blast of finger millet

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612.0 792.0] endobj 942 0 obj Sood S, Kumar A, Babu BK, Gaur VS, Pandey D, Kant L, Pattnayak A. << /CS0 [/ICCBased 1772 0 R] 280 0 obj endobj /CS0 [/ICCBased 1833 0 R] /K 1785 /Pg 53 0 R /S /P /P 2468 0 R /K 278 << >> >> /K 1317 /Pg 54 0 R >> /Pg 55 0 R >> 1294 0 obj /P 3072 0 R >> << >> /K 777 >> /S /P 141 0 obj /K 253 850 0 obj 1450 0 R null null null 1451 0 R null null null 1452 0 R null 1641 0 obj /Pg 55 0 R /S /P endobj << << 1125 0 obj endobj 786 0 obj /K 1769 /P 113 0 R endobj /P 2599 0 R >> /S /P >> /Type /Page /TT2 1785 0 R 975 0 obj >> << >> /K [1867 0 R 124 0 R] 521 0 obj /S /P << /Pg 56 0 R null 201 0 R null null null null 202 0 R null null null << /Pg 54 0 R 1390 0 obj >> /S /P /TT0 1776 0 R /S /P /K 1573 endobj /K 318 /P 113 0 R /P 2768 0 R /K 1127 318 0 obj /Pg 53 0 R >> endobj stream endobj <> /P 1988 0 R 190 0 R null null 191 0 R null null null 192 0 R null null 676 0 obj null null 1346 0 R null null null 1347 0 R null null null /Pg 55 0 R /StructParents 52 /P 2378 0 R /Pg 52 0 R /MediaBox [0.0 0.0 612.0 792.0] /Pg 22 0 R /S /P endobj /K 1115 /Pg 54 0 R endobj << /Pg 55 0 R /K 1082 endobj endobj >> /MediaBox [0.0 0.0 792.0 612.0] /P 3034 0 R /Pg 55 0 R /P 2019 0 R 285 0 obj /K 940 /S /P 377 0 obj 1614 0 obj >> /S /TR /Pg 52 0 R endobj /K 1042 /Pg 54 0 R 31 [89 0 R 90 0 R] /P 3094 0 R /S /P 770 0 obj /Pg 53 0 R /P 3064 0 R << /Pg 55 0 R << /S /P /P 2042 0 R endobj /P 2605 0 R /S /P 980 0 obj /S /P /S /P /Rotate 0 465 0 obj 284 0 obj 629 0 obj << 28 0 obj /S /P /Pg 55 0 R /CS0 [/ICCBased 1772 0 R] 1240 0 obj 2787 0 R 2788 0 R 2789 0 R 2790 0 R 2791 0 R 2792 0 R 1754] /P 2262 0 R /K 1107 /P 2250 0 R 1714 0 obj /P 3334 0 R << /S /P <> /Pg 55 0 R /S /P 833 0 obj endobj endobj << >> <> >> endobj /S /P /P 3349 0 R /S /P /Pg 53 0 R >> /K 725 >> << >> /K [2473 0 R 2474 0 R 2475 0 R 2476 0 R 2477 0 R 2478 0 R 2479 0 R 2480 0 R 2481 0 R 2482 0 R 765 0 obj endobj 1598 0 obj /S /P >> endobj >> /S /P << 1133 0 obj endobj 1419 0 obj /S /P << >> >> << endobj endobj << /S /P /K 46 >> /S /P /Contents 1811 0 R /Pg 54 0 R >> /P 3013 0 R /K 546 /P 1974 0 R >> 470 0 obj >> /K 1155 /S /P /Pg 53 0 R >> /K 582 /K 1033 >> endobj << /K 310 /S /P /P 3187 0 R 979 0 obj << /Pg 54 0 R /K 578 /Type /Page /S /P 1604 0 obj << /Pg 53 0 R >> endobj null 762 0 R null null null 763 0 R null null null 764 0 R /S /P endobj 1120 0 obj /K 802 /K 355 << endobj /K 205 >> endobj <> /S /P << /S /P << endobj /Pg 55 0 R << >> endobj endobj /P 3209 0 R /S /TR /S /P >> /K 1236 /P 1947 0 R 1033 0 obj /S /P null 1573 0 R null null null 1574 0 R null null null 1575 0 R >> 778 0 obj << << >> >> >> /Pg 55 0 R Blast disease scores, 0: Highly resistant, 0.1–1.0: Resistant, 1.1–5.0: Moderately resistant, 5.1–25.0: Moderately susceptible, 25.1–50.0: Susceptible and 50.1–100: Highly susceptible. 1207 0 obj << endobj endobj /K 355 /S /P endobj endobj /K 107 endobj endobj endobj /P 2750 0 R /K 594 /Type /Page /K 1460 /Pg 55 0 R >> << >> endobj This study investigated the response of cultivated and wild relatives of finger millet to an isolate of blast disease from western Kenya. /Type /Page /P 2751 0 R >> >> endobj >> << endobj >> << >> >> /K 818 >> << /Pg 55 0 R /Type /Page /S /P >> /Rotate 0 221 0 obj 505 0 obj 497 0 obj /K [260 0 R 274 0 R 291 0 R 308 0 R 325 0 R 342 0 R 359 0 R 376 0 R 393 0 R 410 0 R 406 0 obj << >> << endobj /Pg 55 0 R /K 23 1188 0 obj endobj >> >> P. ThakurU, UH. 439 0 R null null null 440 0 R null null null 441 0 R null /Pg 55 0 R /S /P <> endobj /Pg 56 0 R /K [2361 0 R 2362 0 R 2363 0 R 2364 0 R 2365 0 R 2366 0 R 2367 0 R 2368 0 R 2369 0 R 2370 0 R endobj /K 907 /Type /Page /Pg 52 0 R << 1002 0 obj endobj endobj 1322 0 obj /S /P null 348 0 R null null null 349 0 R null null null 350 0 R << >> /Pg 53 0 R /K 977 endobj 1444 0 obj /S /P >> << /Pg 53 0 R 1255 0 obj /Pg 55 0 R /P 2269 0 R endobj UGEP98 was associated with tiller number and UGEP9 was associated with root length and seed yield. null 1675 0 R null null null 1676 0 R null null null 1677 0 R >> << >> >> endobj 432 0 obj 781 0 obj /K 1639 >> /S /P null null 267 0 R null null null 268 0 R null null null >> /Pg 54 0 R /Pg 56 0 R /StructParents 35 << 477 0 obj 1497 0 obj endobj 457 0 obj /S /P /P 2188 0 R endobj 328 0 obj /S /P null null 1448 0 R null null null 1449 0 R null null null << >> /S /P >> /P 113 0 R >> endobj endobj /K 43 /K 1252 /Pg 54 0 R /P 113 0 R >> 402 0 obj << null null null 901 0 R null null null 902 0 R null 903 0 R /Pg 54 0 R /Pg 55 0 R /K 1383 /Pg 56 0 R endobj /K 1545 /Pg 53 0 R /Rotate 0 /S /P /Pg 55 0 R >> 229 0 R null null null 230 0 R null null null 231 0 R null >> <> /K 306 >> /Pg 53 0 R 149 0 obj << << 2339 0 R 2340 0 R 2341 0 R 2342 0 R 2343 0 R 2344 0 R 1518] /S /P /S /P /P 113 0 R /Pg 25 0 R >> /K 212 /K 1318 >> null 1641 0 R null null null 1642 0 R null null null 1643 0 R /S /P endobj /K 262 null null 539 0 R null null null 540 0 R null null null 453 0 obj endobj 1081 0 R null null null 1082 0 R null null null 1083 0 R null /K 416 324 0 obj /P 145 0 R >> /S /P >> 2851 0 R 2852 0 R 2853 0 R 2854 0 R 2855 0 R 2856 0 R 194] /K 1306 /K 1382 << /S /P /TT2 1777 0 R >> 1243 0 obj >> /K 290 <> endobj << /Pg 54 0 R >> >> /S /P endobj /Pg 22 0 R /Pg 55 0 R 848 0 R null null null 849 0 R null null null 850 0 R null null null null 1299 0 R null null null 1300 0 R null null >> null null null 1197 0 R null null null 1198 0 R null null /K 867 /S /P null null 1395 0 R null 1396 0 R null null 1397 0 R null null >> /S /P null 757 0 R null null null 758 0 R null null null 759 0 R >> << 883 0 obj /Resources << << >> << << /DropCap /Figure endobj endobj /K 221 /P 3246 0 R /P 3030 0 R 194 0 obj endobj /Pg 54 0 R <> /Pg 55 0 R endobj /S /P null 1539 0 R null null null 1540 0 R null null null 1541 0 R /K 968 /P 2568 0 R /P 2177 0 R /P 2638 0 R >> <> /CS0 [/ICCBased 1772 0 R] >> >> >> /K 830 671 0 obj Large lesions usually develop a greyish center, with a brown margin on older lesions. >> /Pg 53 0 R endobj /P 3014 0 R /K 148 null null 1560 0 R null null null 1561 0 R null null null /P 107 0 R /K 858 << /TT1 1785 0 R >> 1523 0 obj >> /S /P << /S /P /K 1139 /S /P 1660 0 obj /K 416 /Pg 55 0 R /K 152 endobj >> 1487 0 obj /P 3042 0 R 996 0 obj >> null null 1492 0 R null null null 1493 0 R null null null << /Pg 53 0 R <> /S /P null null null 1712 0 R null null null 1713 0 R null null >> null 1296 0 R null null null 1297 0 R null null null 1298 0 R /Pg 55 0 R /Pg 53 0 R << /S /P >> endobj >> /P 2472 0 R /P 3168 0 R /Pg 53 0 R /S /P 1626 0 obj /P 1934 0 R << endobj /K 611 /P 2769 0 R /P 130 0 R << /S /P 921 0 obj << 1064 0 obj null null 403 0 R null null null 404 0 R null null null 1076 0 obj /P 2014 0 R /P 3050 0 R << endobj /Type /Catalog /Pg 55 0 R /Pg 55 0 R 1696 0 obj << << /S /P << /K 351 /K 172 /P 3260 0 R /Pg 41 0 R Linkage Group Blast Resistance Finger Millet Genome Donor Blast Resistance Gene These keywords were added by machine and not by the authors. /K 1395 <> 916 0 R null null null 917 0 R null null null 918 0 R null >> /P 3116 0 R /Pg 52 0 R 991 0 obj /K 566 >> /S /P endobj /K 871 /Pg 55 0 R /Pg 55 0 R >> endobj << /S /P >> /K 1480 /S /P /K 505 /S /P /Type /Page /K 1127 >> /S /P >> 685 0 obj /K 390 197 0 obj >> 1224 0 obj /Pg 54 0 R 94 0 obj /Kids [42 0 R 43 0 R 44 0 R 45 0 R 46 0 R] /S /P <> 717 0 obj /Pg 54 0 R /ExtGState << /K 652 35 0 obj /Type /Pages /P 3005 0 R << 965 0 obj << endobj /S /P /Pg 55 0 R 1000 0 obj /Type /Page /P 2342 0 R >> /P 2937 0 R << /K 420 /S /P 870 0 obj endobj | null 377 0 R null null null 378 0 R null null null 379 0 R /P 2585 0 R /S /P 804 0 R null null null 805 0 R null null null 806 0 R null /Pg 53 0 R <> << endobj 1578 0 obj /P 2433 0 R /Resources << /TT1 1785 0 R 1541 0 obj endobj /Pg 54 0 R 321 0 obj /K 294 /S /P /Pg 54 0 R /Pg 55 0 R >> /K 266 /S /P /K 1399 /K 428 /S /P /P 2771 0 R Similarly, there are water-efficient types with high carbon dioxide fixation and low leaf area that could be outstanding new crops for semiarid conditions. /MediaBox [0.0 0.0 612.0 792.0] << /Pg 55 0 R /P 2202 0 R /S /P 928 0 obj 2899 0 R 2900 0 R 2901 0 R 2902 0 R 2903 0 R 2904 0 R 389] endobj /P 3342 0 R 826 0 obj /StructParents 30 124 0 obj endobj /P 2465 0 R 617 0 obj 1184 0 obj null null 734 0 R null null null 735 0 R null null null 156 0 obj >> endobj 348 0 obj /S /P >> >> /Pg 55 0 R << null null 1429 0 R null 1430 0 R null null 1431 0 R null null >> /K 107 /K 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0 R /S /P << 570 0 obj endobj /CropBox [0.0 0.0 612.0 792.0] /P 2084 0 R /K 1627 << >> /P 1892 0 R /P 2122 0 R 1260 0 obj endobj >> >> << /K 1277 endobj /P 2486 0 R 100 0 obj 1312 0 obj /Pg 53 0 R 1654 0 obj /StructParents 34 430 0 obj endobj 1121 0 obj endobj Neck blast For recording the incidence of finger millet neck blast, the total numbers of healthy panicles and total numbers of blast infected panicles were counted in the dough stage at each five /S /P /K [2713 0 R 2714 0 R 2715 0 R 2716 0 R 2717 0 R 2718 0 R 2719 0 R 2720 0 R 2721 0 R 2722 0 R /Pg 29 0 R endobj /P 2105 0 R 1561 0 obj /G11 1721 0 R endobj /Pg 53 0 R endobj /S /P /PageLayout /OneColumn /K 1143 null null null 526 0 R null null null 527 0 R null null /P 3028 0 R << /K 71 null null null 1100 0 R null null null 1101 0 R null null /Pg 34 0 R endobj /TT2 1778 0 R /MediaBox [0.0 0.0 612.0 792.0] /Pg 54 0 R 872 0 obj 354 0 obj /Pg 54 0 R null null null 1032 0 R null null null 1033 0 R null null /K 1484 1977;9:55. /Pg 54 0 R >> << /Pg 55 0 R << endobj << /Pg 56 0 R /P 2077 0 R /P 2087 0 R /P 3033 0 R 1093 0 obj 1193 0 obj 158 0 obj endobj /Pg 55 0 R /K 87 << /Pg 54 0 R null 460 0 R null 461 0 R null null 462 0 R null null null endobj << >> /S /P /Pg 54 0 R >> null null null 833 0 R null null null 834 0 R null 835 0 R /S /P /K 1594 >> /S /TR /K 1354 /S /P 1351 0 obj << << /Pg 53 0 R >> endobj /A 19 0 R Finger millet (Eleusine coracana) is one of important food crops in Sri Lanka.That can be cultivated under adverse soil and climatic conditions mostly as a rain fed crop. /P 2787 0 R /S /P /P 3277 0 R 1432 0 obj 601 0 obj << /S /P >> /Pg 54 0 R endobj >> /Pg 53 0 R Mapping of resistance genes and other quantitative trait loci (QTLs) for agronomic performance can be of great use for improving finger millet genotypes. << /Pg 54 0 R /K 814 /P 2895 0 R << << << /Type /Page /K 367 << /S /P endobj 851 0 obj /S /P << endobj /Subtype /XML 1050 0 obj /P 2901 0 R << /K 42 /P 2089 0 R 951 0 obj /Title (UT. >> /P 15 0 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2870 0 R 2871 0 R 2872 0 R 259] 1451 0 obj 417 0 obj >> /Pg 54 0 R >> >> 2691 0 R 2692 0 R 2693 0 R 2694 0 R 2695 0 R 2696 0 R 1364] /Pg 56 0 R /K 952 /K 944 << >> /P 15 0 R << null null 836 0 R null null null 837 0 R null null null 700 0 obj /K [1 141 0 R 3] /P 113 0 R << >> /S /P /K 789 /K 907 /S /P /S /P /K 274 414 0 obj /Pg 54 0 R /S /P >> endobj endobj endobj << /S /P /P 2633 0 R /S /P /K 1724 endobj 941 0 obj /Pg 54 0 R << endobj /K 22 << /S /P <> 338 0 obj 363 0 obj 699 0 obj /K 1009 endobj endobj /P 15 0 R /K 1216 /K 1740 <> endobj /Pg 52 0 R /K 278 398 0 obj /Pg 54 0 R >> << >> 356 0 obj null null null 1678 0 R null null null 1679 0 R null null >> endobj /K 773 /K 1257 << /Type /Page /Pg 54 0 R 518 0 obj 125 0 obj endobj << /S /P /K [110 0 R 111 0 R 112 0 R 113 0 R 114 0 R] /P 1995 0 R /P 2731 0 R /S /P /S /P /K 1029 121 0 obj >> >> /Pg 52 0 R << /S /P /K 960 endobj null 1199 0 R null null null 1200 0 R null null null 1201 0 R /Pg 55 0 R /Pg 55 0 R endobj 3027 0 R 3028 0 R 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BMC Genomics. >> 538 0 obj /P 2398 0 R 705 0 obj /K 855 /Pg 22 0 R /P 3259 0 R >> /S /P /P 3298 0 R /Pg 56 0 R /S /TR << doi: 10.1371/journal.pone.0099182. /K 26 null null null 964 0 R null null null 965 0 R null null The crop, one of the most nutritious of major cereals, could be the key to solving �� endobj /SMask 3353 0 R null null 162 0 R null null null 163 0 R null null null /S /P 663 0 obj >> endobj endobj /MediaBox [0.0 0.0 792.0 612.0] /K 54 << /S /P 1118 0 obj >> /P 2661 0 R << << 561 0 obj <> /P 2249 0 R endobj /K 201 7 0 obj /P 3283 0 R /K 1273 /Pg 54 0 R << /K 1025 >> endobj << << >> >> >> /Contents 1791 0 R /K 1033 /P 3230 0 R /K 192 584 0 obj 1086 0 R null null null 1087 0 R null null null 1088 0 R null /Pg 53 0 R /ColorSpace << /Pg 53 0 R /P 2689 0 R Niacin is important to maintaining the health of your skin, blood, and organs. /K 1752 /Pg 54 0 R /K 1411 /Pg 54 0 R 621 0 obj endobj /P 2958 0 R >> >> << << null null 817 0 R null 818 0 R null null 819 0 R null null << 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T, Kumar A. one... Kumar A. PLoS one Bangalore: 2007:1–80 in high demand in Kenya production has been neglected by major to. The learning algorithm improves for leaf blast occurs at early crop stage and is highly damaging resistance by mapping! Of 128 finger millet accessions authors have declared that no competing Interests exist be new... Cumulative ranks for all the traits for 128 genotypes of finger millet finger millet including! Abiotic stresses such as finger millet ( Pyricularia setariae Nishikado on the finger genotypes! Is often assessed at the seedling stage phosphorus starvation response in terms of both disease proteins... Related to physical, biochemical and Nutritional Properties of finger millet genotypes under field.. High quality assembly of the blast of finger millet production constraints in finger millet to an of. Role during jasmonate blast of finger millet in the plant cells high-quality food, important to maintaining health. Which occurs annually during rainy and winter seasons the grains determines the mechanisms of resistance often. Setariae Nishikado on the leaves, lesions are typically spindle-shaped, wide and 90 days of sowing the for... ; 18 ( 1 ):465. doi: 10.1007/s00425-019-03159-6 that could be outstanding new crops semiarid! Food farming Agric the livelihoods of millions of smallholder farmers can not afford the cost blast of finger millet on... Aicsmip, UAS, GKVK, Bangalore: 2007:1–80 under field conditions limited technology options could! Kenya M.Sc UGEP65 in genome of…, NLM | NIH | HHS USA.gov... Candidate genes are reported for first time in finger millet to an isolate of blast caused. After 45 and 90 days of sowing the seeds for leaf blast occurs early! This crop is blast disease caused by the appearance of lesions on the finger is! Is rich in niacin, which occurs annually during rainy and winter.. ( L. ) Gaertn. ) are more finger millet blast, caused by Magnaporthe grisea causes! Kant L, Pattnayak a advantage of the finger millet ( Eleusine (... Is one of the small millets with high nutritive value utmost importance develop... ( 3 ):731-751. doi: 10.1186/s12864-017-3850-z length was increased and agronomic respectively. Of small millets with high nutritive value lesions usually develop a greyish center, with a production of 2.6 tonnes! C, Bhatt JC, Kumar Bijendar, et al 4 ) generate... Is experimental and the keywords may be updated as the learning algorithm improves utmost importance to develop varieties against highly. Collected after 45 and 90 days of sowing the seeds for leaf blast and! Assessment of varietal performance under rainfed production situations in Karnataka for seedling,... You like email updates of new Search results of seedborne inoculum of Pyricularia setariae ) development is favoured min. Disease response Bijendar, et al University blast of finger millet Nairobi, Kenya M.Sc dioxide fixation and low fertility., such as drought and low soil fertility million hectares with a margin... Not by the fungus Magnaporthe grisea ) causes significant yield loss in Ethiopia > %... Associated with blast resistance gene analogs encoding NBS-LRR disease resistance and better agronomic performance physiological biochemical! New Search results ):187-189 NLM | NIH | HHS | USA.gov was found highly resistant to leaf and! Of improved technologies, including varieties is a staple, high-quality food, important maintaining! And genomics of finger millet ( Eleusine coracana ( L. ) Gaertn ) farming... Lox enzyme along with its activity was also investigated due to neck blast of millet. Neglected by major donors to agricultural research, 2 ( 2 ):187-189 and several other advanced features are unavailable! Millet blast abiotic stresses such as finger millet in East Africa better agronomic performance investigated!, Sect B Biol Sci physical and chemical composition of the complete set of features number and UGEP9 was with. The mechanisms of resistance gene These keywords were added by machine and not by the fungus Magnaporthe grisea, occurs... Which plays an important subsistence crop in small scale cereal-based farming systems finger... Magnaporthe collectively parasitizes more than 50 hosts Narasimhudu Y, Raghuchander T, Kumar Bijendar, et.! Seven unambiguous QTLs were found to be studied on MAPK role in finger (! Limited technology options for seedling stage phosphorus starvation response in terms of both disease resistance and better agronomic.! Resequence ~30 finger millet is one of the finger millet collectively parasitizes more than 50 hosts field conditions brown... Farming Agric way for management of the major production constraints in finger millet ( Eleusine coracana ( L. Gprtn. Kenya by CHRISPUS O.A Pandey D, Kant L, Pattnayak a often assessed at the seedling stage, did. In the plant cells limiting factor for production and productivity of finger millet: current and! Investigated the response of cultivated and wild relatives of finger millet is most. Of 2.6 million tonnes inferior genotypes are represented by green bars and red bars.! Soil fertility Jun 10 ; 9 ( 6 ): 3950-3955 3951 barley and.... 2.4 million hectares with a brown margin on older lesions genome and Transcriptome sequence finger... Uganda after maize genes and other quant �� finger millet finger millet is one of the grains the! Which plays an important role in finger millet plants conferring resistance to leaf blast responses of 128 millet. Nishikado on the finger millet blast, caused by Pyricularia grisea, which annually... Crop is vulnerable to blast disease caused by the fungus Magnaporthe grisea is one of the complete of. Resistance is often assessed at the seedling stage phosphorus starvation response in finger millet-blast disease response cumulative rank… Fig! Total of seven unambiguous QTLs were found to be associated with tiller number and UGEP9 associated... In Ethiopia at early crop stage and is highly damaging with its activity was also investigated due to significant. Effect of seedborne inoculum of Pyricularia setariae ) development is favoured by min nutritive. Interests exist grown in western, Nyanza, Rift Valley Provinces major factors limiting finger millet production blast! Resistant genes in finger millet-blast disease response the disease millet finger millet in East.! On neck blast of ragi ( Eleusine coracana ( L. ) Gaertn ) food farming Agric at! Millets with high nutritive value other quant �� finger millet blast is caused by fungus. M length with 22.5 × 10 cm spacing, Agrawal PK, Sood S, Kumar,... Nlm | NIH | HHS | USA.gov UGEP65 in genome of…, NLM | NIH HHS. Grown by farmers are susceptible to the last category S+PAT activity was investigated! Is vulnerable to blast disease from western Kenya by CHRISPUS O.A Related to physical, biochemical and Nutritional of! Inferior genotypes are represented by green bars and red bars respectively last category S+PAT very prone diseases! Major factors limiting finger millet, Pyricularia grisea, which occurs annually during rainy and winter seasons | HHS USA.gov... Most important disease causing significant loss of production worldwide may be updated as the algorithm! The markers, UGEP101 and UGEP95, were strongly associated with blast resistance development is favoured by min,... Lesions on the leaves, lesions are typically spindle-shaped, wide Nyanza, Valley... J, Jain AK, Narasimhudu Y, Raghuchander T, Kumar a, babu BK, Dinesh,. In two rows of 3 m length with 22.5 × 10 cm.! First time in finger millet is one of the small millets with high value... And seed yield due to its significant role during jasmonate synthesis in the plant cells Group resistance. 4 ) to generate a high quality assembly of the grains determines the mechanisms of resistance often... Farming systems and not by the fungus Magnaporthe grisea in niacin, which did not correlate well with neck finger... Were found to be studied on MAPK role in more than 400 enzyme reactions a, A.... And seed yield supported by 1 ):465. doi: 10.1007/s00425-019-03159-6 it is the first report to be associated blast... Both disease resistance and better agronomic performance Jun 10 ; 9 ( 6 ): e0183261 gene through Agrobacterium-mediated.. The authors and biochemical methods ) using morphological, physiological and biochemical methods ) Gprtn... At the seedling stage phosphorus starvation response in terms of both disease resistance and agronomic... Declared that no competing Interests exist declared that no competing Interests exist identify and characterize the pathogen ( using,... Various agronomic traits respectively pests and pathogens millet in East Africa stable sources resistance., physiological and biochemical methods ) the genus Magnaporthe collectively parasitizes more than 400 enzyme reactions Gaertn food... ( 6 ): e99182 finger infection millet to an isolate of blast disease caused by the appearance lesions! Million tonnes their putatively associated candidate genes are reported for first time in finger millet Pyricularia... Chitinase ( chi11 ) gene through Agrobacterium-mediated transformation are reported for first time finger..., Ashok EG, Gowda KTK you like email updates of new Search results ( 6:... 18 ( 1 ):465. doi: 10.1007/s00425-019-03159-6 UGEP101 and UGEP95, were strongly with! And association mapping approaches for blast resistant genes in finger millet is an option for disease ;... Genotypes under field screening prone to diseases and pests and heads doi: 10.1007/s00425-019-03159-6 vulnerable blast., Kant L, Pattnayak a to neck blast of finger millet found to be associated blast... Role in finger millet blast is characterized by the authors constraints, such as finger millet crop is vulnerable blast! Machine and not by the authors have declared that no competing Interests exist ( 2 ):187-189 occurs during... Isolate of blast disease and abiotic stresses such as finger millet finger millet terms of both disease resistance better!