CheKine™ 羟自由基清除能力检测试剂盒（微量法）

CheKine™ 羟自由基清除能力检测试剂盒（微量法）

KTB1091 | 细胞代谢检测核心产品

• 产品应用：细胞类 - 细胞代谢
• 检测类型：氧化应激（比色法）
• 样本兼容性：动植物组织/血清（浆）/细胞/细菌/细胞上清/果汁/蜂蜜/尿液等

核心组分

• Ferrous Salt
• H₂O₂
• Salicylic Acid

技术优势

• 比色法检测：灵敏度高，30分钟内完成单批次检测
• 多场景适用：支持≥5种生物样本类型直接检测
• 标准化方案：含样本制备公式及OD值校正算法

操作规范

• 检测限：OD值＞1.3需稀释样本
• 溶血/深色样本：需进行340 nm自身对照校正
• 血清/血浆/组织样本：建议1:5稀释后检测

物流与质控

• 保存条件：4℃有效期12个月（详见组分存储说明）
• 运输方式：蓝冰冷链运输
• 批次管理：严禁混用不同批次/品牌试剂

产品规格

• 48T/48S：¥248（现货次日发）
• 96T/96S：¥326（现货次日发）

技术声明

※ 本产品仅供研究使用，不适用于临床诊断。应用场景需符合当地法规要求，使用前请确认相关知识产权状态。

检测原理

通过比色法定量检测样本清除羟自由基（•OH）的能力，该自由基可引发Fenton反应导致生物分子氧化损伤。检测结果反映样本抗氧化效能，适用于保健品/药品研发质控。

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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。

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CheKine™ Hydroxyl Radical Scavenging Capacity Assay Kit (Micro Method)

KTB1091 | Core Product for Cell Metabolism Detection

• Application: Cell Type - Cell Metabolism
• Detection Type: Oxidative Stress (Colorimetric Method)
• Sample Compatibility: Animal/Plant Tissues/Serum (Plasma)/Cells/Bacteria/Cell Supernatant/Juice/Honey/Urine, etc.

Core Components

• Ferrous Salt
• H₂O₂
• Salicylic Acid

Technical Advantages

• Colorimetric Detection: High sensitivity, single batch detection completed within 30 minutes
• Multi-scenario Applicability: Supports direct detection of ≥5 biological sample types
• Standardized Protocol: Includes sample preparation formula and OD value correction algorithm

Operation Specifications

• Detection Limit: OD value >1.3 requires sample dilution
• Hemolytic/Dark Samples: Requires 340 nm self-control correction
• Serum/Plasma/Tissue Samples: Recommended 1:5 dilution before detection

Logistics and Quality Control

• Storage Conditions: 4℃, valid for 12 months (see component storage instructions for details)
• Shipping Method: Blue ice cold chain transportation
• Batch Management: Strictly prohibit mixing reagents from different batches/brands

Product Specifications

• 48T/48S: ¥248 (In stock, shipped the next day)
• 96T/96S: ¥326 (In stock, shipped the next day)

Technical Statement

※ This product is for research use only and is not suitable for clinical diagnosis. Application scenarios must comply with local regulatory requirements. Please confirm the relevant intellectual property status before use.

Detection Principle

Quantitatively detects the sample's ability to scavenge hydroxyl radicals (•OH) through a colorimetric method. This radical can initiate the Fenton reaction, leading to oxidative damage of biomolecules. The detection results reflect the sample's antioxidant efficacy, suitable for quality control in health product/drug development.

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Note: The above information may change due to product optimization and upgrades. For specific information, please consult Yakeyin Company.