| Literature DB >> 31475827 |
Jihye Shin1,2, Yumi Kwon1,3, Seonjeong Lee1,4, Seungjin Na5, Eun Young Hong1, Shinyeong Ju1,3, Hyun-Gyo Jung1,4, Prashant Kaushal1,4, Sungho Shin1,6, Ji Hyun Back1,7, Seon Young Choi8,9, Eun Hee Kim9, Su Jin Lee1,10, Yae Eun Park1,11, Hee-Sung Ahn12, Younghee Ahn13, Mohammad Humayun Kabir14, Seong-Jun Park15, Won Suk Yang16, Jeonghun Yeom17, Oh Young Bang18, Chul-Won Ha8,9,19, Jin-Won Lee3, Un-Beom Kang20, Hye-Jung Kim21, Kang-Sik Park6,22, J Eugene Lee23, Ji Eun Lee1, Jin Young Kim24, Kwang Pyo Kim25,26, Youngsoo Kim27, Hisashi Hirano2, Eugene C Yi28, Je-Yoel Cho29, Eunok Paek5, Cheolju Lee1,4,6.
Abstract
We propose to use cRFP (common Repository of FBS Proteins) in the MS (mass spectrometry) raw data search of cell secretomes. cRFP is a small supplementary sequence list of highly abundant fetal bovine serum proteins added to the reference database in use. The aim behind using cRFP is to prevent the contaminant FBS proteins from being misidentified as other proteins in the reference database, just as we would use cRAP (common Repository of Adventitious Proteins) to prevent contaminant proteins present either by accident or through unavoidable contacts from being misidentified as other proteins. We expect it to be widely used in experiments where the proteins are obtained from serum-free media after thorough washing of the cells, or from a complex media such as SILAC, or from extracellular vesicles directly.Entities:
Keywords: common repository of FBS proteins; database search; secretome
Year: 2019 PMID: 31475827 DOI: 10.1021/acs.jproteome.9b00475
Source DB: PubMed Journal: J Proteome Res ISSN: 1535-3893 Impact factor: 4.466