EliKine™ 人胶质细胞源性神经营养因子ELISA定量试剂盒
产品编号:KTE3097
核心优势:- 双抗体夹心法检测体系,实现31.25-2000 pg/mL宽动态检测范围
- 专有链霉亲和素-HRP偶联技术,灵敏度达31.25 pg/mL
- 多重样本兼容:细胞培养上清/血清/血浆三重基质验证
- 经严格验证的零交叉反应特性,特异性行业领先
技术参数矩阵:
检测指标 | GDNF(胶质细胞源性神经营养因子) |
样本要求 | ≥100μL/测试(推荐三复孔设计) |
质控体系 | 预包被板间CV≤10%,批间差异≤15% |
显色系统 | TMB终点法检测,OD450nm线性r²≥0.99 |
专业级组分配置:
• 预包被96孔板(可拆分48T/96T)工业化应用保障:
• 冻干标准品(含梯度复溶方案)
• 10×浓缩检测缓冲液体系
• 生物素化检测抗体(100×)
• 稳定性增强型链霉亲和素-HRP
• 即用型TMB底物系统
- 开盖稳定性:开封后组分4℃保存30天活性无衰减
- 批次追溯性:每盒独立质控证书(COA#3097)
- 运输保障:蓝冰冷链系统(2-8℃全程监控)
注:本试剂盒适用于神经科学研究,特别推荐用于帕金森模型药效评估、运动神经元分化研究等领域。实验方案符合GLP规范,提供专业级数据解读指南。
注意:以上信息可能随着产品优化升级等因素产生变动,具体信息请咨询亚科因公司。
EliKine™ Human Glia-Derived Neurotrophic Factor (GDNF) ELISA Quantitation Kit
Catalog Number: KTE3097
Key Advantages:- Dual-antibody sandwich assay system with a broad dynamic range of 31.25–2000 pg/mL
- Proprietary streptavidin-HRP conjugation technology achieves a sensitivity of 31.25 pg/mL
- Multi-matrix compatibility: validated for cell culture supernatant/serum/plasma
- Rigorously verified zero cross-reactivity, demonstrating industry-leading specificity
Technical Parameter Matrix:
Target | GDNF (Glia-Derived Neurotrophic Factor) |
Sample Requirement | ≥100μL/test (triplicate wells recommended) |
QC System | Inter-plate CV≤10%, inter-batch variation≤15% |
Detection System | TMB endpoint assay, linearity r²≥0.99 at OD450nm |
Professional-Grade Components:
• Pre-coated 96-well plate (divisible into 48T/96T)Industrial Application Guarantee:
• Lyophilized standards (with gradient reconstitution protocol)
• 10× concentrated assay buffer system
• Biotinylated detection antibody (100×)
• Stability-enhanced streptavidin-HRP
• Ready-to-use TMB substrate system
- Open-vial stability: Components maintain full activity for 30 days at 4°C post-opening
- Batch traceability: Independent QC certificate per kit (COA#3097)
- Shipping assurance: Blue ice cold chain system (2–8°C real-time monitoring)
Note: This kit is designed for neuroscience research, particularly recommended for Parkinson’s model efficacy evaluation and motor neuron differentiation studies. Protocols comply with GLP standards, with professional-grade data interpretation guidelines provided.
Disclaimer: The above information may be subject to changes due to product optimization. For detailed specifications, please consult AcroBiosystems.