HemogloBind™HemoglobinDepletionFromHemolyzedSerum/Plasma 美国 BSG (BiotechSupportGroup''LLC)公司是一家公司是一家全球知名的蛋白质组和基因组样本预处理的公司,是这个领域公认的领导者,该公司将其发明的专利表面化学技术应用生物学领域,比其他方法如亲合技术,苯酚法有绝对的优势。由于技术上的领先,使得 BSG 公司的产品广泛被美国国家基因组研究所,斯坦福大学等重要机构使用。(http://www.biotechsupportgroup.com/) DescriptionApplicationsSpecifications 
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HemogloBind™HemoglobinRemovalandCaptureHasahighdegreeofspecificityforhemoglobinbindingupto10mg/mlApplicationsinbloodsubstitutes,enzymerecoveryandanalyticalinterferencesRemoveshemoglobinfromanyspeciesincludinghuman,sheep,bovine,goat,etcRemoveshemoglobinfromorgans,tissues.HemoglobinremovalfromredbloodcelllysateforproteomicsandbioMarkerdrugdiscoveryTheflowthroughfractionsretaintheirenzymaticandBIOLOGicalactivityTheflowthroughfractionsiscompatIBLewithLC-MS,activitybasedproteinprofilingandproteomicstudies.HemogloBind™comesfromaclassofsolid-phase,orsurface-based,elastomericpoly-electrolyticsurfacesthatbindproteinsthroughanempiricallyderivedchemistrycombiningelementsofpolymercomposition,cross-linkingarchitectureandchargeproperties.HemogloBind™isengineeredforahighdegreeofselectivityanddoesnotcrossreactwithmostcommonserumcomponents,makingitanexcellenttoolinnumerousapplications.Theseincludeanalyticalprotocolswhereopticalinterferenceisproblematic,suchasbilirubinanalysisandbulkserumclarification.Hemoglobinvariants,asinthalassemia,bindwithdifferentialaffinitytowardsHemogloBind™.Forpurificationand/oranalysisofhemoglobin,amodestelevationinpHwillfacilitatedesorptionofhemoglobinboundtoHemogloBind™ClickHereToViewHemogloBind™ProductSheetClickHereForTheHemogloBind™HemoglobinDepletionPerformanceOnBloodSheet ![]()

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NatureArticleCitesHemogloBind™andNRicher™forMacromolecularComplexAnnotation
MONMOUTHJUNCTION,NJ, February9,2016--BiotechSupportGroupreportsonarecentresearcharticlepublishedinNature,describingthesimplicityandefficiencyoftheirproteomicenrichmenttechnologytoobserveandannotatesolublemultiproteincomplexescommontometazoa.
Thecitationis:
CWan, BBorgeson, SPhanse,FTu, KDrew, GClark,etal. Panoramaofancientmetazoanmacromolecularcomplexes. Nature 525, 339–344 (17September2015).
doi:10.1038/nature14877