Actin-related protein 2/3 complex subunit 3 GN=ARPC3
O15145
50
1.06
1.14
1.64
−1.43
612
4.19
16
K21
Myosin regulatory light chain 9 GN=MYL9
P24844
233
1.19
1.38
1.62
−1.17
613
4.61
16
D17
Actin, cytoplasmic 2 GN=ACTG1
P63261
61
1.45
1.21
1.78
−1.47
623
5.16
16
A12
Actin, cytoplasmic 2, N-terminal GN=ACTG1
K7EM38
130
1.30
1.29
1.87
−1.45
627
5.47
15
3
Annexin A6 GN=ANXA6
E5RIU8
103
−1.25
1.03
1.30
−1.26
628
3.79
15
E14
Myosin light polypeptide 6 GN=MYL6
F8VZV5
302
1.30
1.32
1.12
1.18
629
4.35
15
A13
Actin, cytoplasmic 1 GN=ACTB
P60709
65
1.24
1.32
1.15
1.14
630
8.05
15
K6
Peptidyl-prolyl cis-trans isomerase A GN=PPIA
P62937
199
−1.04
−1.18
−1.10
−1.07
632
9.02
15
I15
Peptidyl-prolyl cis-trans isomerase A GN=PPIA
P62937
235
−1.01
−1.12
−1.20
1.07
640
5.12
15
13
Actin, cytoplasmic 1, N-terminal GN=ACTB
G5E9R0
193
1.45
1.40
1.82
−1.30
642
4.21
15
E15
Actin, cytoplasmic 1 GN=ACTB
P60709
139
1.05
1.25
−1.31
1.64
644
7.71
15
21
Keratin, type I cytoskeletal 10 GN=KRT10
P13645
47
1.16
1.32
−1.07
1.41
646
3.98
15
H9
Myosin light polypeptide 6 GN=MYL6
F8VZV5
369
1.16
1.41
−1.39
1.97
648
8.37
15
D1
Bestrophin-3 GN=BEST3 (dermcidin GN=DCD)
A8MVM3
42 (160)
1.17
1.98
1.29
1.53
657
4.79
15
A14
Actin, cytoplasmic 1 GN=ACTB
P60709
108
1.25
1.12
1.62
−1.44
662
4.65
14
A16
Actin, cytoplasmic 1 GN=ACTB
P60709
263
1.55
1.62
1.65
−1.02
664
7.01
14
D19
Actin, cytoplasmic 2, N-terminal GN=ACTG1
K7EM38
41
1.53
1.09
1.29
−1.18
665
4.45
14
A17
Actin, cytoplasmic 1 GN=ACTB
P60709
233
1.56
1.16
1.51
−1.30
666
3.82
14
B22
Mitochondrial carrier homolog 1 GN=MTCH1
Q9NZJ7-3
32
1.34
1.40
−1.01
1.42
671
8.66
14
B23
Bestrophin-3 GN=BEST3
A8MVM3
40
1.21
1.43
2.00
−1.40
673
4.03
14
B24
Isoform H14 of Myeloperoxidase GN=MPO
P05164-2
288
−1.16
1.18
−1.48
1.76
683
5.01
13
A22
Histone H4 GN=HIST1H4A
P62805
242
1.01
−1.09
1.44
−1.56
690
7.92
13
L13
Hemoglobin subunit beta GN=HBB
P68871
384
−1.15
−1.12
1.50
−1.68
703
7.72
12
D3
LVV-hemorphin-7 (fragment) GN=HBB
F8W6P5
41
−1.13
1.09
−1.49
1.63
706
6.70
12
E16
Protein S100-A11 GN=S100A11
P31949
260
−1.39
1.27
−1.75
2.22
718
4.53
11
C4
Ras-related protein Ral-B GN=RALB (actin cytoplasmic 2 GN=ACTG1)
F8WEQ6
48 (155)
1.20
−1.30
1.64
−2.14
732
4.72
11
C6
Thrombospondin-1 GN=THBS1
P07996
115
1.61
−2.02
2.50
−5.05
737
4.00
10
D20
ATP synthase subunit alpha GN=ATP5A1
K7EQT2
173
−1.16
−1.90
2.40
−4.57
738
3.88
10
D21
Keratin, type II cytoskeletal 1 GN=KRT1
P04264
96
1.07
−1.46
1.85
−2.70
740
4.86
0
C7
Urea transporter 1 GN=SLC14A1
K7EJ54
39
1.33
−1.35
1.78
−2.40
744
4.40
0
23
Ras-related protein 1b GN=RAP1B
B4DQI8
58
−1.02
−1.30
1.81
−2.35
759
4.82
15
D22
Actin, cytoplasmic 2, N-terminal GN=ACTG1
K7EM38
263
1.27
1.37
1.73
−1.27
761
4.82
16
D23
Keratin, type II cytoskeletal 1 GN=KRT1
P04264
789
1.24
1.31
1.62
−1.24
762
4.91
16
L14
Actin, cytoplasmic 2 GN=ACTG1
P63261
221
1.34
1.18
1.69
−1.44
763
5.73
20
A24
Actin, cytoplasmic 1 GN=ACTB
P60709
416
−1.06
−1.09
1.89
−2.05
769
5.38
14
B1
Actin, cytoplasmic 1 GN=ACTB
C9JUM1
44
1.07
−1.05
1.59
−1.67
772
5.37
13
B2
Histone H4 GN=HIST1H4A
P62805
193
−1.36
−1.36
1.13
−1.54
774
3.72
16
J7
Calmodulin GN=CALM1
P62158
367
−1.11
1.47
−1.51
2.23
779
4.63
28
D24
Actin, cytoplasmic 1 GN=ACTB
P60709
428
1.16
1.21
−1.28
1.55
781
4.61
27
E1
Actin, cytoplasmic 1 GN=ACTB
P60709
342
1.04
1.01
−1.07
1.08
796
5.29
13
E19
Keratin, type II cytoskeletal 1 GN=KRT1
P04264
127
1.29
−1.70
2.35
−4.00
797
5.34
13
E20
Keratin, type II cuticular Hb3 GN=KRT83
P78385
165
1.08
−1.11
1.59
−1.77
804
6.96
10
E21
LVV-hemorphin-7 (fragment) GN=HBB
F8W6P5
122
1.26
1.36
−1.40
1.90
808
8.11
11
L6
Platelet basic protein GN=PPBP
P02775
90
1.43
1.19
−1.38
1.64
825
8.65
72
C8
Lactotransferrin delta GN=LTF
P02788-2
147
−1.44
−1.65
1.51
−2.49
854
8.74
67
C9
Kaliocin-1 GN=LTF
E7EQB2
46
−1.09
−1.50
1.22
−1.83
866
4.88
10
C10
S100-A6 protein GN=S100A6
P06703
39
1.46
−1.12
1.94
−2.18
867
4.91
0
C11
LVV-hemorphin-7 GN=HBB
F8W6P5
65
1.26
1.16
1.50
−1.29
868
3.59
16
I18
Calmodulin GN=CALM1
P62158
343
−1.01
1.27
−1.70
2.16
870
3.64
16
K10
Calmodulin GN=CALM1 (calmodulin GN=CALM1)
E7ETZ0
63 (215)
1.45
1.60
−1.34
2.15
871
3.69
16
K11
Calmodulin GN=CALM1
E7ETZ0
195
1.33
1.31
−1.49
1.95
877
3.80
55
B4
Stromal interaction molecule 2 GN=STIM2
Q9P246
39
1.31
−1.30
1.69
−2.20
879
6.87
11
E23
LVV-hemorphin-7 GN=HBB
F8W6P5
213
−1.02
1.20
−1.40
1.69
889
7.80
70
H12
Fibrinogen alpha chain GN=FGA
P02671-2
165
−1.04
−1.32
1.87
−2.48
890
4.94
16
E3
Actin, alpha 1, skeletal muscle GN=ACTA1
Q5T8M8
124
1.24
1.29
1.31
−1.01
891
5.03
15
E4
Actin, cytoplasmic 2, N-terminal GN=ACTG1
K7EM38
113
1.23
1.14
1.82
−1.59
892
7.57
13
E5
Annexin A2 GN=ANXA2
H0YKV8
109
−1.32
1.17
−1.49
1.75
897
4.30
14
B6
Actin, cytoplasmic 1 GN=ACTB
P60709
242
1.15
1.33
1.51
−1.14
901
8.64
13
L7
Hemoglobin subunit beta GN=HBB
P68871
254
1.17
−1.04
1.56
−1.62
902
8.60
13
L8
Hemoglobin subunit beta GN=HBB
P68871
350
1.02
−1.04
1.61
−1.67
903
8.60
13
L9
Hemoglobin subunit beta GN=HBB
P68871
353
1.18
1.02
1.95
−1.90
904
8.26
13
L15
Hemoglobin subunit beta GN=HBB
P68871
349
1.07
−1.02
1.72
−1.76
905
8.29
13
K23
Hemoglobin subunit beta GN=HBB
P68871
330
−1.09
−1.07
1.59
−1.70
911
4.69
10
I19
SH3 domain-binding glutamic acid-rich protein 3 GN=SH3BGRL3
Q9H299
354
1.39
−1.20
1.59
−1.91
The PBMC protein samples from normal healthy (NH, ) and heart failure (HF, ) subjects were incubated with (Asc+) or without (Asc−) ascorbate and resolved by 2D-GE approach. Gels were labeled with BODIPY FL N-(2-aminoethyl) maleimide, images were analyzed with SameSpotst™ software, and normalized spot volumes were used for comparison. Proteins spots with ≥|1.5| fold change in abundance or S-nitrosylation level () in HF subjects were subjected to MALDI-TOF MS/MS analysis and those identified with high confidence (score >62) are shown with . Some of the protein spots were also identified by LC MS/MS and this information is presented in brackets in protein and gene name and ID score columns. 1Ratiometric calculation from BODIPY-fluorescence units in Asc+ aliquots (normal versus experimental) was conducted for quantifying the differential abundance of protein spots (Δprotein abundance = Asc+ HF/Asc+ NH). 2The S-NO modification levels were quantified by calculation of the ratio of fluorescence units from Asc− aliquots (ΔS-NO = Asc− HF/Asc− NH). 3The ratio of ratios, that is, ΔS-NO/Δprotein abundance = [Asc− HF/Asc− NH]/[Asc+ HF/Asc+ NH], was calculated to obtain the change in S-NO levels normalized for protein abundance. As S-NO modification inhibits the Cys-BODIPY fluorescence, a negative (green) and a positive (red) RoR value would indicate an increase and decrease in S-NO levels, respectively, in HF (versus NH) subjects.