Protein-Protein Interaction • iwivTinndahivtelteeienhdrsataettiifthismgietceaafaotaotilfiiolrodcensnoonp,mofdbefomcupibgtfraieeiacosnhlslsboeoosinugoptisscecoihvapcceetlelormypopmtimeinicpdpateaeetltirsrdrpeeyiorn,soemtrxciaanepitcbgshrseise,poesrielsssotpi.ognhtTinoiachdtnalueelosasvsn,eabltliylmeghsacetpoaonulfmdeintdhebubeeinipnnadpotdsieeesfinrysdpigtbaianldesdessaoy.f • AgsucMtaeslitSnulnhlaeasbolrneleuayvdgliendhoMroebaptnSljee/tampMicpfttaipeiiSjvdlod.ieoer,smdidnaiiicnfcnflsdeupradteeneipnncdtgchipednasroino.qmytEuenpiecozossmysismntit-cutersredsassinoehesfsaalrdarsecoitghimoethsnsattaarnitalvymtetehosogefpidtenehisfcaei,ictftiasivhcateeiimtorypeneeasapr,retweiditehs
• With the emergence and advancement of MS/MS sequencing technique, MS- based peptide identification has largely replaced the conventional sequencing assay, Edman degradation. A number of studies have used mass spectrometry to examine peptides invarious tissue extracts. Typical peptidomics studies are focused on bioactive peptides. • By removing most of the proteins in biological samples, body fluids and tissue extracts, with size exclusion chromatography, LC-MS based method can be quickly developed and validated for peptide identification with high accuracy and reproducibility. After comprehensive and detailed discussion with the clients, Creative Proteomics can provide customer-tailored analytical service in peptidomic researches.
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