Streptococcus satellite phage Javan479
Average proteome isoelectric point is 6.34
Get precalculated fractions of proteins
Acidic
pI < 6.8
6.8-7.4
pI > 7.4
Basic
All
Note: above files contain also dissociation constants (pKa)
Virtual 2D-PAGE plot for 25 proteins (isoelectric point calculated using IPC2_protein)
Get csv file with sequences according to given criteria:
* You can choose from 21 different methods for calculating isoelectric point
Summary statistics related to proteome-wise predictions
Protein with the lowest isoelectric point:
>tr|A0A4D5ZQ03|A0A4D5ZQ03_9VIRU Uncharacterized protein OS=Streptococcus satellite phage Javan479 OX=2558720 GN=JavanS479_0021 PE=4 SV=1
MM1 pKa = 7.7 AVFNQFWAYY10 pKa = 7.59 QTLFQPTAQDD20 pKa = 2.62 IKK22 pKa = 11.07 LAILGYY28 pKa = 8.48 FTGTLWACEE37 pKa = 4.0 VSVLEE42 pKa = 4.53 DD43 pKa = 3.27 VEE45 pKa = 4.18 LGYY48 pKa = 10.69 RR49 pKa = 11.84 VIVSYY54 pKa = 9.57 VSCFDD59 pKa = 3.68 KK60 pKa = 10.88 SDD62 pKa = 3.75 RR63 pKa = 11.84 LLKK66 pKa = 10.14 IAQAVEE72 pKa = 3.87 NSQLGG77 pKa = 3.51
Molecular weight: 8.71 kDa
Isoelectric point according different methods:
IPC2.protein.svr19 4.243
IPC2_protein 4.647
IPC_protein 4.393
Toseland 4.228
ProMoST 4.52
Dawson 4.355
Bjellqvist 4.507
Wikipedia 4.253
Rodwell 4.228
Grimsley 4.139
Solomon 4.342
Lehninger 4.291
Nozaki 4.482
DTASelect 4.635
Thurlkill 4.266
EMBOSS 4.266
Sillero 4.507
Patrickios 2.015
IPC_peptide 4.342
IPC2_peptide 4.482
IPC2.peptide.svr19 4.467
Protein with the highest isoelectric point:
>tr|A0A4D5ZPZ8|A0A4D5ZPZ8_9VIRU Uncharacterized protein OS=Streptococcus satellite phage Javan479 OX=2558720 GN=JavanS479_0011 PE=4 SV=1
MM1 pKa = 7.47 TYY3 pKa = 10.91 KK4 pKa = 10.67 LVVSDD9 pKa = 4.29 EE10 pKa = 4.29 VKK12 pKa = 10.72 KK13 pKa = 10.48 QLKK16 pKa = 10.59 KK17 pKa = 9.09 MDD19 pKa = 3.44 KK20 pKa = 10.62 HH21 pKa = 7.03 VGLMLAKK28 pKa = 10.45 DD29 pKa = 3.43 MKK31 pKa = 10.81 KK32 pKa = 10.4 RR33 pKa = 11.84 LDD35 pKa = 3.56 GLNNPRR41 pKa = 11.84 QFGKK45 pKa = 10.72 ALTGQYY51 pKa = 10.18 KK52 pKa = 9.89 GLWRR56 pKa = 11.84 YY57 pKa = 9.01 RR58 pKa = 11.84 VGNYY62 pKa = 8.92 RR63 pKa = 11.84 VICDD67 pKa = 3.2 IVDD70 pKa = 3.21 NEE72 pKa = 4.36 MIILALEE79 pKa = 3.99 VGHH82 pKa = 6.66 RR83 pKa = 11.84 KK84 pKa = 9.41 EE85 pKa = 3.61 IYY87 pKa = 9.84 KK88 pKa = 10.44 RR89 pKa = 3.48
Molecular weight: 10.5 kDa
Isoelectric point according different methods:
IPC2.protein.svr19 9.089
IPC2_protein 9.341
IPC_protein 9.297
Toseland 10.116
ProMoST 9.809
Dawson 10.277
Bjellqvist 9.911
Wikipedia 10.423
Rodwell 10.862
Grimsley 10.335
Solomon 10.306
Lehninger 10.277
Nozaki 10.101
DTASelect 9.897
Thurlkill 10.145
EMBOSS 10.511
Sillero 10.189
Patrickios 10.57
IPC_peptide 10.306
IPC2_peptide 8.419
IPC2.peptide.svr19 8.332
Peptides (in silico digests for buttom-up proteomics)
Below you can find
in silico digests of the whole proteome with Trypsin, Chymotrypsin, Trypsin+LysC, LysN, ArgC proteases suitable for different mass spec machines.
Try ESI
ChTry ESI
ArgC ESI
LysN ESI
TryLysC ESI
Try MALDI
ChTry MALDI
ArgC MALDI
LysN MALDI
TryLysC MALDI
Try LTQ
ChTry LTQ
ArgC LTQ
LysN LTQ
TryLysC LTQ
Try MSlow
ChTry MSlow
ArgC MSlow
LysN MSlow
TryLysC MSlow
Try MShigh
ChTry MShigh
ArgC MShigh
LysN MShigh
TryLysC MShigh
General Statistics
Number of major isoforms
Number of additional isoforms
Number of all proteins
Number of amino acids
Min. Seq. Length
Max. Seq. Length
Avg. Seq. Length
Avg. Mol. Weight
25
0
25
3269
52
537
130.8
15.21
Amino acid frequency
Ala
Cys
Asp
Glu
Phe
Gly
His
Ile
Lys
Leu
5.506 ± 0.475
0.642 ± 0.161
6.424 ± 0.543
8.015 ± 0.708
4.283 ± 0.381
4.68 ± 0.569
2.019 ± 0.183
6.608 ± 0.311
9.391 ± 0.481
9.789 ± 0.58
Met
Asn
Gln
Pro
Arg
Ser
Thr
Val
Trp
Tyr
2.539 ± 0.252
5.262 ± 0.489
2.355 ± 0.259
4.589 ± 0.303
4.956 ± 0.262
5.476 ± 0.367
5.751 ± 0.513
5.659 ± 0.319
1.071 ± 0.143
4.986 ± 0.332
Note: For amino acid frequency statistics the error has been estimated with the bootstraping (x100) at the protein level
Most of the basic statistics you can see at this page can be downloaded from this CSV file
For dipeptide frequency statistics click here