Shop All Solid Support Liquid-Liquid Extraction Columns and Plates
- Products [4]
- Learn More [2]
- Documents & Support [8]

HyperSep™ SLE Cartridges (pH 9) Thermo Scientific™
Provide a fast and effective sample preparation technique for removal of phospholipids from biological matrices with Thermo Scientific™ HyperSep™ SLE (Solid supported Liquid/Liquid Extraction).
HyperSep SLE cartrides (pH9) deals with sample preparation of biological matrices via a simple, efficient and an effective protcol. The focus being the removal of interfering phospholipids which cause a number of issues for end point analysis.

HyperSep™ SLE Cartridges (pH 7) Thermo Scientific™
Provide a fast and effective sample preparation technique for removal of phospholipids from biological matrices with Thermo Scientific™ HyperSep™ SLE (Solid supported Liquid/Liquid Extraction).
HyperSep SLE cartridges (pH 7) deals with sample preparation of biological matrices via a simple, efficient and an effective protcol. The focus being the removal of interfering phospholipids which cause a number of issues for end point analysis.

HyperSep™ SLE Plates (pH 9) Thermo Scientific™
Provide a fast and effective sample preparation technique for removal of phospholipids from biological matrices with Thermo Scientific™ HyperSep™ SLE (Solid supported Liquid/Liquid Extraction).
HyperSep SLE plates (pH 9) deals with sample preparation of biological matrices via a simple, efficient and an effective protcol. The focus being the removal of interfering phospholipids which cause a number of issues for end point analysis.

HyperSep™ SLE Plates (pH 7) Thermo Scientific™
Provide a fast and effective sample preparation technique for removal of phospholipids from biological matrices with Thermo Scientific™ HyperSep™ SLE (Solid supported Liquid/Liquid Extraction).
HyperSep SLE plates (pH 7) deals with sample preparation of biological matrices via a simple, efficient and an effective protcol. The focus being the removal of interfering phospholipids which cause a number of issues for end point analysis.