Information for Peptide: GDSVVYGLR from OSTP_HUMAN

1. Biological Peptide

1.1 Native Sequence

    R.GDSVVYGLR.S

1.2 Peptide Properties

Start Stop MW m/z for 2+ m/z for 3+ pI
160 168 964.5 483.26 322.51 5.84

1.3 Fragment Ion Table

AA b Ion Series b Ion Mass y Ion Series y Ion Mass
G b y
D b y
S b y
V b y
V b y
Y b y
G b y
L b y
R b y

2. Synthetic Peptide

2.1 Synthetic (Internal Standard) Peptide Sequence

GDSVVYGL(c6N1)R (Modification: Stable isotope label on L8 (U-13C, 15N) )

2.2 Peptide Properties

MW m/z for 2+ m/z for 3+ pI
971.51 486.77 324.85 5.84

2.3 Fragment Ion Table

AA b Ion Series b Ion Mass y Ion Series y Ion Mass
G b y
D b y
S b y
V b y
V b y
Y b y
G b y
L b y
R b y

2.4 Peptide Synthesis Report

Click to view/download synthesis report for GDSVVYGLR

2.5 QqQ MS/MS

Transition Table:

Transition m/z of Transition Collision Energy
y7 800.45726 19.0
y6 713.42523 19.0
y5 614.35681 19.0
y4 515.2884 19.0

2.6 Calibration Curve of Standard

Description: A dilution series was done on the internal standard peptide from 50 Fmol to 0.1 fmol. Peptide detection was possible to 0.1 fmol.

 

Experiment Description: Control urine was processed via ultrafiltration according to Moffitt Proteomics protocol and subjected to in-solution digestion with trypsin, following thermal denaturation, reduction, and alkylation.

2.7 LC-MRM Analysis of Biological and Standard Peptides Illustrates Elution Times

2.8 Pseudo MS/MS Comparison of Transition Patterns for Biological/Standard Peptides