Separopore Bioaffinity Matrices

Applications: Affinity matrix with immobilized Streptavidin by CNBr activation coupling method. The base matrix is a rigid, highly cross-linked beaded agarose with high chemical stability.

Applications: Thiophilic affinity purification is based on the ability of some proteins, particularly immunoglobulins, to bind to this immobilized ligand. The term &quotThiophilic&quot refers to an affinity for sulfone groups that lie in close

Applications: Thiophilic affinity purification is based on the ability of some proteins, particularly immunoglobulins, to bind to this immobilized ligand. The term &quotThiophilic&quot refers to an affinity for sulfone groups that lie in close

Applications: Thiophilic affinity purification is based on the ability of some proteins, particularly immunoglobulins, to bind to this immobilized ligand. The term &quotThiophilic&quot refers to an affinity for sulfone groups that lie in close

Applications: Tosyl-activated Separopore&reg 4B-CL is used to couple primary amines, thiols, imidazole or tyrosine hydroxyl groups to the matrix. Tosyl-activated Separopore&reg 4B-CL couples more rapidly and efficiently to sulfhydryl groups than

Applications: Tosyl-activated Separopore&reg 4B-CL is used to couple primary amines, thiols, imidazole or tyrosine hydroxyl groups to the matrix. Tosyl-activated Separopore&reg 4B-CL couples more rapidly and efficiently to sulfhydryl groups than

Applications: Tosyl-activated Separopore&reg 4B-CL is used to couple primary amines, thiols, imidazole or tyrosine hydroxyl groups to the matrix. Tosyl-activated Separopore&reg 4B-CL couples more rapidly and efficiently to sulfhydryl groups than

Applications: Ubiquitin-Separopore&reg 4B is useful for binding the ubiquitin activation enzyme (E1), ubiquitin carrier enzymes (E2s), ubiquitin ligases (E3s) and ubiquitin-terminal hydrolyases. Ubiquitin-Separopore&reg 4B is used in affinity

Applications: Ubiquitin-Separopore&reg 4B is useful for binding the ubiquitin activation enzyme (E1), ubiquitin carrier enzymes (E2s), ubiquitin ligases (E3s) and ubiquitin-terminal hydrolyases. Ubiquitin-Separopore&reg 4B is used in affinity

Zn-Chelated Separopore® is an imminodiacetate (IDA) immobilized metal affinity chromatography (IMAC) matrix that seperates proteins via their differences in affinity to Zn metal ions. Properties Affinity matrix for proteins.

Zn-Chelated Separopore® is an imminodiacetate (IDA) immobilized metal affinity chromatography (IMAC) matrix that seperates proteins via their differences in affinity to Zn metal ions. Properties Affinity matrix for proteins.

Zn-Chelated Separopore® is an imminodiacetate (IDA) immobilized metal affinity chromatography (IMAC) matrix that seperates proteins via their differences in affinity to Zn metal ions. Properties Affinity matrix for proteins.