康宁3524 24孔细胞培养板

• 基本信息
  • 品牌：康宁（Corning）。
  • 材质：由高质量的聚苯乙烯（PS）材料制成。
  • 规格：1 块 / 包，100 包 / 箱。
  • 孔参数：孔直径为 15.6mm，每孔生长面积为 1.9cm²。
• 产品特点
  • 细胞吸附性好：培养表面经特殊处理，如 CellBIND® 表面处理，增加了表面湿润的持久性和细胞吸附的稳定性，有利于细胞贴壁生长。
  • 便于观察：具有优异的透明度，平底设计便于显微镜下观察细胞形态和生长情况。
  • 减少污染：配有冷凝环的不可反转的盖子，可减少污染机会，每个孔均有字母条形码，便于准确识别和记录。
  • 无菌安全：经过伽马射线灭菌，无热源认证，可直接用于细胞培养实验。
• 产品应用：广泛应用于细胞生物学研究、药物筛选、毒性测试等领域，可用于细胞培养、细胞增殖、细胞分化、细胞凋亡实验、细胞迁移实验等。

Corning® Costar® 3524 24‑Well Cell Culture Plate – English Introduction

Product Identification

• Catalog Number: 3524
• Brand: Corning® Costar®
• Format: 24‑well cell culture plate (4×6 well array)
• Material: Optically clear, medical‑grade virgin polystyrene
• Well Type: Flat‑bottom, round wells
• Sterility: Gamma‑irradiated sterile; certified non‑pyrogenic
• Packaging: Individually wrapped; 100 plates per case
• Included: Non‑reversible lid with condensation ring

Key Specifications

Core Features & Benefits

1. TC‑Treated Surface: Optimized hydrophilic surface ensures strong, uniform cell adhesion and proliferation for adherent cell lines (e.g., HEK293, HeLa, primary cells).
2. Optical Clarity: Crystal‑clear polystyrene enables distortion‑free microscopic observation and reliable absorbance/fluorescence reading.
3. Contamination & Evaporation Control: Non‑reversible lid with condensation ring prevents cross‑well contamination and reduces medium evaporation; raised well rims add extra protection.
4. User‑Friendly Design: Alphanumeric well labeling for easy sample identification; uniform footprint with stacking beads for stable storage.
5. Consistent Quality: Uniform well‑bottom thickness ensures reproducible results; strict manufacturing controls guarantee batch‑to‑batch consistency.
6. Universal Compatibility: Fits standard CO₂ incubators, automated liquid handlers, and microplate readers.

Applications

• Routine adherent cell culture and expansion
• Cell proliferation, viability (MTT/CCK‑8), and cytotoxicity assays
• Transfection, lentiviral infection, and gene expression studies
• Drug screening and dose‑response experiments
• RNA/DNA extraction and protein harvesting from cultured cells
• Conditioned media collection and paracrine signaling studies