Thermo防脱玻片 Superfrost Excell Adhesion Slides

Superfrost Excell防脱玻片利用传统的丝印技术，并增强了吸附能力和润湿能力。该项先进的粘附技术在下列领域中表现极为出色：

1.加热抗原修复（HIER）—Excell防脱玻片可应用于需要高PH值的抗原修复方法（如乙二胺四乙酸，edta）。实践证明，使用Excell粘附玻片，有利于经过甲醛固定,石蜡包埋的组织的抗原修复，并使其免疫组化反应的*性增强。

2.染色步骤—Excell防脱玻片拥有亲水表面，对水溶液和水溶性染色试剂具有很好的相容性。

3.塑料材质—Excell防脱玻片能用于环氧树脂和异丁烯酸甲酯包埋的组织切片。其亲水表面使组织切片从粘附到玻片起即得到良好的伸展，并在整个染色过程中均能保持良好的粘附性能。

4.激光捕获显微切割（LCM）—Excell防脱玻片对于各种类型组织拥有强大的粘附能力，但对于LCM的感兴趣区域它还可以轻松释放。

5.细胞培养—Excell防脱玻片的表面技术能依赖贴壁细胞系（包括许多对于环境要求非常苛刻的细胞系，例如原代神经元细胞）的附着能力，而粘附和增殖能力的提高能使细胞很快生产融合为细胞单层。

Thermo防脱玻片 Superfrost Excell Adhesion Slides
Product Detail

The advanced adhesive technology of Thermo Scientific Superfrost® Excell™ slides has been found to perform extremely well in the following applications:

Heat Induced Epitope Retrieval
Excell was developed for use in the HIER methods that require high pH antigen retrieval solutions, including EDTA.  Formalin-fixed paraffin-imbedded tissue demonstrates more consitent attachment when performing these procedures on the Excell surface.

Automated Staining
Excell has a uniform hydrophilic surface that works extrememly well with automated staining equipment

Plastic
Excell works well for both Epon and Methyl Methacrylate sections.  Its uniformly hydrophilic surface allows the sections to spread well during initial attachment, and section adherence is maintained throughout difficult staining procedures.

Laser Capture Microdissection
Excell gives you the advantage of excellent tissue adherence of all tissue types, yet it easily releases those areas of interest identified for Laser Capture Microdissection.

Cell Culture
Excell surface technology conditions the surface to enhance the attachment of anchorage dependent cell lines, including many fastidious lines, such as primary neuronal cells.  Attachment is increased so celss achieve a confluent monolayer sooner.