SysQuan Mouse Database

Fast, large-scale absolute quantification for human samples. Unlike traditional methods requiring expensive synthetic peptides for each target, SysQuan uses metabolically K6-labeled mouse tissues with pre-quantified proteins. Simply mix your human samples with our standardized mouse tissue extracts to achieve absolute quantification across the entire proteome.

How to Use:

Search for proteins by gene name, UniProt accession, or peptide sequence
Filter by tissue type or assay availability (MRM, PRM-PASEF)
Select peptides to add them to your cart
Access MRM/PRM transitions, calibration curves, and observed peptide spectra
Download assay data

Available Data:

Optimized MRM & PRM-PASEF transitions for targeted MS
Absolute quantification calibration curves (fmol/μg)
Observed peptide MS/MS spectra from mouse tissues
Multi-tissue coverage across mouse organs

Use the SysQuan Kit: Pre-quantified K6-labeled mouse tissue extracts ready to spike into your human samples for rapid absolute quantification—no need for expensive synthetic peptide standards!

Uniprot ID	Gene	Peptide Sequence	Tissue	Mouse Conc. (fmol/μg)	Incorp. (%)	Assays Available	PTM
E9Q6J5	Bod1l	ATSDSGGDGLEAALK	BrainStem	—	100.0	None	—
E9Q6J5	Bod1l	ATSDSGGDGLEAALK	Cerebellum	—	100.0	None	—
E9Q6J5	Bod1l	EIANLEEK	MockWholeBrain	—	100.0	None	—
E9Q6J5	Bod1l	ENNSLLLLSK	Cerebrum	—	100.0	None	—
E9Q6J5	Bod1l	ETVEDTTISTGLVK	BrainStem	—	100.0	None	—
E9Q6J5	Bod1l	ETVEDTTISTGLVK	Cerebellum	—	100.0	None	—
E9Q6J5	Bod1l	ETVEDTTISTGLVK	Cerebrum	—	100.0	None	—
E9Q6J5	Bod1l	ETVEDTTISTGLVK	MockWholeBrain	—	100.0	None	—
E9Q6J5	Bod1l	GVVTEGFAESEILLTSSK	BrainStem	—	100.0	None	—
E9Q6J5	Bod1l	GVVTEGFAESEILLTSSK	MockWholeBrain	—	100.0	None	—
E9Q6J5	Bod1l	IISQVVDPK	BrainStem	—	100.0	None	—
E9Q6J5	Bod1l	IISQVVDPK	Cerebellum	—	100.0	None	—
E9Q6J5	Bod1l	INHTFRPQVEK	Cerebellum	—	100.0	None	—
E9Q6J5	Bod1l	ISIPLADK	BrainStem	—	100.0	None	—
E9Q6J5	Bod1l	ISIPLADK	Cerebellum	—	100.0	None	—
E9Q6J5	Bod1l	ISIPLADK	Cerebrum	—	100.0	None	—
E9Q6J5	Bod1l	SQEDDHPIIIK	Cerebellum	—	100.0	None	—
E9Q6J5	Bod1l	SQEDDHPIIIK	Cerebrum	—	100.0	None	—
E9Q6J5	Bod1l	SQEDDHPIIIK	MockWholeBrain	—	100.0	None	—
E9Q6J5	Bod1l	STVDLEDSSAK	BrainStem	—	100.0	None	—
E9Q6J5	Bod1l	STVDLEDSSAK	Cerebrum	—	100.0	None	—
E9Q6J5	Bod1l	STVDLEDSSAK	MockWholeBrain	—	100.0	None	—
E9Q6J5	Bod1l	TEDISSNSSQQDTDFENVTK	BrainStem	—	100.0	None	—
E9Q6J5	Bod1l	TEDISSNSSQQDTDFENVTK	Cerebellum	—	100.0	None	—
E9Q6J5	Bod1l	TEDISSNSSQQDTDFENVTK	Cerebrum	—	100.0	None	—
E9Q6J5	Bod1l	TEDISSNSSQQDTDFENVTK	MockWholeBrain	—	100.0	None	—
E9Q6J5	Bod1l	TETDITTVEQSSPSGK	Cerebellum	—	100.0	None	—
E9Q6J5	Bod1l	TETDITTVEQSSPSGK	MockWholeBrain	—	100.0	None	—
E9Q6J5	Bod1l	TSEETVTDPALENTVSSAHSAQK	BrainStem	—	100.0	None	—
E9Q6J5	Bod1l	TSEETVTDPALENTVSSAHSAQK	Cerebellum	—	100.0	None	—
E9Q6J5	Bod1l	TSEETVTDPALENTVSSAHSAQK	Cerebrum	—	100.0	None	—
E9Q6J5	Bod1l	TSEETVTDPALENTVSSAHSAQK	MockWholeBrain	—	100.0	None	—
E9Q6J5	Bod1l	VDNFVANHLATHTWSPHLNK	Cerebellum	—	100.0	None	—
E9Q6J5	Bod1l	VDNFVANHLATHTWSPHLNK	Cerebrum	—	100.0	None	—
E9Q6K3	Pibf1	DFELTEEQYVK	BrainStem	—	100.0	None	—
E9Q6K3	Pibf1	DFELTEEQYVK	Cerebellum	—	100.0	None	—
E9Q6K3	Pibf1	DFELTEEQYVK	Cerebrum	—	100.0	None	—
E9Q6P5	Ttc7b	AHVLYFK	BrainStem	—	100.0	None	—
E9Q6P5	Ttc7b	AHVLYFK	Cerebellum	—	100.0	None	—
E9Q6P5	Ttc7b	AHVLYFK	MockWholeBrain	—	100.0	None	—
E9Q6P5	Ttc7b	LKPDDATIPLLAAK	BrainStem	—	100.0	None	—
E9Q6P5	Ttc7b	LKPDDATIPLLAAK	Cerebellum	—	100.0	None	—
E9Q6P5	Ttc7b	LKPDDATIPLLAAK	Cerebrum	—	100.0	None	—
E9Q6P5	Ttc7b	LKPDDATIPLLAAK	MockWholeBrain	—	100.0	None	—
E9Q6P5	Ttc7b	LTYVEGDYK	Cerebellum	—	100.0	None	—
E9Q6P5	Ttc7b	QALQLQGDDANSLHLLALLLSAQK	BrainStem	—	100.0	None	—
E9Q6P5	Ttc7b	SPKPGPAPHDQELGFFLETGLQR	BrainStem	—	100.0	None	—
E9Q6P5	Ttc7b	SPKPGPAPHDQELGFFLETGLQR	Cerebellum	—	100.0	None	—
E9Q6P5	Ttc7b	SPKPGPAPHDQELGFFLETGLQR	Cerebrum	—	100.0	None	—
E9Q6P5	Ttc7b	SPKPGPAPHDQELGFFLETGLQR	MockWholeBrain	—	100.0	None	—

SysQuan Mouse Database

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