Beckman Coulter Life Sciences
Antistoffer
NMAS tilbyr et bredt utvalg av høykvalitets antistoffer og reagenser for bruk innen forskning. Vårt sortiment inkluderer konjugerte antistoffer, forhåndsforberedte multifarge antistoffkombinasjoner og effektive kit som forenkler arbeidsflyt i laboratoriet. Uavhengig av om du trenger primære eller sekundære antistoffer, spesifikke fluorokromer eller isotyper, har vi produkter som møter dine behov. Våre kvalitetssikrede reagenser er utviklet for å gi optimale resultater.
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Beckman Coulter Life Sciences
CD44-FITC 100 tests ASR
The CD44 antigens are transmembrane glycoproteins and members of the hyaladherin family of hyaluronan-binding proteins. Multiple CD44 isoforms have been described, the predominant form being CD44S, a glycoprotein of 85 kDa.IM1219U -
Beckman Coulter Life Sciences
CD44-PE 100 tests ASR
The CD44 antigens are transmembrane glycoproteins and members of the hyaladherin family of hyaluronan-binding proteins. Multiple CD44 isoforms have been described, the predominant form being CD44S, a glycoprotein of 85 kDa.A32537 -
Beckman Coulter Life Sciences
CD44-Pacific Blue, 0.5ML ASR
The CD44 antigens are transmembrane glycoproteins and members of the hyaladherin family of hyaluronan-binding proteins. Multiple CD44 isoforms have been described, the predominant form being CD44S, a glycoprotein of 85 kDa.B37789 -
Beckman Coulter Life Sciences
CD45 Krome Orange, 100 tester, CE
The CD45 molecules are single chain integral membrane proteins comprising at least five isoforms ranging from 180 to 220 kDa. They are generated by alternative splicing combinations of three exons (A, B, and C) of the genomic sequence.B36294 -
Beckman Coulter Life Sciences
CD45-APC 100 tests ASR
The CD45 molecules are single chain integral membrane proteins comprising at least five isoforms ranging from 180 to 220 kDa. They are generated by alternative splicing combinations of three exons (A, B, and C) of the genomic sequence.IM2473U -
Beckman Coulter Life Sciences
CD45-APC 100 tests CE
The CD45 molecules are single chain integral membrane proteins comprising at least five isoforms ranging from 180 to 220 kDa. They are generated by alternative splicing combinations of three exons (A, B, and C) of the genomic sequence.IM2473 -
Beckman Coulter Life Sciences
CD45-APC-Alexa Fluor 750, 100t, CE
The CD45 molecules are single chain integral membrane proteins comprising at least five isoforms ranging from 180 to 220 kDa. They are generated by alternative splicing combinations of three exons (A, B, and C) of the genomic sequence.A79392 -
Beckman Coulter Life Sciences
CD45-APC-Alexa Fluor, 700, 100t, CE
The CD45 molecules are single chain integral membrane proteins comprising at least five isoforms ranging from 180 to 220 kDa. They are generated by alternative splicing combinations of three exons (A, B, and C) of the genomic sequence.A79390 -
Beckman Coulter Life Sciences
CD45-Alexa Fluor¸ 647, 100 Tests, ASR
The CD45 molecules are single chain integral membrane proteins comprising at least five isoforms ranging from 180 to 220 kDa. They are generated by alternative splicing combinations of three exons (A, B, and C) of the genomic sequence.A94246 -
Beckman Coulter Life Sciences
CD45-ECD 100 tests ASR
The CD45 molecules are single chain integral membrane proteins comprising at least five isoforms ranging from 180 to 220 kDa. They are generated by alternative splicing combinations of three exons (A, B, and C) of the genomic sequence.IM2710U -
Beckman Coulter Life Sciences
CD45-ECD 100 tests CE
The CD45 molecules are single chain integral membrane proteins comprising at least five isoforms ranging from 180 to 220 kDa. They are generated by alternative splicing combinations of three exons (A, B, and C) of the genomic sequence.A07784 -
Beckman Coulter Life Sciences
CD45-FITC / CD14-PE
CYTO-STAT Monoclonal Antibodies are: Ready-to-use monoclonal antibodies for flow cytometric analysis. Available in one, two, three and four-color configurations for direct immunofluorescent staining.6603909 -
Beckman Coulter Life Sciences
CD45-FITC 100 tests CE
The CD45 molecules are single chain integral membrane proteins comprising at least five isoforms ranging from 180 to 220 kDa. They are generated by alternative splicing combinations of three exons (A, B, and C) of the genomic sequence.A07782 -
Beckman Coulter Life Sciences
CD45-FITC 100 tests RUO
The CD45 molecules are single chain integral membrane proteins comprising at least five isoforms ranging from 180 to 220 kDa. They are generated by alternative splicing combinations of three exons (A, B, and C) of the genomic sequence.IM0647 -
Beckman Coulter Life Sciences
CD45-FITC 50 tests ASR
The CD45 molecules are single chain integral membrane proteins comprising at least five isoforms ranging from 180 to 220 kDa. They are generated by alternative splicing combinations of three exons (A, B, and C) of the genomic sequence.6604104 -
Beckman Coulter Life Sciences
CD45-PC5 100 tests ASR
The CD45 molecules are single chain integral membrane proteins comprising at least five isoforms ranging from 180 to 220 kDa. They are generated by alternative splicing combinations of three exons (A, B, and C) of the genomic sequence.IM2653U -
Beckman Coulter Life Sciences
CD45-PC5 100 tests CE
The CD45 molecules are single chain integral membrane proteins comprising at least five isoforms ranging from 180 to 220 kDa. They are generated by alternative splicing combinations of three exons (A, B, and C) of the genomic sequence.A07785 -
Beckman Coulter Life Sciences
CD45-PC5, 1ML, ASR
The CD45 molecules are single chain integral membrane proteins comprising at least five isoforms ranging from 180 to 220 kDa. They are generated by alternative splicing combinations of three exons (A, B, and C) of the genomic sequence.IM2652U -
Beckman Coulter Life Sciences
CD45-PC5.5, 100t CE
The CD45 molecules are single chain integral membrane proteins comprising at least five isoforms ranging from 180 to 220 kDa. They are generated by alternative splicing combinations of three exons (A, B, and C) of the genomic sequence.A62835 -
Beckman Coulter Life Sciences
CD45-PC7 100 tests CE
The CD45 molecules are single chain integral membrane proteins comprising at least five isoforms ranging from 180 to 220 kDa. They are generated by alternative splicing combinations of three exons (A, B, and C) of the genomic sequence.IM3548 -
Beckman Coulter Life Sciences
CD45-PE 100 tests CE
The CD45 molecules are single chain integral membrane proteins comprising at least five isoforms ranging from 180 to 220 kDa. They are generated by alternative splicing combinations of three exons (A, B, and C) of the genomic sequence.A07783 -
Beckman Coulter Life Sciences
CD45-PE 100 tests RUO
The CD45 molecules are single chain integral membrane proteins comprising at least five isoforms ranging from 180 to 220 kDa. They are generated by alternative splicing combinations of three exons (A, B, and C) of the genomic sequence.IM1833 -
Beckman Coulter Life Sciences
CD45-Pacific Blue¸, 100t, CE
The CD45 molecules are single chain integral membrane proteins comprising at least five isoforms ranging from 180 to 220 kDa. They are generated by alternative splicing combinations of three exons (A, B, and C) of the genomic sequence.A74763
Antistoffer og reagenser – essensielle komponenter i moderne forskning Antistoffer og reagenser i høy kvalitet for presise og pålitelige resultater
Nerliens Meszansky har et stort utvalg av kvalitetsanstistoffer. Våre forhåndsforberedte multifarge antistoffkombinasjoner sparer tid og forbedrer laboratorieeffektiviteten. Våre antistoffkit gir en god arbeidsflyt. Våre antistoffer og reagenser er utviklet for å møte de høyeste standardene innen kvalitet og ytelse. Uavhengig av om du trenger primære eller sekundære antistoffer, spesifikke fluorokromer eller isotyper, har vi produkter som er optimalisert for bruk i flowcytometri og andre bioteknologiske applikasjoner. Vårt team av eksperter jobber kontinuerlig med å utvide sortimentet og sikre at du har tilgang til de nyeste og mest innovative produktene på markedet. Velg Nerliens Meszansky for dine antistoffbehov og oppnå pålitelige resultater i ditt livsvitenskap-laboratorium