Welcome to MilletRancidDB

Database for Rancidity associated genes identified in Pearl millet

Transcriptome datasets in MilletRancidDB

Mining of Rancidity Associated Transcripts/Enzymes in Transcriptome Datasets


After literature review, eighty-two publically available transcriptome datasets of different cultivar of Pearl millet were considered. They belong to different tissues like root, leaf etc and also to different stress condition, e.g. heat, drought etc with control conditions. Brief details of these studies is provided in the first table while the complete detail is provided in the next table.

Raw reads were taken for each dataset from SRA database. After then they were assembled using Pearl millet genome sequence available from ICRISAT. After assembly, each transcriptome sequence was aligned against the rancidity genes/enzymes which were taken from 15 different plant species, i.e., 11 species of Pennisetum glaucum, 01 species each of Setaria italica, Eleusine coracana, Oryza sativa and Arabidopsis thaliana.
On this basis, four rancidity associated enzymes, Lipase, Lipoxygenase, Polyphenol Oxidase and Peroxidase were identified in these transcriptome datasets.

S. No. Bioproject Cultivar Plant part Country Reference
1.PRJNA574746PRLT2/89-33LeavesShivhare R, Asif MH, & Lata C. Comparative transcriptome analysis reveals the genes and pathways involved in terminal drought tolerance in pearl millet. Plant Mol Biol 103, 639India
2.PRJNA688001Tifleaf 3RootZhang A, Ji Y, Sun M, et al. Research on the drought tolerance mechanism of Pennisetum glaucum (L.) in the root during the seedling stage. BMC Genomics 22, 568 (2021). https://doi.org/10.1186/s12864-021-07888-5China
3.PRJNA689619Tifleaf 3RootSun M, Lin C, Zhang A, et al. Transcriptome sequencing revealed the molecular mechanism of response of pearl millet root to heat stress. J Agro Crop Sci. 2021; 207: 768China
4.PRJNA756390Tifleaf 3LeavesHuang D, Sun M, Zhang A, Chen J, Zhang J, Lin C, Zhang H, Lu X, Wang X, Yan H, Tang J, Huang L. Transcriptional Changes in Pearl Millet Leaves under Heat Stress. Genes. 2021; 12(11):1716. https://doi.org/10.3390/genes12111716China
5.PRJNA766308Tifleaf 3RootJi Y, Lu X, Zhang H, Luo D, Zhang A, Sun M, Wu Q, Wang X, Huang L. Transcriptome Reveals the Dynamic Response Mechanism of Pearl Millet Roots under Drought Stress. Genes. 2021; 12(12):1988. https://doi.org/10.3390/genes12121988China


Detailed information about each of these studies is provided below:


S. No. Bioproject Species / Cultivar Plant Part Stress Replicate(s) SRA id
1.PRJNA574746PRLT2/89-33Leaveswater stressed (WS)NASRR10198587
2.PRJNA574746PRLT2/89-33Leaveswater stressed (WS)NASRR10198585
3.PRJNA574746PRLT2/89-33Leaveswell-watered (WW)NASRR10198586
4.PRJNA574746PRLT2/89-33Leaveswell-watered (WW)NASRR10198588
5.PRJNA688001Tifleaf 3Rootdrought 1 hourreplicate 1SRR13355949
6.PRJNA688001Tifleaf 3Rootdrought 1 hourreplicate 2SRR13355948
7.PRJNA688001Tifleaf 3Rootdrought 1 hourreplicate 3SRR13355947
8.PRJNA688001Tifleaf 3Rootdrought 3 hourreplicate 1SRR13355943
9.PRJNA688001Tifleaf 3Rootdrought 3 hourreplicate 2SRR13355958
10.PRJNA688001Tifleaf 3Rootdrought 3 hourreplicate 3SRR13355957
11.PRJNA688001Tifleaf 3Rootdrought 7 hourreplicate 1SRR13355953
12.PRJNA688001Tifleaf 3Rootdrought 7 hourreplicate 2SRR13355952
13.PRJNA688001Tifleaf 3Rootdrought 7 hourreplicate 3SRR13355951
14.PRJNA688001Tifleaf 3Rootwithout drought 1hourreplicate 1SRR13355960
15.PRJNA688001Tifleaf 3Rootwithout drought 1hourreplicate 2SRR13355959
16.PRJNA688001Tifleaf 3Rootwithout drought 1hourreplicate 3SRR13355950
17.PRJNA688001Tifleaf 3Rootwithout drought 3hourreplicate 1SRR13355946
18.PRJNA688001Tifleaf 3Rootwithout drought 3hourreplicate 2SRR13355945
19.PRJNA688001Tifleaf 3Rootwithout drought 3hourreplicate 3SRR13355944
20.PRJNA688001Tifleaf 3Rootwithout drought 7hourreplicate 1SRR13355956
21.PRJNA688001Tifleaf 3Rootwithout drought 7hourreplicate 2SRR13355955
22.PRJNA688001Tifleaf 3Rootwithout drought 7hourreplicate 3SRR13355954
23.PRJNA689619Tifleaf 3Rootcontrol_1hreplicate 1SRR13354584
24.PRJNA689619Tifleaf 3Rootcontrol_1hreplicate 2SRR13354583
25.PRJNA689619Tifleaf 3Rootcontrol_1hreplicate 3SRR13354592
26.PRJNA689619Tifleaf 3Rootcontrol_3hreplicate 1SRR13354591
27.PRJNA689619Tifleaf 3Rootcontrol_3hreplicate 2SRR13354590
28.PRJNA689619Tifleaf 3Rootcontrol_3hreplicate 3SRR13354589
29.PRJNA689619Tifleaf 3Rootcontrol_7hreplicate 1SRR13354588
30.PRJNA689619Tifleaf 3Rootcontrol_7hreplicate 2SRR13354587
31.PRJNA689619Tifleaf 3Rootcontrol_7hreplicate 3SRR13354586
32.PRJNA689619Tifleaf 3Rootheat_1hreplicate 1SRR13354585
33.PRJNA689619Tifleaf 3Rootheat_1hreplicate 2SRR13354582
34.PRJNA689619Tifleaf 3Rootheat_1hreplicate 3SRR13354581
35.PRJNA689619Tifleaf 3Rootheat_3hreplicate 1SRR13354598
36.PRJNA689619Tifleaf 3Rootheat_3hreplicate 2SRR13354597
37.PRJNA689619Tifleaf 3Rootheat_3hreplicate 3SRR13354596
38.PRJNA689619Tifleaf 3Rootheat_7hreplicate 1SRR13354595
39.PRJNA689619Tifleaf 3Rootheat_7hreplicate 2SRR13354594
40.PRJNA689619Tifleaf 3Rootheat_7hreplicate 3SRR13354593
41.PRJNA756390Tifleaf 3Leavescontrol_1hreplicate 1SRR15532987
42.PRJNA756390Tifleaf 3Leavescontrol_1hreplicate 2SRR15532986
43.PRJNA756390Tifleaf 3Leavescontrol_1hreplicate 3SRR15532977
44.PRJNA756390Tifleaf 3Leavescontrol_48hreplicate 1SRR15532976
45.PRJNA756390Tifleaf 3Leavescontrol_48hreplicate 2SRR15532975
46.PRJNA756390Tifleaf 3Leavescontrol_48hreplicate 3SRR15532974
47.PRJNA756390Tifleaf 3Leavescontrol_96hreplicate 1SRR15532973
48.PRJNA756390Tifleaf 3Leavescontrol_96hreplicate 2SRR15532972
49.PRJNA756390Tifleaf 3Leavescontrol_96hreplicate 3SRR15532971
50.PRJNA756390Tifleaf 3Leavesheat_1hreplicate 1SRR15532970
51.PRJNA756390Tifleaf 3Leavesheat_1hreplicate 2SRR15532985
52.PRJNA756390Tifleaf 3Leavesheat_1hreplicate 3SRR15532984
53.PRJNA756390Tifleaf 3Leavesheat_48hreplicate 1SRR15532983
54.PRJNA756390Tifleaf 3Leavesheat_48hreplicate 2SRR15532982
55.PRJNA756390Tifleaf 3Leavesheat_48hreplicate 3SRR15532981
56.PRJNA756390Tifleaf 3Leavesheat_96hreplicate 1SRR15532980
57.PRJNA756390Tifleaf 3Leavesheat_96hreplicate 2SRR15532979
58.PRJNA756390Tifleaf 3Leavesheat_96hreplicate 3SRR15532978
59.PRJNA766308Tifleaf 3Rootdrought 144 hourD_R144h_1SRR16071963
60.PRJNA766308Tifleaf 3Rootdrought 144 hourD_R144h_2SRR16071962
61.PRJNA766308Tifleaf 3Rootdrought 144 hourD_R144h_3SRR16071961
62.PRJNA766308Tifleaf 3Rootdrought 24 hourD_R24h_1SRR16071960
63.PRJNA766308Tifleaf 3Rootdrought 24 hourD_R24h_2SRR16071959
64.PRJNA766308Tifleaf 3Rootdrought 24 hourD_R24h_3SRR16071958
65.PRJNA766308Tifleaf 3Rootdrought 48 hourD_R48h_1SRR16071954
66.PRJNA766308Tifleaf 3Rootdrought 48 hourD_R48h_2SRR16071975
67.PRJNA766308Tifleaf 3Rootdrought 48 hourD_R48h_3SRR16071974
68.PRJNA766308Tifleaf 3Rootdrought 96 hourD_R96h_1SRR16071970
69.PRJNA766308Tifleaf 3Rootdrought 96 hourD_R96h_2SRR16071969
70.PRJNA766308Tifleaf 3Rootdrought 96 hourD_R96h_3SRR16071968
71.PRJNA766308Tifleaf 3Rootwithout drought 144 hourCK_R144h_1SRR16071967
72.PRJNA766308Tifleaf 3Rootwithout drought 144 hourCK_R144h_2SRR16071966
73.PRJNA766308Tifleaf 3Rootwithout drought 144 hourCK_R144h_3SRR16071964
74.PRJNA766308Tifleaf 3Rootwithout drought 24 hourCK_R24h_1SRR16071977
75.PRJNA766308Tifleaf 3Rootwithout drought 24 hourCK_R24h_2SRR16071976
76.PRJNA766308Tifleaf 3Rootwithout drought 24 hourCK_R24h_3SRR16071965
77.PRJNA766308Tifleaf 3Rootwithout drought 48 hourCK_R48h_1SRR16071957
78.PRJNA766308Tifleaf 3Rootwithout drought 48 hourCK_R48h_2SRR16071956
79.PRJNA766308Tifleaf 3Rootwithout drought 48 hourCK_R48h_3SRR16071955
80.PRJNA766308Tifleaf 3Rootwithout drought 96 hourCK_R96h_1SRR16071973
81.PRJNA766308Tifleaf 3Rootwithout drought 96 hourCK_R96h_2SRR16071972
82.PRJNA766308Tifleaf 3Rootwithout drought 96 hourCK_R96h_3SRR16071971