Supelco® BIOshell™ IgG 1000 Å C4 Fused-Core® HPLC-Säulen

Supplier: Merck

Certificates

Supplier: Merck

About this item

BIOshell™ IgG 1000 Å C4 Diphenyl ist eine Hochgeschwindigkeits-Hochleistungs-Flüssigkeitschromatographiesäule, die auf einem neuen (1000 Å) Fused-Core®-Partikeldesign mit weiten Poren basiert.

Großer Porendurchmesser für ungehinderten Zugang von Proteinen und anderen großen Molekülen
Fused-Core®-Partikel bieten eine dünne poröse Hülle aus hochreiner Silica, die einen festen Silicakern umgibt
Hohe Säuleneffizienz aufgrund der flachen Diffusionswege in der 0,5 µm dünnen porösen Hülle
Minimales bis kein LC-MS-Bluten
Geringe Gesamtpartikelgröße von 2,7 µm
Kompatibel für UHPLC, HPLC und Massenspektrometer (MS)

Die dicht gebundene, umfassend endcapped Diphenylmethyl-gebundene stationäre Phase von BIOshell™ IgG 1000 Å C4 bietet eine stabile Umkehrphasenpackung, die zur Trennung hochmolekularer Verbindungen wie Proteine verwendet werden kann.

Certifications: Säulenprüfzertifikat in der Box verfügbar.

Accessories information: Dieser Vorsäulenkartuschenhalter kann mit BIOShell™-Säulen mit 4,6/3,0 und 2,1 mm Innen-Ø verwendet werden.

Specifications

Catalog No:
63282-U
63284-U
63327-U
63334-U
63281-U
63283-U
63289-U
63313-U
63328-U
63314-U
63308-U
63311-U
63324-U
63315-U
63322-U
63329-U
63306-U
63307-U
63291-U
63325-U
63339-U
63338-U
63337-U
63336-U
63335-U
581385-U
581384-U
63288-U
63340-U

Phase composition:
Shell thickness: 0,5 µm
Solid core: 1,7 µm
Shell thickness: 0,5 µm
Solid core: 1,7 µm
Shell thickness: 0,5 µm
Solid core: 1,7 µm
Shell thickness: 0,5 µm
Solid core: 1,7 µm
Shell thickness: 0,5 µm
Solid core: 1,7 µm
Shell thickness: 0,5 µm
Solid core: 1,7 µm
Shell thickness: 0,5 µm
Solid core: 1,7 µm
Shell thickness: 0,5 µm
Solid core: 1,7 µm
Shell thickness: 0,5 µm
Solid core: 1,7 µm
Shell thickness: 0,5 µm
Solid core: 1,7 µm
Shell thickness: 0,5 µm
Solid core: 1,7 µm
Shell thickness: 0,5 µm
Solid core: 1,7 µm
Shell thickness: 0,5 µm
Solid core: 1,7 µm
Shell thickness: 0,5 µm
Solid core: 1,7 µm
Shell thickness: 0,5 µm
Solid core: 1,7 µm
Shell thickness: 0,5 µm
Solid core: 1,7 µm
Shell thickness: 0,5 µm
Solid core: 1,7 µm
Shell thickness: 0,5 µm
Solid core: 1,7 µm
Shell thickness: 0,5 µm
Solid core: 1,7 µm
Shell thickness: 0,5 µm
Solid core: 1,7 µm
Shell thickness: 0,5 µm
Solid core: 1,7 µm
Shell thickness: 0,5 µm
Solid core: 1,7 µm
Shell thickness: 0,5 µm
Solid core: 1,7 µm
Shell thickness: 0,5 µm
Solid core: 1,7 µm
Shell thickness: 0,5 µm
Solid core: 1,7 µm
Shell thickness: 0,5 µm
Solid core: 1,7 µm
Shell thickness: 0,5 µm
Solid core: 1,7 µm
Shell thickness: 0,5 µm
Solid core: 1,7 µm
Shell thickness: 0,5 µm
Solid core: 1,7 µm

Anwendung:
For separating high molecular weight compounds such as proteins
mAbs
ADCs
Biosimilars
H/D Exchange
mAb Fragments
For separating high molecular weight compounds such as proteins
mAbs
ADCs
Biosimilars
H/D Exchange
mAb Fragments
For separating high molecular weight compounds such as proteins
mAbs
ADCs
Biosimilars
H/D Exchange
mAb Fragments
For separating high molecular weight compounds such as proteins
mAbs
ADCs
Biosimilars
H/D Exchange
mAb Fragments
For separating high molecular weight compounds such as proteins
mAbs
ADCs
Biosimilars
H/D Exchange
mAb Fragments
For separating high molecular weight compounds such as proteins
mAbs
ADCs
Biosimilars
H/D Exchange
mAb Fragments
For separating high molecular weight compounds such as proteins
mAbs
ADCs
Biosimilars
H/D Exchange
mAb Fragments
For separating high molecular weight compounds such as proteins
mAbs
ADCs
Biosimilars
H/D Exchange
mAb Fragments
For separating high molecular weight compounds such as proteins
mAbs
ADCs
Biosimilars
H/D Exchange
mAb Fragments
For separating high molecular weight compounds such as proteins
mAbs
ADCs
Biosimilars
H/D Exchange
mAb Fragments
For separating high molecular weight compounds such as proteins
mAbs
ADCs
Biosimilars
H/D Exchange
mAb Fragments
For separating high molecular weight compounds such as proteins
mAbs
ADCs
Biosimilars
H/D Exchange
mAb Fragments
For separating high molecular weight compounds such as proteins
mAbs
ADCs
Biosimilars
H/D Exchange
mAb Fragments
For separating high molecular weight compounds such as proteins
mAbs
ADCs
Biosimilars
H/D Exchange
mAb Fragments
For separating high molecular weight compounds such as proteins
mAbs
ADCs
Biosimilars
H/D Exchange
mAb Fragments
For separating high molecular weight compounds such as proteins
mAbs
ADCs
Biosimilars
H/D Exchange
mAb Fragments
For separating high molecular weight compounds such as proteins
mAbs
ADCs
Biosimilars
H/D Exchange
mAb Fragments
For separating high molecular weight compounds such as proteins
mAbs
ADCs
Biosimilars
H/D Exchange
mAb Fragments
For separating high molecular weight compounds such as proteins
mAbs
ADCs
Biosimilars
H/D Exchange
mAb Fragments
For separating high molecular weight compounds such as proteins
mAbs
ADCs
Biosimilars
H/D Exchange
mAb Fragments
For separating high molecular weight compounds such as proteins
mAbs
ADCs
Biosimilars
H/D Exchange
mAb Fragments
For separating high molecular weight compounds such as proteins
mAbs
ADCs
Biosimilars
H/D Exchange
mAb Fragments
For separating high molecular weight compounds such as proteins
mAbs
ADCs
Biosimilars
H/D Exchange
mAb Fragments
For separating high molecular weight compounds such as proteins
mAbs
ADCs
Biosimilars
H/D Exchange
mAb Fragments
For separating high molecular weight compounds such as proteins
mAbs
ADCs
Biosimilars
H/D Exchange
mAb Fragments
For separating high molecular weight compounds such as proteins
mAbs
ADCs
Biosimilars
H/D Exchange
mAb Fragments
For separating high molecular weight compounds such as proteins
mAbs
ADCs
Biosimilars
H/D Exchange
mAb Fragments
For separating high molecular weight compounds such as proteins
mAbs
ADCs
Biosimilars
H/D Exchange
mAb Fragments
For separating high molecular weight compounds such as proteins
mAbs
ADCs
Biosimilars
H/D Exchange
mAb Fragments