Cygnus Technologies
P. fluorescens HCP ELISA Kit | F450
(No reviews yet)
Write a Review
- SKU:
- 214-F450
- Size:
- 1 Kit
- Product Type:
- ELISA Kit
- Storage:
- All kit reagents 2°C to 8°C
- Target Expression System:
- P. fluorescens
- Species Group:
- Bacterial
- Species:
- P. fluorescens
- Assay format:
- 96 Well Plate
- Time to result:
- ~2 hrs. 50 min
- LOD:
- ~0.04 ng/mL
- LLOQ:
- 0.5 ng/mL
- Recommended Diluent:
- I028
Frequently bought together:
Description
P. fluorescens HCP ELISA Kit | F450
P. fluorescens HCP ELISA Kit is intended for use in determining the presence of P. fluorescens host cell protein impurities in products manufactured by recombinant expression in P. fluorescens. The kit is for Research and Manufacturing Use Only and is not intended for diagnostic use in humans or animals.
Related Products
CHO HCP ELISA Kit | F015
Cygnus Technologies
$1,366
CHO HCP ELISA Kit | F015
CHO HCP ELISA Kit is intended for use in determining the presence of Chinese Hamster Ovary (CHO) protein impurities in products manufactured by recombinant expression in CHO...
MDCK HCP ELISA Kit | F800
Cygnus Technologies
$1,213
MDCK HCP ELISA Kit | F800
MDCK HCP ELISA Kit is intended for use in determining the presence host cell protein impurities in products manufactured by expression in MDCK host cells. The kit is for...
A549 HCP ELISA Kit | F230
Cygnus Technologies
$1,213
A549 HCP ELISA Kit | F230
A549 HCP ELISA Kit is intended for use in determining the presence of protein contamination from the human cell line A549 in products manufactured by recombinant expression...
HeLa HCP ELISA Kit | F810
Cygnus Technologies
$1,213
HeLa HCP ELISA Kit | F810
HeLa HCP ELISA Kit is intended for use in determining the presence host cell protein impurities in products manufactured by expression in HeLa host cells. The kit is for...
MRC5 HCP ELISA Kit | F300
Cygnus Technologies
$1,213
MRC5 HCP ELISA Kit | F300
MRC5 HCP ELISA Kit is intended for use in determining the presence of MRC5 host cell protein impurities in products manufactured by recombinant expression in MRC5 cells...