail millet, root, whole genome, Controls, Rice, Phenotypes, MDC1D, Phylogenetic Trees, pearl millet, Grains, Fountaingrass, bulrush millet, enr, Breedings, rice, Setaria glauca, Indian, Triticum aestivum, Community, Sudangrasses, hLuc7A, big, Regulations, Agronomies, Phylogenetic Reconstruction, Peptidomics, peltate hair, Zea mays subsp. ceratina, Pearl Millets, Setaria italica, Distance, halepenses, Hemisorghum, large, morphology, Phylogenetic Comparative Methods, Plants, Relatedness, Gene Products, thalianas, Screening, Projections and Predictions, Phylogenetic Relatedness, Foxtail Millets, Kafirs, Cereal, RGD1307981, Heat Stress Response, Farming, Chaetochloa, anatomy, Resilient Response, Cresses, MDDGB6, Triticum aestivum8, soybeans, Signal, Zygote, Phylogenetic Distances, Structure, Edible Grains, Genotypes, Reconstruction, soybean, Hordeum vulgare, maize, Defense, Beans, Cress, Italian Millet, Millets, Soy, Elaiosomes, Molecular Phylogenetic, Sorghum bicolors, findings, Grass, Fountaingrasses, Proteins, Arabidopsis thaliana, bicolors, Phylogenetic Comparative, grain, all, native protein, Zea mays var. sacharata, Pennisetum typhoides, Social Control, Canadian hard winter wheat, chemical analysis, CRA, scales, domesticated barley, Setaria, Fountain, Phylogenetic Group, Resiliences, thaliana, Phylogenetic Structures, italica, Kaffir, primary structure of sequence macromolecule, Gene Proteins, Sorghum vulgare, Genogroups, Durum Wheats, red rice <Oryza sativa>, Heat-Stress Responses, barley, Glycine max, Stress, Community Phylogenetic, Phylogenetic Relationships, Zea mays var. mays, regulation, Heat-Stress Response, pyrene (narrow), Stress Immunity, scale tissue, Heat-Shock Reaction, determination, Phylogenetic Structure, Mbp1, Sorghum bicolor subsp. bicolor, Pearl Millet, histology, Aging, GRO:0005339, GRO:0005338, Drought, Mechanisms, Arabidopsis thalianas, Rices, Kaffir Corns, Heat, Molecular Phylogenetics, Comparative Analysis, cattail millet, Setaria italicas, Elaiosome, Sorghum halepense, anatomy and histology, Formal Social Controls, Wheat, Phylogenetic Relationship, Psychological, Shock, Group, portion of tissue, Kaffir Corn, seed, Phylogenomic, Heat-Stress Reaction, Corns, Foxtail, Mouse-ear Cress, Soy Beans, Futurology, Resiliency, Phylogenetic Networks, Phylogenetic Network, Diaspores, Bajras, Phylogenetic Clustering, Hordeum vulgare L., Zea, Arabidopses, Zea mays subsp. indurata, Asian cultivated rice, Predictions and Projections, broomcorn, Phylogenetic Comparative Method, sorghum, Soybeans, Zea mays subsp. amylacea, gyltl1b-b, Phylogenetic Analyse, CROP, Crop, senescence, Heat-Shock Responses, Phylogenetic Inferences, A. thaliana, Resilient Responses, Kafir, Sudangrass, Phylogenetic Generalized Least Squares, Sorghums, Soy Bean, Psychological Resilient Response, Bristlegrasses, Screenings, Heat Shock Stresses, MDDGA6, red rice, tissue portion, Sorghum halepenses, Seed, KIAA0609, Phylogenetic Incongruence, Setaria italica (L.) P.Beauv., Panicum italicum, Italian, Psychological Resilient, Diaspore, Zea mays subsp. sacharata, German Millet, gyltl1b, Foxtail Millet, Phaseolus max, Setaria viridis subsp. italica, Andropogon sorghum, Triticum sativum, Heat-Stress Reactions, mdc1d, Control, Plant, Sorghum bicolor, Psychological Resilient Responses, Johnsongrass, Edible, cv. Wye, Arabidopsis, Agricultural, enlarged, Comparative Method, spine, Clustering, Phylogenetic Groups, Zea ramosa, Regulation, Proteomes, Johnsongrasses, Gene, Agronomy, Network, Development, Triticum aestivum subsp. aestivum, froggy, Gyltl1a, Phylogenomics, protrusion, two-rowed barley, Chaetochloa italica, Inference, Sorghum, Fountain Grass, Grasses, Mass, Phylogenetic Relatednesses, Community Phylogenetics, German, Maize, Triticum spelta, Triticum aestivam, LARGE, Stress Immunities, Barley, BPFD#36, bread wheat, Bristlegrass, Heat Shock Reaction, great, Zea mays subsp. ramosa, Zygotes, Phylogenetic Distance, Incongruence, Mouse ear, Pennistum glaucum, Triticum durum, data, false bromes, corn, Formal Social Control, OA48-18, total expressed protein, Tree, Phylogenetic Clusterings, Indian Corn, Pennisetums, Heat Stress, Genogroup, Mass Screenings, Embryos, Protein, Resilience, sequence, Heat Stress Reaction, Brachypodium distachyon, Embryo, Heat-Shock Reactions, scale, Durum, Bean, Oryza sativa, Phylogenetic Signal, Heat Shock, Heat Shocks, Plant Embryos, Mouse-ear Cresses, Protein Gene Products, Analyse, Phylogenetic, Corn, Plant Zygotes, Indexes, Response, assay, Future, Cereal Grains, Horedum vulgare, Pennisetum typhoideum, Agricultural Development0falseTaestivum - Leaf, NSAF (Ghataketal,frontplantsci2020)abundance based on NSAF, Interaction consistency score: 3.4, Coverage: 12020276647112933519854A0A3B6SHP9_WHEATA0A3B5ZP43_WHEATA0A3B6NQ47_WHEATA0A1D6ANS4_WHEATA0A3B6AUT2_WHEATA0A3B6B8R9_WHEATA0A3B6AY04_WHEATA0A3B6B0Q0_WHEATA0A3B6NNE5_WHEATA0A3B6ED37_WHEATA0A3B6MLN9_WHEATA0A096UL77_WHEATA0A3B5ZPY1_WHEATRR18_WHEATA0A3B6HQ31_WHEATA0A077RWY7_WHEATRK16_WHEATEF1B_WHEATQ1ERG2_WHEATW5D0E3_WHEATA0A3B6C9N4_WHEATA0A3B6CAI7_WHEATA0A3B6LIT7_WHEATF8WTQ5_WHEATIAC16_WHEATA0A3B6IPP5_WHEATCOX2_WHEATA0A3B6INW1_WHEATIF2B_WHEATQ45NB2_WHEATA0A3B6QC47_WHEATA0A3B6B0L9_WHEATA0A3B6NPW7_WHEATA0A3B6LF34_WHEATPSBC_WHEATIF4B1_WHEATA0A3B6HVG9_WHEATA0A3B6RJP2_WHEATW5EL62_WHEATA0A3B6NW66_WHEATA0A3B6NVU6_WHEATA0A3B6JMH8_WHEATW5CRM8_WHEATW5HY47_WHEATA0A3B6C098_WHEATA0A3B6NQQ5_WHEATA0A3B6ENF6_WHEATA0A3B6PL02_WHEAT4565.Traes_5BL_423673029.1GLGS_WHEATA0A3B6ITX7_WHEATA0A3B5YT02_WHEATA0A3B6QHZ2_WHEATIAA2_WHEATA0A077RPB8_WHEATA0A077RVD7_WHEATA0A3B6B1B0_WHEATIF4A_WHEATH2A3_WHEATW5C851_WHEATA0A3B6CGA7_WHEATA0A3B6LPN8_WHEATA0A3B6HND6_WHEATA0A3B5XYX2_WHEATW4ZQT9_WHEATA0A3B6LK94_WHEATA0A3B5ZRV5_WHEATA0A077RYE8_WHEATA0A3B5YUB2_WHEATA0A3B6QER9_WHEATA0A3B5ZW00_WHEATA0A3B6REF0_WHEATA0A3B6LUP3_WHEATA0A077RU01_WHEATW5D698_WHEATA0A3B6TYM2_WHEATA0A3B6U3N3_WHEATA0A3B6I3Q1_WHEATA0A3B6C5R2_WHEATI6QQ39_WHEATA0A3B6B2T0_WHEATA0A3B6LW86_WHEATA0A3B6RCH0_WHEATW5D5P8_WHEATA0A077RTG8_WHEATA0A3B5YUV2_WHEATNDHJ_WHEATF1JYU6_WHEATA0A3B6C9D5_WHEATW5D4F5_WHEATA0A3B6B789_WHEATA0A3B6CH25_WHEATA0A3B6QNV0_WHEATA0A3B6LXX5_WHEATPSBE_WHEATW5C572_WHEATA0A3B6C6E6_WHEATW5FAY5_WHEATA0A3B6HQP9_WHEATW5FIZ2_WHEATA0A3B6HMK6_WHEATW5CWT8_WHEATA0A3B6LMR0_WHEATA0A077RY29_WHEATA0A3B6HUH3_WHEAT4565.Traes_5BS_A651F57B9.1W5BZZ2_WHEATA0A3B6NRY7_WHEATIF4G2_WHEAT4565.Traes_6DL_7374E401C.1CBP2_WHEATW5CXQ1_WHEATW5FL09_WHEATB6D9L4_WHEATA0A077RXY9_WHEATW5A874_WHEAT4565.Traes_3B_4EFCCC882.1W5D4Z8_WHEATA0A3B6LEY3_WHEATA0A3B6QIV4_WHEATW5AA91_WHEATW5HZE9_WHEATRK22_WHEATA0A3B6LS44_WHEATA0A3B6JIV5_WHEATA0A3B6MY56_WHEATA0A3B6MXT6_WHEATATPA_WHEATA0A3B6C3H5_WHEATA0A1D5US77_WHEATAMYB_WHEATA0A3B6LTS1_WHEATA0A3B6D6R2_WHEATA0A3B5XXJ2_WHEATW5AY52_WHEAT4565.Traes_5BL_77F9DBF02.1A0A3B5XU69_WHEATQ93W25_WHEATA0A3B6C860_WHEATA0A3B6B047_WHEATA0A3B6CHB5_WHEATA0A1D5W7M9_WHEATA0A3B6GZM0_WHEATA0A3B5XXP0_WHEATPGKH_WHEATA0A3B6HUU6_WHEATA0A3B6DHQ0_WHEATPURA_WHEATA0A3B6LU40_WHEATA0A1D5UL37_WHEATA0A3B6I2U5_WHEATU5HTF2_WHEATATPF_WHEAT4565.Traes_5DL_89CF7F5DE.1A0A3B6IWE1_WHEAT4565.Traes_2DL_8CEB98016.2A0A3B5XWG5_WHEATA0A3B6B8S9_WHEATA0A3B6RI60_WHEATA0A3B6MRW8_WHEATA0A0C4BJE5_WHEATQ6XPZ4_WHEATA0A3B6I1K1_WHEATA0A3B6LIE6_WHEATA0A3B6U0I3_WHEATA0A3B6C7U3_WHEATA0A3B6JIY6_WHEATA0A3B6D692_WHEATPSBF_WHEATA0A3B6JJY9_WHEATA0A3B5Z2I9_WHEATA0A1D5ZL98_WHEATA0A3B6ASD8_WHEATA0A3B5Y8W5_WHEATA0A3B6C035_WHEATA0A3B6B2S4_WHEATA0A3B6NVI3_WHEATA0A3B5Z085_WHEATW5AH12_WHEATW5BUF4_WHEATA0A3B6KIR6_WHEATW5H1G1_WHEATA0A3B5YXF4_WHEATA0A3B6JK17_WHEATA0A3B6TU78_WHEATW5C5U5_WHEATW5D739_WHEATA0A3B6IMZ2_WHEATA0A3B5ZMJ2_WHEATIAAC3_WHEATA0A3B6HRL5_WHEATA0A077RXR6_WHEATA6Q0N9_WHEATA0A3B5ZZB3_WHEATA0A3B6HUP0_WHEATA0A096URP1_WHEATA0A3B6G0C3_WHEATW5D322_WHEATA0A3B6LI62_WHEATRR4_WHEATA0A1D5X2E0_WHEATA0A3B6CF36_WHEATA0A3B5YTH7_WHEATA0A3B6CB66_WHEATA0A3B6MQ19_WHEAT4565.Traes_6BL_B095FC217.1A0A3B6QLQ1_WHEAT4565.Traes_5BL_45DF41500.1U2A2B_WHEATA0A3B6MXR5_WHEATA0A3B6RST4_WHEATA0A3B6KM64_WHEATA0A3B6RS39_WHEATA0A3B6QAJ9_WHEATA0A3B6LQH8_WHEATA0A3B5XVG0_WHEATA0A3B6RQM8_WHEATA0A3B6MQM0_WHEATA0A3B6HMV9_WHEATA0A3B6B2N0_WHEATNU2C1_WHEATRK14_WHEATA0A1D5Z480_WHEATW5F826_WHEATQ8W431_WHEATA0A3B6C5I6_WHEATPHSH_WHEATA4K4Z0_WHEATA0A3B6IQC9_WHEATA0A3B6RKR7_WHEATW5ASP7_WHEATA0A3B6LNE9_WHEATA0A3B6LGT7_WHEATA0A3B6CH58_WHEATA0A3B6TN66_WHEATA0A3B6PIH9_WHEATATPE_WHEATRBL_WHEATW5C5N9_WHEATA0A3B5XU58_WHEATA0A3B6GQ76_WHEATA0A3B6IJ76_WHEATA0A3B6TMP7_WHEATA0A3B6LWS9_WHEATA0A3B6C0D4_WHEATA0A3B6MSH8_WHEATA0A096ULI5_WHEATA0A3B6ILY7_WHEATNDHH_WHEATA0A1D5V004_WHEATA0A3B6HXF8_WHEATW5D1Z1_WHEATA0A3B5ZNE8_WHEATA0A3B6MQG2_WHEATA0A3B6B059_WHEATA0A3B5Y108_WHEATA0A096UQN3_WHEAT4565.Traes_1BS_F1B481DED.2A0A3B6HW59_WHEATUBE12_WHEATA0A3B6QGU7_WHEATA0A1D6CXF2_WHEATA0A3B6C9B5_WHEATA0A3B6ECH5_WHEATW5CT90_WHEATA0A3B6JP08_WHEATM4VSR0_WHEATA0A077RXS4_WHEATW5CS80_WHEATSSG1_WHEATA0A3B6JDZ6_WHEATA0A3B5ZRH5_WHEATA0A3B6NPC1_WHEATA0A3B6IV90_WHEATA0A3B5YYL4_WHEATA0A3B6RHT0_WHEATA0A3B6CCL6_WHEATW5FWF5_WHEATA0A3B5XTV6_WHEATA0A0C4BKL3_WHEATA0A3B6KGH7_WHEATA0A3B6CAU8_WHEATA0A3B6IMN5_WHEATA0A3B6QGJ4_WHEATW5B8D6_WHEATPSAA_WHEATA0A3B6IQS5_WHEATA0A3B6NK30_WHEATA0A3B6RMH6_WHEATA0A1D6CQ74_WHEATA0A3B6IR85_WHEATRR2_WHEATA0A3B6TPS4_WHEATA0A077S6B3_WHEATA0A3B6IP57_WHEATA0A3B6MSL6_WHEATA0A3B6IP49_WHEATA0A3B6TSH0_WHEATA0A3B5YUG9_WHEATW5DTC2_WHEATA0A3B5ZSJ8_WHEATA0A3B6TLW2_WHEATW5D4Q6_WHEATA0A3B6LH07_WHEATA0A3B6IV09_WHEATADT1_WHEATA0A077S237_WHEATA0A3B6PLE4_WHEATA0A1D5UX39_WHEATA0A3B5Y7B2_WHEATQ35980_WHEATW5GEB7_WHEATA0A3B6I0Y7_WHEATA0A077S1X3_WHEATA0A1D5SG47_WHEATA0A3B6KGC9_WHEATA0A077RRI7_WHEATA0A3B6QAP5_WHEATA0A3B6ASJ1_WHEATA0A3B6TFF6_WHEATA0A077RU36_WHEAT4565.Traes_5DL_11F618A4D.1A0A3B6LW11_WHEATA0A3B5ZQN7_WHEATA0A1D5SSE6_WHEATA0A3B5ZPJ8_WHEATA0A3B6NL53_WHEATA0A3B6NJD4_WHEATW5D317_WHEATATPAM_WHEATA0A3B6HT03_WHEATA0A1D6SCP9_WHEATA0A3B6CC52_WHEATA0A3B6I1N0_WHEATW5CSL3_WHEATA0A3B6MMW0_WHEATA0A1D6CXJ5_WHEATW5D067_WHEATA0A3B6CH98_WHEATA0A3B5XUN5_WHEATA0A3B6TIW9_WHEATI3NV44_WHEATW5IAD0_WHEATCA1P_WHEATW5AFW9_WHEATA0A3B6IUA1_WHEATQ5EWZ1_WHEATA0A3B6LSQ4_WHEATA0A3B6LNM3_WHEATA0A077S1G3_WHEATA0A3B6HQF6_WHEATA0A080YUX3_WHEATAPT1_WHEATA0A3B6JER7_WHEATA0A3B6AXS0_WHEATW5D6U7_WHEATA0A3B6NPW6_WHEATA0A3B6NM90_WHEATPSBB_WHEATA0A3B6PLV4_WHEATA0A3B6NKJ7_WHEATA0A3B6LGX7_WHEATA0A3B6IUH7_WHEATA0A0C4BKH5_WHEATA0A1D5S072_WHEAT4565.Traes_7DL_98846F89F1.1A0A3B6BZM5_WHEATA0A3B6JGX9_WHEATPSBP_WHEATW5E2W7_WHEATA0A3B6LHA7_WHEATA0A3B5Y2C2_WHEATA0A3B6HTK9_WHEATA0A3B6PH99_WHEATA0A3B6ASD2_WHEATNU5C_WHEATW5EDL3_WHEATA0A0C4BIW4_WHEATA0A3B6NT08_WHEATCYB_WHEAT4565.Traes_2BS_55D17B222.1A0A080YUW8_WHEATA0A0C4BKI1_WHEATA0A3B6NSQ0_WHEAT4565.Traes_4DS_FBD4A3D881.1A0A3B6IPQ4_WHEATW5EE00_WHEATA0A3B6KRW5_WHEATA0A3B6JRQ6_WHEATA0A1D5T8I8_WHEATA0A3B6AZ00_WHEAT4565.Traes_2BS_DD94DCFB7.1A0A3B6NM78_WHEATA0A3B5XX47_WHEAT4565.Traes_3B_4CBEDCDA8.1X2D2V6_WHEATW5FIX9_WHEATA0A3B6B1X5_WHEATPSBD_WHEATA0A0C4BK41_WHEATW5CVY3_WHEATA0A3B6MVZ5_WHEATRR7_WHEATA0A3B6JDW1_WHEATA0A3B6B0A9_WHEATPER1_WHEATA0A1D6D173_WHEATA0A3B6GTM1_WHEATA3KLL4_WHEATA0A3B6AYR2_WHEATA0A3B6B1Y1_WHEATQ43212_WHEATA0A3B6NPV7_WHEATA0A3B6C4D6_WHEATW5DZS4_WHEATA0A3B6QH92_WHEATA0A3B6I116_WHEATCYSK_WHEATA0A3B6CJ45_WHEATA0A3B6LJ54_WHEATA0A3B6IND0_WHEATA0A3B6MTB1_WHEATA0A3B6MSB3_WHEATA0A3B6JNZ9_WHEATA0A077RSQ1_WHEATA0A3B6B4B8_WHEATW5F8Z5_WHEATA0A3B5ZS33_WHEATA0A3B6D834_WHEATW5HBZ2_WHEATA0A3B5XXU3_WHEATW5D3D3_WHEATA0A3B6IUE5_WHEATA0A3B6U7G0_WHEATA0A1D6D1Q3_WHEATA0A3B6HT01_WHEATA0A3B6Q962_WHEAT4565.Traes_4DS_083223974.14565.Traes_2DL_69F59DE9F.1W5ERE6_WHEATW5AKQ3_WHEATA0A077S6R6_WHEATA0A3B6NR27_WHEAT4565.Traes_5BS_4833CA0C2.1A0A3B6HQI4_WHEATA0A3B6QIE5_WHEATA0A3B6QKW7_WHEATA0A3B6JDF8_WHEATA0A3B6MI27_WHEATA0A1D5WIS4_WHEATA0A3B6IMN3_WHEATA0A3B6EQS0_WHEATA0A3B6HTP8_WHEATA0A3B6JN31_WHEATA0A3B6IP13_WHEATA5HE90_WHEATA0A3B6SFX4_WHEATW5CPX1_WHEATA0A3B6NT97_WHEATA0A3B6BZ09_WHEATA0A3B6NKR0_WHEATA0A3B6NS94_WHEATCALM_WHEATA0A3B6LSH6_WHEATA0A1D6D981_WHEATA0A3B6RM24_WHEATA0A3B6MMT9_WHEATA0A3B6HUX0_WHEATA0A3B6QBZ0_WHEATA0A3B6C0G0_WHEATA0A3B6TMN0_WHEATA0A3B6I386_WHEATA0A3B6B8F0_WHEATQ41523_WHEATA0A3B6QD07_WHEATA0A3B6NLC6_WHEATW5BRU9_WHEATA0A3B6BXQ0_WHEATS17P_WHEATA0A3B6IN39_WHEATA0A3B6C7G7_WHEATA0A3B6HTZ6_WHEATA0A3B6RB72_WHEATA0A3B6NX38_WHEATA0A3B6LKD9_WHEATA0A3B6C1B8_WHEATA0A1D5UJX6_WHEATW5BT22_WHEATA0A3B6NMI6_WHEATA0A0C4BIR6_WHEATA0A3B6K9Q1_WHEATA0A3B6HY63_WHEATA0A3B6AYC0_WHEATA0A3B6B2Z6_WHEATA0A1D5YYZ5_WHEATA0A0A7LYY5_WHEATA0A3B6JHF3_WHEATPSAB_WHEATA0A3B6SEH2_WHEATA0A3B6NVH1_WHEATA0A3B6H3F1_WHEATA0A3B6IT96_WHEAT4565.Traes_2BS_C41E04839.14565.Traes_2BS_EB80B2584.1TBB2_WHEATGLT3_WHEATA0A3B6QKL3_WHEATA0A077RUC1_WHEATW5CUA3_WHEATA0A0C4BK54_WHEATA0A3B6IRR2_WHEATA0A3B6NTT8_WHEATA0A3B6JJY2_WHEATA0A1D5SLI4_WHEATA0A3B6IJT8_WHEATA0A3B6JF52_WHEATA0A0C4BK99_WHEATA0A3B6JKS9_WHEATA0A3B6LEZ6_WHEATA0A1D5V0W9_WHEATA0A3B6TFL6_WHEATCYB6_WHEATA0A3B6C520_WHEATW5AUD8_WHEATA0A3B6RFJ8_WHEATA0A3B6C6X0_WHEATQ8S9H0_WHEATA0A3B5Y6N2_WHEATA0A3B5XVN6_WHEATA0A3B6MPD0_WHEATA0A3B6KBY5_WHEATA0A3B6C571_WHEATA0A3B6CJE6_WHEATA0A077RYW2_WHEATA0A3B6TMY1_WHEATA0A3B6KFW8_WHEATW5CWR9_WHEAT