Dip-N-Blots™ Pre-Run Western Blotting 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™ are an innovative solution to the pre-made Western blot sample content conundrum - not getting all or exactly the right samples for your analysis at an affordable price.
Buy as few or as many, in any combination, to suit your experimental needs. Dip-N-Blots™ are prepared using 4-20% pre-cast 1D-PAGE gradient gels for maximum protein separation and resolution. Gel to gel loading and running are constantly monitored for consistency and reproducibility to maintain high quality standards. Dip-N-Blots™ are made using supported PVDF membranes for high protein binding capacity and are extra strong to resist tearing and permit easy handling.
Simply align the strip to the marker key provided on the product data sheet to determine the molecular weight of your target. Each strip comes individually packaged in a convenient 2 ml incubation chamber, ready to use and minimizing the amount of reagents and antibodies required.
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!
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.
Downloads:
- Dip-N-Blots™ Data Sheet
- Test Results WorkSheet (Convenient format for recording test results)
| Human Normal Tissue Lysate Western Blotting Dipsticks | |
|
Catalog Number |
Description |
|
Adipose |
|
|
Adrenal |
|
|
Bladder |
|
|
Brain Dura Mater |
|
|
Brain Caudate Nucleus |
|
|
Brain Cerebellum |
|
|
Brain Cerebellum Hemangioblastoma |
|
|
Brain Cerebral Meninges |
|
|
Brain Cerebral Peduncles |
|
|
Brain Cerebrum |
|
|
Brain Corpus Callosum |
|
|
Brain Globus Pallidus |
|
|
Brain Hippocampus |
|
|
Brain Hypothalamus |
|
|
Brain Nucleus Accumbens |
|
|
Brain Occipital Cortex |
|
|
Brain Occipital Lobe |
|
|
Brain Olfactory Lobe |
|
|
Brain Postcentral Gyrus |
|
|
Brain Posterior Cortex |
|
|
Brain Precentral Gyrus |
|
|
Brain Putamen |
|
|
Brain Striatum |
|
|
Brain Substantia Nigra |
|
|
Brain Superior Parietal Lobe |
|
|
Brain Thalamus |
|
|
Brain Vermis Cerebelli |
|
|
Brain Cortex |
|
|
Brain Front Cortex |
|
|
Brain Frontal Lobe |
|
|
Brain Parietal Cortex |
|
|
Brain Temporal Lobe |
|
|
Brain Parietal Lobe |
|
|
Tonsil |
|
|
Colon |
|
|
Eye |
|
| Spleen | |
| Fetus | |
| Heart | |
| Heart Coronary Artery | |
| Heart Left Ventricle | |
| Heart Pericardium | |
| Heart Aorta | |
| Kidney | |
| Larynx | |
| Liver | |
| Gall Bladder | |
| Lung | |
| Bronchus | |
| Lymph Node | |
| Breast | |
| Ovary | |
| Pancreas | |
| Pituitary | |
| Placenta | |
| Prostate | |
| Salivary Gland | |
| Skeletal Muscle | |
| BHN-26 | Skin |
| BHN-27-1 | Small Intestine Duodenum |
| BHN-27-2 | Small Intestine Ileum |
| BHN-27-3 | Small Intestine Jejunum |
| BHN-27-4 | Small Intestine Appendix |
| BHN-28 | Esophagus |
| BHN-29 | Stomach |
| BHN-30 | Tongue |
| BHN-31 | Testis |
| BHN-32 | Thymus |
| BHN-33 | Thyroid |
| BHN-34 | Trachea |
| BHN-35 | Uterus |
| BHN-36 | Cervix |
| BHN-37-1 | Vaginal Mucosa |
| BHN-37-2 | Vaginal Wall |
| BHN-38 | Fallopian Tube |
| BHN-39 | Urethra |
| BHN-40 | Ureter |
| Mouse Normal Tissue Lysate Western Blotting Dipsticks | |
Catalog Number |
Description |
| Adipose | |
| Adrenal | |
| Bladder | |
| Cerebellum | |
| Cerebrum | |
| Colon | |
| Eye | |
| Esophagus | |
| Fetus | |
| Heart | |
| Kidney | |
| Larynx | |
| Liver | |
| Lung | |
| Lymph Node | |
| Mammary Gland | |
| Ovary | |
| Pancreas | |
| Pituitary | |
| Placenta | |
| Prostate | |
| Salivary Gland | |
| Skeletal Muscle | |
| Skin | |
| Small Intestine | |
| BMN-26 | Spleen |
| BMN-27 | Stomach |
| BMN-28 | Tongue |
| BMN-29 | Testis |
| BMN-30 | Thymus |
| BMN-31 | Thyroid |
| BMN-32 | Trachea |
| BMN-33 | Uterus |
| Rat Normal Tissue Lysate Western Blotting Dipsticks | |
Catalog Number |
Description |
| Adipose | |
| Adrenal | |
| Bladder | |
| Cerebellum | |
| Cerebrum | |
| Colon | |
| Eye | |
| Esophagus | |
| Fetus | |
| Heart | |
| Kidney | |
| Larynx | |
| Liver | |
| Lung | |
| Lymph Node | |
| Mammary Gland | |
| Ovary | |
| Pancreas | |
| Pituitary | |
| Placenta | |
| Prostate | |
| Salivary Gland | |
| Skeletal Muscle | |
| Skin | |
| Small Intestine | |
| BRN-26 | Spleen |
| BRN-27 | Stomach |
| BRN-28 | Tongue |
| BRN-29 | Testis |
| BRN-30 | Thymus |
| BRN-31 | Thyroid |
| BRN-32 | Trachea |
| BRN-33 | Uterus |
| Cell Line Lysate Western Blotting Dipsticks | ||
Catalog # |
Cell Line | Description |
| A549 | human lung carcinoma | |
| HeLa | human cervix epithelioid carcinoma | |
| Jurkat | human lymphoma T lymphocyte, acute T cell leukemia | |
| MCF7 | human breast adenocarcinoma, pleural effusion | |
| PC-3 | human prostate adenocarcinoma | |
| HepG2 | human hepatocellular carcinoma | |
| 293 | human transformed primary embryonal kidney | |
| HT-29 | human colon adenocarcinoma | |
| A431 | human epidermoid carcinoma | |
| K562 | human chronic myelogenous leukemia | |
| MOLT4 | human acute lymphoblastic leukemia | |
| 3T3-NIH | mouse embryo | |
| HS 578T | humanbreast ductal carcinoma | |
| HL 60 | human promyelocytic leukemia | |
| Raji | human Burkitt lymphoma | |
| OVCAR-3 | human ovarian adenocarcinoma | |
| SK-N-SH | human brain neuroblastoma | |
| SW 1353 | human humerus chondrosarcoma | |
| SW 480 | human colon adenocarcinoma | |
| T24 | human bladder transitional cell carcinoma | |
| THP-1 | human monocyte | |
| 786-0 | human primary renal cell adenocarcinoma | |
| CRL-1976 | human uterine sarcoma | |
| 22Rv1 | human prostate carcinoma | |
| DU 145 | human prostate carcinoma metastasis to brain | |
| WI 38 | human lung diploid | |
| U-2 OS | human bone osteosarcoma | |
| Capan-2 | human pancreas adenocarcinoma | |
| AGS | human stomach gastric adenocarcinoma | |
| Daudi | human peripheral blood B lymphoblast, Burkitt's lymphoma | |
| HT-144 | human skin malignant melanoma | |
| Hs 729 | human muscle rhabdomyosarcoma | |
| HCT 116 | human colon colorectal carcinoma | |
| SK-OV-3 | human ovary adenocarcinoma (ascites metastasis) | |