Comprehensive technical exploration of the challenges in targeting ion channels with antibodies, their structural...
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Ion channels as therapeutic antibody targets: development challenges and opportunitiesRead more ... -
Antibodies and Venom Peptides: New Tools to Target Ion ChannelsRead more ...Ion channels play fundamental roles in both excitable and non-excitable tissues, making them attractive molecular...
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RNA ELISA Kits: Laboratory Principles, Workflow Innovations, and Analytical ApplicationsRead more ...Explore the comprehensive technical framework of RNA ELISA kits, detailing modern innovations in sensitivity,...
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Translational HIV Therapy: Overcoming Resistance via Gene KnockoutRead more ...Explore advanced translational research on overcoming viral escape mutations, targeting CCR5 host receptors, and...
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Gene Editing Technologies in HIV Research: Mechanisms & ApplicationsRead more ...Discover how CRISPR/Cas9 and molecular gene editing tools are utilized in HIV research to target viral DNA, suppress...
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RNA ELISA Kits: Laboratory Principles, Workflow Innovations, and Analytical ApplicationsExplore the comprehensive technical framework of RNA ELISA kits, detailing modern innovations in sensitivity,...Read more ...
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Ion channels as therapeutic antibody targets: development challenges and opportunitiesComprehensive technical exploration of the challenges in targeting ion channels with antibodies, their structural...Read more ...
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Antibodies and Venom Peptides: New Tools to Target Ion ChannelsIon channels play fundamental roles in both excitable and non-excitable tissues, making them attractive molecular...Read more ...
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Translational HIV Therapy: Overcoming Resistance via Gene KnockoutExplore advanced translational research on overcoming viral escape mutations, targeting CCR5 host receptors, and...Read more ...
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Understanding Polyclonal Antibodies: A Simple GuideDiscover what polyclonal antibodies are, how they are produced in the laboratory, their main applications, and key...Read more ...
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Ion channels as therapeutic antibody targets: development challenges and opportunitiesComprehensive technical exploration of the challenges in targeting ion channels with antibodies, their structural...Read more ...
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Antibodies and Venom Peptides: New Tools to Target Ion ChannelsIon channels play fundamental roles in both excitable and non-excitable tissues, making them attractive molecular...Read more ...
-
RNA ELISA Kits: Laboratory Principles, Workflow Innovations, and Analytical ApplicationsExplore the comprehensive technical framework of RNA ELISA kits, detailing modern innovations in sensitivity,...Read more ...
-
Translational HIV Therapy: Overcoming Resistance via Gene KnockoutExplore advanced translational research on overcoming viral escape mutations, targeting CCR5 host receptors, and...Read more ...
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Gene Editing Technologies in HIV Research: Mechanisms & ApplicationsDiscover how CRISPR/Cas9 and molecular gene editing tools are utilized in HIV research to target viral DNA, suppress...Read more ...
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Small Molecules
Discover our comprehensive portfolio of high-purity small molecules, including selective inhibitors, receptor agonists, and active metabolites engineered for target validation and pathway profiling. Our rigorously tested compounds support advanced research across pharmacology, cancer biology, neurobiology, and drug discovery. Every molecule is fully characterized with detailed batch-specific analytical data to guarantee reproducibility and precision in your cellular and biochemical assays.
| Cat | Name | Size | Price | Action |
|---|---|---|---|---|
| GTR19257148 | MPEG-CHO (MW 20000) | 250 mg | €0.00 | |
| GTR19257149 | MPEG-CHO (MW 10000) | 250 mg | €0.00 | |
| GTR19257150 | MPEG-CHO (MW 5000) | 250 mg | €0.00 | |
| GTR19257151 | MPEG-CHO (MW 3400) | 50 mg | €0.00 | |
| GTR19257152 | MPEG-CHO (MW 2000) | 250 mg | €0.00 | |
| GTR19257153 | MPEG-CHO (MW 1000) | 250 mg | €0.00 | |
| GTR19257154 | MPEG-CHO (MW 750) | 50 mg | €0.00 | |
| GTR19257155 | MPEG-CHO (MW 550) | 250 mg | €0.00 | |
| GTR19257156 | MPEG-CHO (MW 350) | 50 mg | €0.00 | |
| GTR19266655 | E. coli DNA ligase | 10 mg | €0.00 | |
| GTR19267201 | Keratanase II, bacillus circulans, expressed in E.coli | 10 mg | €0.00 | |
| GTR19275773 | (S) -Glutarimide-amide-Py-piperidine-CHO | 50 mg | €0.00 |
Selecting the optimal small molecule modulator is critical for achieving target specificity, minimal off-target effects, and consistent assay response. Ensure you evaluate the following key parameters prior to purchase:
- Purity and characterization: verify high HPLC purity (typically >98%) and identity confirmed via NMR and Mass Spectrometry (MS).
- Solubility and stability: check recommended solvents (e.g., DMSO, ethanol, or aqueous buffers) and storage protocols to preserve chemical integrity.
- Mechanism of action: review target affinity (IC50, Ki, EC50 values) and pathway selectivity details in the technical datasheet.
- Format and packaging: select pre-weighed solid vials or ready-to-use liquid stock solutions tailored to your assay throughput.
Access detailed certificates of analysis (CoA), NMR spectra, and solubility guidelines directly from individual product listings.