Protein estimation by Kjeldohl method of different genotypes of Cajanus cajan
S.no Name Protein content_1st yr(2020) Protein content_2nd yr(2021) Protein content_3rd yr(2022)
1 MC 1 22.23625 22.23625 22.23625
2 MC 2 28.14 28.14 28.14
3 MC 3 24.845625 24.845625 24.845625
4 MC 6 22.988125 22.988125 22.988125
5 MC 7 25.369375 25.369375 25.369375
6 MC 9 26.06125 26.06125 26.06125
7 MC 10 21.41 21.41 21.41
8 MC 12 24.328125 24.328125 24.328125
9 MC 13 24.7175 24.7175 24.7175
10 MC 18 27.544375 27.544375 27.544375
11 MC 19 24.15125 24.15125 24.15125
12 MC 20 24.131875 24.131875 24.131875
13 MC 21 28.188125 28.188125 28.188125
14 MC 26 25.0575 25.0575 25.0575
15 MC 27 24.290625 24.290625 24.290625
16 MC 28 24.22625 24.22625 24.22625
17 MC 30 27.20625 27.20625 27.20625
18 MC 31 28.94 28.94 28.94
19 MC 34 27.895 27.895 27.895
20 MC 35 24.353125 24.353125 24.353125
21 MC 36 22.9125 22.9125 22.9125
22 MC 38 22.18125 22.18125 22.18125
23 MC 39 26.34625 26.34625 26.34625
24 MC 44 23.4625 23.4625 23.4625
25 MC 48 22.76 22.76 22.76
26 MC 50 22.919375 22.919375 22.919375
27 MC 51 19.013125 19.013125 19.013125
28 MC 56 17.7975 17.7975 17.7975
29 MC 63 22.5625 22.5625 22.5625
30 MC 65 22.400625 22.400625 22.400625
31 MC 66 25.485625 25.485625 25.485625
32 MC 69 26.374375 26.374375 26.374375
33 MC 70 24.05875 24.05875 24.05875
34 MC 72 22.564375 22.564375 22.564375
35 MC 76 27.66 27.66 27.66
36 MC 77 20.33125 20.33125 20.33125
37 MC 79 22.5175 22.5175 22.5175
38 MC 80 25.428125 25.428125 25.428125
39 MC 81 24.8125 24.8125 24.8125
40 MC 82 22.826875 22.826875 22.826875
41 MC 83 22.193125 22.193125 22.193125
42 MC 84 23.9175 23.9175 23.9175
43 MC 85 29.255 29.255 29.255
44 MC 86 29.156875 29.156875 29.156875
45 MC 87 25.5575 25.5575 25.5575
46 MC 89 23.984375 23.984375 23.984375
47 MC 90 23.309375 23.309375 23.309375
48 MC 93 22.82875 22.82875 22.82875
49 MC 94 26.74875 26.74875 26.74875
50 MC 97 22.764375 22.764375 22.764375
51 MC 99 27.6475 27.6475 27.6475
52 MC 101 24.901875 24.901875 24.901875
53 MC 104 26.076875 26.076875 26.076875
54 MC 109 22.826875 22.826875 22.826875
55 MC 114 21.634375 21.634375 21.634375
56 MC 115 23.5425 23.5425 23.5425
57 MC 116 22.836875 22.836875 22.836875
58 MC 117 24.081875 24.081875 24.081875
59 MC 118 23.42125 23.42125 23.42125
60 MC 119 22.576875 22.576875 22.576875
61 MC 120 24.431875 24.431875 24.431875
62 MC 121 25.553125 25.553125 25.553125
63 MC 123 23.668125 23.668125 23.668125
64 MC 125 24.101875 24.101875 24.101875
65 MC 126 23.675 23.675 23.675
66 MC 128 24.37875 24.37875 24.37875
67 MC 130 28.24125 28.24125 28.24125
68 MC 132 27.07625 27.07625 27.07625
69 MC 133 25.3375 25.3375 25.3375
70 MC 134 21.66875 21.66875 21.66875
71 MC 122 15.753125 15.753125 15.753125
72 MC 111 18.398125 18.398125 18.398125
73 UP 3-I 23.64875 23.64875 23.64875
74 UP 7-I 23.565 23.565 23.565
75 UP 8-I 27.943125 27.943125 27.943125
76 UP 9-I 23.5425 23.5425 23.5425
77 UP 10-V 25.719375 25.719375 25.719375
78 UP 12-I 27.209375 27.209375 27.209375
79 UP 14-II 27.3325 27.3325 27.3325
80 UP 15- I 27.976875 27.976875 27.976875
81 UP 16-I 27.525 27.525 27.525
82 UP 17-II 30.76625 30.76625 30.76625
83 UP 22 31.57875 31.57875 31.57875
84 UP 32 29.21875 29.21875 29.21875
85 UP 37 29.128125 29.128125 29.128125
86 UP 83-I 16.0425 16.0425 16.0425
87 UP 84-I 9.744375 9.744375 9.744375
88 UP 73 21.8125 21.8125 21.8125
89 UP 86-IV 18.505 18.505 18.505
90 UP 87-I 28.33375 28.33375 28.33375
91 UP 88-IV 22.149375 22.149375 22.149375
92 UP 89-II 26.003125 26.003125 26.003125
93 UP 90-IV 21.644375 21.644375 21.644375
94 UP 91-I 26.2025 26.2025 26.2025
95 UP 92-VIII 24.554375 24.554375 24.554375
96 UP 95-I 19.764375 19.764375 19.764375
97 UP 97- III 26.306875 26.306875 26.306875
98 UP 98-I 29.413125 29.413125 29.413125
99 UP 99-I 24.015625 24.015625 24.015625
100 UP 104-I 12.26375 12.26375 12.26375
101 UP 105-I 26.028125 26.028125 26.028125
102 UP 110-III 21.595625 21.595625 21.595625
103 UP 111-I 23.3 23.3 23.3
104 UP 113-I 20.176875 20.176875 20.176875
105 UP 115-III 23.85625 23.85625 23.85625
106 UP 116-III 23.993125 23.993125 23.993125
107 UP 1-I 25.884375 25.884375 25.884375
108 UP 2-I 29.878125 29.878125 29.878125
109 UP 6-I 27.825625 27.825625 27.825625
110 UP 11-II 26.365 26.365 26.365
111 UP 30-I 13.3625 13.3625 13.3625
112 UP 34-I 22.910625 22.910625 22.910625
113 UP 39-I 24.584375 24.584375 24.584375
114 UP 44-V 24.534375 24.534375 24.534375
115 UP 45-III 25.968125 25.968125 25.968125
116 UP 46 17.175 17.175 17.175
117 GT – 2888 21.39 21.39 21.39
118 PUSA DWARF 20.12125 20.12125 20.12125
119 MEDIUM BULK 19.305625 19.305625 19.305625
120 BAHAR 24.633125 24.633125 24.633125
121 UC 13 29.97 29.97 29.97
122 AKPR-303 20.1625 20.1625 20.1625
123 ASHA 21.508125 21.508125 21.508125
124 ICPL-8863 18.474375 18.474375 18.474375
125 BSMR-736 27.1475 27.1475 27.1475
126 ICPL-20092 27.5375 27.5375 27.5375
127 HY3C 27.685 27.685 27.685
128 UP 31 10.566 10.566 10.566
129 TJT 501 20.1625 20.1625 20.1625
130 ICPL-7035 20.1525 20.1525 20.1525
131 SKB 5 22.86875 22.86875 22.86875
132 ICPL-14923 23.50125 23.50125 23.50125
133 AKPR-324 22.7425 22.7425 22.7425
134 ICPL-87091 22.7725 22.7725 22.7725
135 ICPL-11811  23.725625 23.725625 23.725625
136 ICPL-2376 10.285625 10.285625 10.285625
137 ICPL-87 27.659375 27.659375 27.659375
138 ICPL-151 23.431875 23.431875 23.431875
139 UP 43-II 23.490625 23.490625 23.490625
140 IDT-II 22.58125 22.58125 22.58125
141 MAL-3 21.5875 21.5875 21.5875
142 UP 35 25.4625 25.4625 25.4625
143 UP 85-V 23.883125 23.883125 23.883125
144 UP 17 21.343125 21.343125 21.343125
145 AKPR-359 25.174375 25.174375 25.174375
146 UP 26-II 25.73 25.73 25.73
147 MC 125 23.650625 23.650625 23.650625
148 HD15/ICPL-13852 21.380625 21.380625 21.380625
149 UP 26-I 25.73 25.73 25.73
150 UP 27 21.721875 21.721875 21.721875
151 UP 74 23.268125 23.268125 23.268125
152 HD14/ICPL-14104 22.899375 22.899375 22.899375
153 HD11/ICPL-136613 26.2875 26.2875 26.2875
154 HD9/ICPL-13271 19.406875 19.406875 19.406875
155  ICPL-13828 24.503125 24.503125 24.503125
156 11B 22.49375 22.49375 22.49375
157 ICPL-13438 21.343125 21.343125 21.343125
158 ICP-15530 22.495625 22.495625 22.495625
159 UP 17G 33.03125 33.03125 33.03125
160 1_2 24.56875 24.56875 24.56875
161 PUSA-992 22.44 22.44 22.44
162 PUSA-2001 7.049375 7.049375 7.049375
163 PUSA 2002-M-1 14.38 14.38 14.38
164 PUSA 2012-1 5.015 5.015 5.015
165 AKCMS-11A 21.04375 21.04375 21.04375
166 AKCMS-11B 18.89375 18.89375 18.89375
167 AKCMS-13A 19.34375 19.34375 19.34375
168 AKCMS -13B 25.626875 25.626875 25.626875
169 10_3 26.549375 26.549375 26.549375
170 AKPR-303 13.725 13.725 13.725
171 ASHA 18.54 18.54 18.54
172 ASHA-DWARF 23.66 23.66 23.66
173 V. Bahar 16.211875 16.211875 16.211875
174 BSMR-846 23.846875 23.846875 23.846875
175 20_1 22.3 22.3 22.3
176 CO – 5 24.106875 24.106875 24.106875
177 DG(RG)-15 20.25 20.25 20.25
178 DG(RG)-23 16.39 16.39 16.39
179 DG (RG)- 26 21.104375 21.104375 21.104375
180 DG(RG)-27 22.459375 22.459375 22.459375
181 DG(RG)-29 22.1125 22.1125 22.1125
182 DG(RG)-30 30.239375 30.239375 30.239375
183 DG(RG)-39 21.398125 21.398125 21.398125
184 DG(RG)-40 24.19875 24.19875 24.19875
185 DG(RG)-33 8.93 8.93 8.93
186 DG(RG)-42 19.50625 19.50625 19.50625
187 DG(RG)-45 20.49375 20.49375 20.49375
188 DG(RG)-48 24.085 24.085 24.085
189 DG(RG)-41 21.194375 21.194375 21.194375
190 DG(RG)-52 22.3125 22.3125 22.3125
191 DG(RG)-53 20.13125 20.13125 20.13125
192 DG(RG)-56 23.92125 23.92125 23.92125
193 EC-13693 19.9375 19.9375 19.9375
194 EC-151154 21.38125 21.38125 21.38125
195 EC-528314 22.84 22.84 22.84
196 EC-528321 22.03125 22.03125 22.03125
197 EC-528322 23.11875 23.11875 23.11875
198 H2001-4 18.41 18.41 18.41
199 EC-151154 25.94625 25.94625 25.94625
200 ICPL-43534 4.82375 4.82375 4.82375
201 ICPL-11512 20.87625 20.87625 20.87625
202 ICPL-15054 21.4625 21.4625 21.4625
203 ICPL-15335 21.40625 21.40625 21.40625
204 ICPL-15350 21.9125 21.9125 21.9125
205 T-883/ ICPL-15354 20.55 20.55 20.55
206 T-853/ ICPL-16451 20.53 20.53 20.53
207 ICPL-16451 4.851875 4.851875 4.851875
208 ICPL-16675 18.93125 18.93125 18.93125
209 ICPL-06013 22.195 22.195 22.195
210 LRG-141 22.49 22.49 22.49
211 LRG-30 18.89375 18.89375 18.89375
212 LRG-38 11.62625 11.62625 11.62625
213 MAL-13 24.920625 24.920625 24.920625
214 PAE-9-569 24.984375 24.984375 24.984375
215 PAE-11-21 20.038125 20.038125 20.038125
216 PDF-EE 6.051875 6.051875 6.051875
217 PUSA DWARF 6.40625 6.40625 6.40625
218 U-11-34 19.84375 19.84375 19.84375
219 U-11-80 23.225 23.225 23.225
220 DG(RG)-24 23.108125 23.108125 23.108125
221 DG(RG)-55 24.63125 24.63125 24.63125
222 ICPL-20325 22.875 22.875 22.875
223 JKM-189 21.67625 21.67625 21.67625
224 MA-6 25.03125 25.03125 25.03125
225 ICPL-8863 17.810625 17.810625 17.810625
226 CS 23.473125 23.473125 23.473125
227 DG(RG) – 44 20.6875 20.6875 20.6875
228 DG(RG) – 54 22.83125 22.83125 22.83125
229 DG(RG) – 38 20.90625 20.90625 20.90625
230 DG(RG) – 58 22.93125 22.93125 22.93125
231 DG(RG) – 56 22.375 22.375 22.375
232 DG(RG) – 48 20.98125 20.98125 20.98125
233 DG(RG) – 46 22.54375 22.54375 22.54375
234 DG(RG) – 51 19.79375 19.79375 19.79375
235 DG(RG) – 3 17.08125 17.08125 17.08125
236 DG(RG) – 16 24.66875 24.66875 24.66875
237 DG(RG) – 27 20.18125 20.18125 20.18125
238 DG(RG) – 40 22.7875 22.7875 22.7875
239 JKM – 189 22.0375 22.0375 22.0375
240 AKPHM – 11303 22.75625 22.75625 22.75625
241 ICPL-387061 10.63 10.63 10.63
242 ASHA – BULK 16.9 16.9 16.9
243 MARUTI 21.53125 21.53125 21.53125
244 ICPL-11512 18.9625 18.9625 18.9625
245 ICPL-88034 16.675 16.675 16.675
246 VIPULA 21.05 21.05 21.05
247 DHOLI DWARF 19.2875 19.2875 19.2875
248 PDF-EE 17.51875 17.51875 17.51875
249 T-14-16 19.53125 19.53125 19.53125
250 T-87-2 18.75625 18.75625 18.75625
251 T-7-11 21.64375 21.64375 21.64375
252 T-95-4 19.90625 19.90625 19.90625
253 T-10-9 22.1125 22.1125 22.1125
254 MALTI-20 22.68125 22.68125 22.68125
255 MAL-18 24.025 24.025 24.025
256 T-13-4 21.5375 21.5375 21.5375
257 ICPL- 772 20.475 20.475 20.475
258 ICPL- 939 16.93125 16.93125 16.93125
259 ICPL- 1126 15.59375 15.59375 15.59375
260 ICPL- 1279 18.275 18.275 18.275
261 ICPL- 2746 18.1625 18.1625 18.1625
262 ICPL- 3046 16.79375 16.79375 16.79375
263 ICPL- 3049 18.125 18.125 18.125
264 ICPL- 3451 21.31875 21.31875 21.31875
265 ICPL- 4317 21.49375 21.49375 21.49375
266 ICPL- 4392 18.825 18.825 18.825
267 ICPL- 4575 22.7125 22.7125 22.7125
268 ICPL- 6049 17.6875 17.6875 17.6875
269 ICPL- 6370 18.71875 18.71875 18.71875
270 ICPL- 6668 18.89375 18.89375 18.89375
271 ICPL- 6859 20.125 20.125 20.125
272 ICPL- 7057 19.40625 19.40625 19.40625
273 ICPL- 7076 22.65625 22.65625 22.65625
274 ICPL- 7314 17.56875 17.56875 17.56875
275 ICPL- 7375 20.11875 20.11875 20.11875
276 ICPL- 7507 20.89375 20.89375 20.89375
277 ICPL- 8012 23.425 23.425 23.425
278 ICPL- 8152 20.7375 20.7375 20.7375
279 ICPL- 8227 18.74375 18.74375 18.74375
280 ICPL- 8255 17.99375 17.99375 17.99375
281 ICPL- 8602 20.95625 20.95625 20.95625
282 ICPL- 8700 19.71875 19.71875 19.71875
283 ICPL- 8757 19.7375 19.7375 19.7375
284 ICPL- 8793 16.65 16.65 16.65
285 ICPL- 8840 16.85 16.85 16.85
286 ICPL- 9336 18.375 18.375 18.375
287 ICPL- 9414 19.25 19.25 19.25
288 ICPL- 9750 19.7375 19.7375 19.7375
289 ICPL- 10228 21.24375 21.24375 21.24375
290 ICPL- 10397 19.7375 19.7375 19.7375
291 ICPL- 10447 19.80625 19.80625 19.80625
292 ICPL- 10654 19.7 19.7 19.7
293 ICPL- 11823 22.55 22.55 22.55
294 ICPL- 11946 18.91875 18.91875 18.91875
295 ICPL- 12105 20.1625 20.1625 20.1625
296 ICPL- 12298 18.3125 18.3125 18.3125
297 ICPL- 12410 15.60625 15.60625 15.60625
298 ICPL- 12596 20.56875 20.56875 20.56875
299 ICPL- 12680 20.15625 20.15625 20.15625
300 ICPL- 13139 20.40625 20.40625 20.40625
301 ICPL- 13167 17.96875 17.96875 17.96875
302 ICPL-13244 20.24375 20.24375 20.24375
303 ICPL-13270 18.66875 18.66875 18.66875
304 ICPL -3359 20.85 20.85 20.85
305 ICPL-14545 24.83125 24.83125 24.83125
306 ICPL-14722 19.10625 19.10625 19.10625
307 ICPL-15109 19.0625 19.0625 19.0625
308 ICPL-15382 19.13125 19.13125 19.13125
309 ICPL-7223 19.76875 19.76875 19.76875
310 PUSA ARHAR (2017-1) 20.2 20.2 20.2
311 PUSA ARHAR (2018-2) 24.64 24.64 24.64
312 PUSA ARHAR (2018-4) 23.94 23.94 23.94
313 PUSA (2020-2) 19.17 19.17 19.17
314 PUSA ARHAR-16 20.34 20.34 20.34
Protein structure and function of different abiotic stress in Cajanus cajan        
S.No. Accession Gene  Protein name Abiotic stress Protein structure Function Length (AA) Reference
1 CcCDR D3YBH6_CAJCA Regulatory protein  Cold and drought

 
     
 
Functions as a transcriptional activator of ABA signal transduction, which is responsible for tolerance to multiple abiotic stresses.  99 https://doi.org/10.1093/jxb/eru224
2 A0A151SMU3  KK1_002397 WRKY transcription factor Cold, heat and drought

 
     
 
Transcription factor gene family involved in numerous biological processes like seed germination, metabolism, plant growth, biotic and abiotic stress in pigeonpea 313 https://doi.org/10.3390/plants8070214
3 A0A151RD39  KK1_038275 Putative WRKY transcription factor 42 Cold, heat and drought

 
     
 
Transcription factor gene family involved in numerous biological processes like seed germination, metabolism, plant growth, biotic and abiotic stress in pigeonpea 431 https://doi.org/10.3390/plants8070214
4 A0A151QX95 KK1_044035 Putative WRKY transcription factor 40 Cold, heat and drought

 
     
 
Transcription factor gene family involved in numerous biological processes like seed germination, metabolism, plant growth, biotic and abiotic stress in pigeonpea 288 https://doi.org/10.3390/plants8070214
5 A0A151S786 KK1_027591 Putative WRKY transcription factor 72 Cold, heat and drought

 
     
 
Transcription factor gene family involved in numerous biological processes like seed germination, metabolism, plant growth, biotic and abiotic stress in pigeonpea 434 https://doi.org/10.3390/plants8070214
6 Q9SW11 PUB35 U-box domain-containing protein 35 Drought

 
     
 
Functions as an E3 ubiquitin ligase. 835 https://doi.org/10.3389/fpls.2015.01065
7 Q8GZ84 PUB36 U-box domain-containing protein 36 Drought

 
     
 
Functions as an E3 ubiquitin ligase. 435 https://doi.org/10.3389/fpls.2015.01065
8 Q9FKG6 PUB52 U-box domain-containing protein 52 Drought

 
     
 
Functions as an E3 ubiquitin ligase. 845 https://doi.org/10.3389/fpls.2015.01065
9 Q9SIT5 CHX15 Cation/H(+) antiporter 15 Drought

 
     
 
May operate as a cation/H+ antiporter. 821 https://doi.org/10.3389/fpls.2015.01065
10 Q8LGG8 At3g01520 Universal stress protein A-like protein Drought

 
     
 
Functions as an E3 ubiquitin ligase. 175 https://doi.org/10.3389/fpls.2015.01065
11 CcHyPRP D3YBH5_CAJCA Hybrid proline-rich protein Drought, salinity, and heat

 
     
 
Exhibited high-level tolerance against major abiotic stresses, viz., drought, salinity, and heat, as evidenced by increased biomass, chlorophyll content, survival rate, root, and shoot growth. 131 https://doi.org/10.3389/fpls.2015.01167
12 A0A151QYF3 KK1_043692 CBL-interacting serine/threonine-protein kinase 5 Drought, salinity, and heat

 
     
 
Has potential functions in the biosynthesis of p-coumaric acid. 202 https://doi.org/10.1016/j.envexpbot.2020.104102
13 A0A151S5T7 KK1_028111 CBL-interacting serine/threonine-protein kinase 4 Drought, salinity, and heat

 
     
 
Over-expressing CcCBL4 can enhance the resistance of pigeon peas to abiotic stresses. 1O6  https://doi.org/10.1016/j.envexpbot.2020.104102
14 A0A151SFM5   KK1_024490 CBL-interacting serine/threonine-protein kinase 6 Drought, salinity, and heat

 
     
 
Has potential functions in the biosynthesis of p-coumaric acid. 236 https://doi.org/10.1016/j.envexpbot.2020.104102
15 A0A151QWH1 KK1_044341 CBL-interacting serine/threonine-protein kinase 7 Drought, salinity, and heat

 
     
 
Over-expressing CcCBL4 can enhance the resistance of pigeon peas to abiotic stresses. 285 https://doi.org/10.1016/j.envexpbot.2020.104102
16 A0A151T9T6  KK1_018387 CBL-interacting serine/threonine-protein kinase 11 Drought, salinity, and heat

 
     
 
Has potential functions in the biosynthesis of p-coumaric acid. 364 https://doi.org/10.1016/j.envexpbot.2020.104102
17 A0A151TNU5  KK1_022337 CN hydrolase domain-containing protein Drought, salinity, and heat

 
     
 
Nitrogen compound metabolic process 350 https://doi.org/10.1016/j.envexpbot.2021.104627
18 A0A151T558 KK1_016714 Uncharacterized protein  Drought, salinity, and heat

 
     
 
Nitrogen compound metabolic process 70 https://doi.org/10.1016/j.envexpbot.2021.104627
19 A0A151T9B3 KK1_018216 MYB transcription factor Drought, salinity, and heat

 
     
 
Nucleosome assembly 293 https://doi.org/10.1016/j.envexpbot.2021.104627
20 A0A151SC30 KK1_025677 MYB transcription factor Drought, salinity, and heat

 
     
 
Nucleosome assembly 293 https://doi.org/10.1016/j.envexpbot.2021.104627
21 A0A151U3S0 KK1_006601 Pleiotropic drug resistance protein 1 Drought, salt, temperature

 
     
 
Play a vital role in the physiological processes of growth and development in plants.  198 10.7717/peerj.10688
22 A0A151SC38 KK1_025824  ABC transporter G family member 23 Drought, salt, temperature

 
     
 
Play a vital role in the physiological processes of growth and development in plants.  516 10.7717/peerj.10688
23 A0A151QVL5 KK1_044634 Pleiotropic drug resistance protein 3 Drought, salt, temperature

 
     
 
Play a vital role in the physiological processes of growth and development in plants.  623 10.7717/peerj.10688
24 A0A151SXQ1 KK1_015011 Pleiotropic drug resistance protein 1 Drought, salt, temperature

 
     
 
Play a vital role in the physiological processes of growth and development in plants.  1152 10.7717/peerj.10688

Protein sturture and function of different biotic stress with their causative agent      
S.No. Accession Gene  Protein name Disease name Causative agent Protein structure Function Length (AA) Reference
1 CcHyPRP D3YBH5_CAJCA Hybrid proline-rich protein Blight disease Magnaporthe grisea

 
     
 
Exhibited high-level tolerance against major abiotic stresses, viz., drought, salinity, and heat, as evidenced by increased biomass, chlorophyll content, survival rate, root, and shoot growth. 131 https://doi.org/10.3389/fpls.2015.01167
2 A0A151SMU3  KK1_002397 WRKY transcription factor Necrotrophic fungal pathogen Alternaria brassicicola

 
     
 
Transcription factor gene family involved in numerous biological processes like seed germination, metabolism, plant growth, biotic and abiotic stress in pigeonpea 313 https://doi.org/10.3390/plants8070214
3 A0A151RD39  KK1_038275 Putative WRKY transcription factor 42 Necrotrophic fungal pathogen Alternaria brassicicola

 
     
 
Transcription factor gene family involved in numerous biological processes like seed germination, metabolism, plant growth, biotic and abiotic stress in pigeonpea 431 https://doi.org/10.3390/plants8070214
4 A0A151QX95 KK1_044035 Putative WRKY transcription factor 40 Necrotrophic fungal pathogen Alternaria brassicicola

 
     
 
Transcription factor gene family involved in numerous biological processes like seed germination, metabolism, plant growth, biotic and abiotic stress in pigeonpea 288 https://doi.org/10.3390/plants8070214
5 A0A151S786 KK1_027591 Putative WRKY transcription factor 72 Necrotrophic fungal pathogen Alternaria brassicicola

 
     
 
Transcription factor gene family involved in numerous biological processes like seed germination, metabolism, plant growth, biotic and abiotic stress in pigeonpea 434 https://doi.org/10.3390/plants8070214
6 R4Y361 R4Y361_9VIRU  RNA1_PpSMV Sterility Mosaic Virus Aceria cajani

 
     
 
May evolve by acquiring additional genomic RNA segments so as to facilitate precise virus–host or virus–vector interactions. 212 DOI:10.29328/journal.apb.1001013
7 A0A1C3RAB7 P5 protein P5 protein_PpSMV Sterility Mosaic Virus Aceria cajani

 
     
 
May evolve by acquiring additional genomic RNA segments so as to facilitate precise virus–host or virus–vector interactions. 212 DOI:10.29328/journal.apb.1001013