Protein Analysis Test Strips
| Pricing |
| 1-4 Strips $50.00 each |
| 5-9 Strips $45.00 each |
| 10-19 Strips $42.00 each |
| 20-39 Strips $41.00 each |
| >40 Strips $40.00 each |
Introduction:
Dip-N-Blots™ and Dip-N-Spots™ are innovative dipstick formats that simplify protein analysis and antibody characterization experiments.
Drawing upon our industry leading collection of protein lysates, Dip-N-Blots™ offer pre-run Western Blots, while Dip-N-Spots™ offer quick and easy-to-use protein microarrays.
Significant features of Dip-N-Blots�:
- Pre-run Western blots in an innovative dipstick format simplifies protein analysis or antibody characterization experiments.
- Select from hundreds of total protein lysates derived from cultured cells and mammalian tissues.
- Purchase only the specific cell or tissue samples required for your project.
- Ready to use with minimal hands-on time and reagent requirements.
- Lower cost/sample than other similar pre-made Western blots.
- Compatible with colorimetric, chemiluminescent or fluorescent detection systems.
- Order today and analyze protein biomarker data by lunchtime tomorrow!
Significant features of Dip-N-Spots�:
- Pre-printed protein arrays in an innovative dipstick format simplifies protein analysis or antibody characterization experiments.
- Select from hundreds of total protein lysates prepared from cultured cells and mammalian tissues.
- Ready to use with minimal hands-on time and reagent requirements.
- Compatible with colorimetric, chemiluminescent or fluorescent detection systems.
- Cost-effective and efficient protein analysis.
- Order today and analyze protein biomarker data by lunchtime tomorrow!
Protein Biotechnologies has assembled the largest and most comprehensive collection of ready-to-use total protein extracts on the market. These tissue and mammalian cell line lysates have been incorporated into the Dip-N-Blot™ protein biomarker analysis platform and are ideal for biomarker identification / screening, antibody detection / characterization, protein-protein interaction, protein expression, ligand binding, ELISA, immunoprecipitation, 1D and 2D gel electrophoresis, and Western blotting. Target detection may be accomplished using a number of detection systems including color development, enhanced chemiluminescence (ECL) and fluorescence.