Sensitive Antibodies
Endogenous Expression Validation on Simple Western
Many researchers struggle with antibodies that perform well only in over-expressed systems—or worse, have never been properly tested—leading to wasted time, inconsistent data, and failed experiments.
OriGene addresses this critical pain point by validating antibodies for true endogenous detection using the automated Simple Western™. Backed by rigorous testing across 100 biomarkers, these antibodies empower reproducible, quantitative results while reducing hands-on effort through automation.
Comprehensive Antibody Portfolio
OriGene provides an expansive portfolio of antibodies pre-optimized for the Simple Western platform research in critical areas like AAV, EV/exosomes, metabolic, immunology, oncology, and neurology.
AAV
AAV Capsid Detection
Comprehensive antibodies for multiple AAV serotypes enabling precise viral vector characterization
| Target | Host & Clonality | SKU | Applications | Cart |
|---|---|---|---|---|
| AAV1 | Rabbit Monoclonal | WB, SW | ||
| AAV2 | Rabbit Monoclonal | WB, SW | ||
| AAV5 | Rabbit Monoclonal | WB, SW | ||
| AAV8 | Rabbit Monoclonal | WB, SW | ||
| AAV9 | Rabbit Monoclonal | WB, SW | ||
| AAVPHP.B | Rabbit Monoclonal | WB, SW |
EV/Exosomes
Extracellular Vesicle Research
Validated antibodies for the detection of key exosomal markers, supporting studies in intercellular communication and biomarker discovery
| Target | Host & Clonality | SKU | Applications | Cart |
|---|---|---|---|---|
| CD63 | Mouse Monoclonal | IHC, WB, SW | ||
| MFGE8 | Mouse Monoclonal | IHC, WB, SW | ||
| TSG101 | Rabbit Monoclonal | IF, IHC, WB, SW |
Housekeeping
Normalization Controls
Reliable antibodies against consistently expressed genes to ensure accurate quantification and assay standardization
| Target | Host & Clonality | SKU | Applications | Cart |
|---|---|---|---|---|
| alpha Actinin 1 | Mouse Monoclonal | IF, WB, SW | ||
| beta IV Tubulin | Mouse Monoclonal | FC, IF, IHC, WB, SW | ||
| beta IV Tubulin | Mouse Monoclonal | FC, IF, IHC, WB, SW | ||
| GAPDH | Mouse Monoclonal | WB, SW |
Immunology
Immunology Research
Essential markers for immune cell identification and cytokine analysis
| Target | Host & Clonality | SKU | Applications | Cart |
|---|---|---|---|---|
| AFP | Mouse Monoclonal | FC, IF, IHC, SW | ||
| AKT1 | Mouse Monoclonal | FC, IF, IHC, WB, SW | ||
| CD3E | Mouse Monoclonal | IF, WB, SW | ||
| CD64 | Mouse Monoclonal | WB, SW | ||
| DGKA | Mouse Monoclonal | FC, WB, SW | ||
| DPP9 | Mouse Monoclonal | FC, IHC, WB, SW | ||
| IFIT3 | Mouse Monoclonal | FC, IF, WB, SW | ||
| IKB alpha | Mouse Monoclonal | IF, WB, SW | ||
| IRAK2 | Mouse Monoclonal | IHC, WB, SW | ||
| IRF3 | Mouse Monoclonal | IF, WB, SW | ||
| LMAN1 | Mouse Monoclonal | FC, IF, IHC, WB, SW | ||
| NLRX1 | Mouse Monoclonal | IHC, WB, SW | ||
| SAMHD1 | Mouse Monoclonal | FC, IF, IHC, WB, SW | ||
| SERPINA1 | Mouse Monoclonal | FC, IHC, IP, WB, SW | ||
| STING | Mouse Monoclonal | IHC, WB, SW | ||
| TRPM4 | Mouse Monoclonal | IHC, WB, SW |
Metabolic
Metabolic Pathways
Antibodies targeting core regulators involved in lipid metabolism and metabolic disorders
| Target | Host & Clonality | SKU | Applications | Cart |
|---|---|---|---|---|
| APMAP | Mouse Monoclonal | FC, IHC, WB, SW | ||
| BMAL1 | Mouse Monoclonal | FC, IF, WB, SW | ||
| DGKA | Mouse Monoclonal | FC, WB, SW | ||
| DHFR | Mouse Monoclonal | IHC, WB, SW | ||
| DRP1 | Mouse Monoclonal | IHC, WB, SW | ||
| GALE | Mouse Monoclonal | IHC, WB, SW | ||
| Gαs | Mouse Monoclonal | IHC, WB, SW | ||
| ISCU | Mouse Monoclonal | IHC, WB, SW | ||
| PAICS | Mouse Monoclonal | FC, IF, WB, SW | ||
| PHGDH | Mouse Monoclonal | IHC, WB, SW | ||
| PYCR1 | Mouse Monoclonal | IHC, WB, SW | ||
| SDHB | Mouse Monoclonal | IHC, WB, SW | ||
| SMPD1 | Mouse Monoclonal | IHC, WB, SW | ||
| SULT1A1 | Mouse Monoclonal | FC, IF, IHC, WB, SW |
Neurology
Neurology Studies
Key proteins associated with neurodegenerative diseases and brain function
| Target | Host & Clonality | SKU | Applications | Cart |
|---|---|---|---|---|
| ABCD1 | Mouse Monoclonal | IHC, WB, SW | ||
| ADSL | Mouse Monoclonal | FC, IHC, WB, SW | ||
| ADSL | Mouse Monoclonal | IHC, WB, SW | ||
| ADSL | Mouse Monoclonal | WB, SW | ||
| BCAT1 | Mouse Monoclonal | IHC, WB, SW | ||
| BMAL1 | Mouse Monoclonal | FC, IF, WB, SW | ||
| CDK2 | Mouse Monoclonal | FC, IF, WB, SW | ||
| CHCHD10 | Mouse Monoclonal | IHC, WB, SW | ||
| Cystathionase | Mouse Monoclonal | IHC, WB, SW | ||
| DRP1 | Mouse Monoclonal | IHC, WB, SW | ||
| DYNC1LI1 | Mouse Monoclonal | FC, IF, WB, SW | ||
| Gαs | Mouse Monoclonal | IHC, WB, SW | ||
| GBE1 | Mouse Monoclonal | IP, WB, SW | ||
| GCH1 | Mouse Monoclonal | IHC, WB, SW | ||
| GDI1 | Mouse Monoclonal | IHC, WB, SW | ||
| GLB1 | Mouse Monoclonal | IHC, WB, SW | ||
| HDAC6 | Mouse Monoclonal | FC, IF, IHC, WB, SW | ||
| LCMT1 | Mouse Monoclonal | IHC, WB, SW | ||
| NDUFB10 | Mouse Monoclonal | IF, IHC, WB, SW | ||
| Neurofilament M | Mouse Monoclonal | IHC, WB, SW | ||
| OTC | Mouse Monoclonal | IHC, WB, SW | ||
| PARG | Mouse Monoclonal | IHC, WB, SW | ||
| PRKAR1A | Mouse Monoclonal | IF, IHC, WB, SW | ||
| RIOK2 | Mouse Monoclonal | IF, IHC, WB, SW | ||
| SMPD1 | Mouse Monoclonal | IHC, WB, SW | ||
| STK38L | Mouse Monoclonal | IF, IHC, WB, SW | ||
| TIA1 | Mouse Monoclonal | IHC, WB, SW | ||
| TLE1 | Mouse Monoclonal | FC, IF, IHC, WB, SW | ||
| TRPM4 | Mouse Monoclonal | IHC, WB, SW | ||
| TTC7A | Mouse Monoclonal | WB, SW |
Oncology
Oncology Applications
Critical oncogenes, tumor suppressors, and therapeutic targets
| Target | Host & Clonality | SKU | Applications | Cart |
|---|---|---|---|---|
| AFP | Mouse Monoclonal | FC, IF, IHC, SW | ||
| AKT1 | Mouse Monoclonal | FC, IF, IHC, WB, SW | ||
| Annexin A3 | Mouse Monoclonal | FC, IHC, WB, SW | ||
| APMAP | Mouse Monoclonal | FC, IHC, WB, SW | ||
| BMAL1 | Mouse Monoclonal | FC, IF, WB, SW | ||
| CD146 | Mouse Monoclonal | IHC, WB, SW | ||
| CDK2 | Mouse Monoclonal | FC, IF, WB, SW | ||
| Chromogranin A | Mouse Monoclonal | IF, IHC, WB, SW | ||
| c-Jun | Mouse Monoclonal | IHC, WB, SW | ||
| Cytokeratin 8 | Mouse Monoclonal | IF, IHC, WB, SW | ||
| DCPS | Mouse Monoclonal | IHC, WB, SW | ||
| DGKA | Mouse Monoclonal | FC, WB, SW | ||
| DHFR | Mouse Monoclonal | IHC, WB, SW | ||
| DPP9 | Mouse Monoclonal | FC, IF, WB, SW | ||
| DPP9 | Mouse Monoclonal | FC, IHC, WB, SW | ||
| DRP1 | Mouse Monoclonal | IHC, WB, SW | ||
| EGFR | Mouse Monoclonal | IF, IHC, WB, SW | ||
| ERCC1 | Mouse Monoclonal | 10k-ChIP, IF, IHC, WB, SW | ||
| FBXO22 | Mouse Monoclonal | WB, SW | ||
| GPI | Mouse Monoclonal | IF, IHC, WB, SW | ||
| Gαs | Mouse Monoclonal | IHC, WB, SW | ||
| HDAC6 | Mouse Monoclonal | FC, IF, IHC, WB, SW | ||
| HSP90AB1 | Mouse Monoclonal | WB, SW | ||
| IDH1 | Mouse Monoclonal | IF, WB, SW | ||
| IMP3 | Mouse Monoclonal | IHC, WB, SW | ||
| Kindlin 2 | Mouse Monoclonal | IF, IHC, IP, WB, SW | ||
| KRAS | Mouse Monoclonal | IHC, WB, SW | ||
| LIM Kinase 1 | Mouse Monoclonal | FC, IF, IHC, WB, SW | ||
| LXN | Mouse Monoclonal | IHC, WB, SW | ||
| METTL3 | Mouse Monoclonal | WB, SW | ||
| MSI1 | Mouse Monoclonal | FC, IF, IHC, WB, SW | ||
| NAE1 | Mouse Monoclonal | WB, SW | ||
| NEK9 | Mouse Monoclonal | FC, IF, WB, SW | ||
| p21 Ras | Mouse Monoclonal | IF, IHC, WB, SW | ||
| PAICS | Mouse Monoclonal | FC, IF, WB, SW | ||
| PAICS | Mouse Monoclonal | FC, IF, WB, SW | ||
| PARG | Mouse Monoclonal | IHC, WB, SW | ||
| PFKP | Mouse Monoclonal | FC, IF, IHC, WB, SW | ||
| PHGDH | Mouse Monoclonal | IHC, WB, SW | ||
| PIP5K3 | Mouse Monoclonal | IHC, WB, SW | ||
| PP5 | Mouse Monoclonal | FC, IF, IHC, WB, SW | ||
| PRKAR1A | Mouse Monoclonal | IF, IHC, WB, SW | ||
| PYCR1 | Mouse Monoclonal | IHC, WB, SW | ||
| SDHB | Mouse Monoclonal | IHC, WB, SW | ||
| SMPD1 | Mouse Monoclonal | IHC, WB, SW | ||
| SSB | Mouse Monoclonal | IF, IHC, IP, WB, SW | ||
| STK38L | Mouse Monoclonal | IF, IHC, WB, SW | ||
| SULT1A1 | Mouse Monoclonal | FC, IF, IHC, WB, SW | ||
| TGFBI | Mouse Monoclonal | IHC, WB, SW | ||
| TLE1 | Mouse Monoclonal | FC, IF, IHC, WB, SW |
Simple Western™ Platform Advantages
Overcome Western blot and ELISA limitations with automated workflows, precise quantification, and enhanced reproducibility.
3-Hour Results
Rapid automated workflow eliminates overnight incubations and lengthy procedures.
Low Sample Volume
Use as little as 3 µL of starting material and save previous samples.
Less Matrix Effect
Capillary-based separation reduces interference and improves data quality.
Rigorous Validation
Antibody dilution testing with endogenous cell lysates ensures reliability.
Learn more about Simple Western
Discover how Simple Western can revolutionize your protein analysis workflow.
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