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Table 1 List of identified 1D-resolved protein spots from control and ASW responsible in Scenedesmus sp. IITRIND2

From: Delineating the molecular responses of a halotolerant microalga using integrated omics approach to identify genetic engineering targets for enhanced TAG production

Band ID Identification in Protein name Function categories Theoretical/actual MW (KD) Mascot score Coverage (%) Subcellular location Fold change
1 A0A1D1ZZ74_AUXPR Uncharacterized protein Unknown 200/207.9 57 14 Unknown 3.5 (↓)
2 C1E424_MICC Uncharacterized protein (fragment) Helicase activity (predicted) 150/111.5 88 14 Unknown
3 K8F2R1_9CHLO Malic enzyme
 Lipid biosynthesis 76/78 69 15 Mitochondria 1.4 (↑)
A0A087SEW0_AUXPR Alpha-1,4 glucan phosphorylase Starch synthesis 76/100.2 77 19 Chloroplast
4 C1DY39_MICCC Peptidylprolyl isomerase Protein degradation 70/63.3 76 13 Cytoplasm 4.3 (↑)
A0A0D2LKL19_CHLO Glucose-6-phosphate isomerase Glycolysis 70/64.59 144 27 Cytoplasm
5 Q6PYY4_OSTTA Starch synthase Starch synthesis 60/58.7 74 16 Chloroplast 1.78 (↓)
E1ZTI5_CHLVA Glucose-1-phosphate adenylyltransferase Starch synthesis 60/55.6 75 19 Chloroplast
6 A0A172C330_9CHLO Ribulose bisphosphate carboxylase large chain (fragment) Calvin cycle 52/36.59 69 30 Chloroplast 1.34 (↓)
7 C0SKA4_9CHLO Tubulin beta chain (fragment)

 Flagellar motion/cytoskeleton microtubule 40/41.6 87 22 Cytoplasm 1.42 (↓)
8 A8JHU0_CHLRE Malate dehydrogenase
 TCA cycle 31/38.8 59 16 Mitochondria
A0A059LS29_9CHLO Catalase
 Antioxidant 31/57.37 96 13 Cytoplasm
A0A0D2M0Q2_9CHLO 3-ketoacyl-CoA synthase
 Lipid biosynthesis 31/33.9 71 21 Chloroplast
9 A0A097KLR8_9CHLO Mg-protoporphyrin IX chelatase Chlorophyll synthesis 27/39.6 77 36 Chloroplast 1.5 (↓)
10 A0A150H154_GONPE Uncharacterized protein Unknown 26/31.4 71 21 Unknown 1.2 (↓)
11 A0A1D1ZTJ7_AUXPR Uncharacterized protein Unknown 25/20.87 68 20 Unknown 1.1 (↓)
12 D8TLP0_VOLCA Glutathione peroxidase Detoxification of H2O2 24/22.27 67 11 Cytoplasm
13 A0A061S0Z1_9CHLO Phosphodiesterase Hydrolase activity 20/48.2 52 14 Cytoplasm 2.3 (↓)
14 A8J7H6_CHLRE Thioredoxin-like protein Antioxidant 19/27.6 67 29 Cytoplasm
A0A06IRYCR_9CHLO Pyrroline-5-carboxylate reductase Proline synthesis 19/28.3 78 29 Cytoplasm
A0A1C9ZQC69_CHLO Alfin-like protein Salt tolerance 19/20.1 52 17 Cytoplasm
15 C1KR5_MICCC 50S ribosomal protein L14 Protein synthesis 15/13.40 87 40 Chloroplast 1.1 (↑)
Q946N2_9CHLO Ribulose 1,5-bisphosphate carboxylase/oxygenase large subunit (fragment) Calvin cycle 15/21.8 71 45 Chloroplast
16 A0A06IQQ83_9CHLO Nadh:ubiquinone oxidoreductase 13 kDa subunit Oxidative phosphorylation 12/16.3 52 20 Chloroplast 1.2 (↓)
17 A0A061QN19_9CHLO Putative salt tolerance-like protein (fragment) Salt tolerance 10/7.9 54 48 Unknown
  1. For visualization interpretation, single (↑, ↓) arrows are used to represent relative change in the value of protein expression (as evaluated from their intensities using the Image J software