Specifications Table

Product Name – Barr Bodies

Quantity/Pack Size – Single Slide

Form – Prepared Slide

Grade – Laboratory Grade

Application – Microscopic Observation of Condensed Chromatin in Cell Nuclei

Product Overview

The Barr Bodies prepared slide provides a high-quality representation of condensed chromatin structures within human cell nuclei, highlighting the presence of inactive X chromosomes. Each specimen is carefully fixed and stained to preserve nuclear morphology and to enhance contrast between chromatin and surrounding cellular structures. The preparation ensures uniform thickness and minimal artifacts, allowing for clear visualization under bright-field and phase-contrast microscopy. The slide is mounted using an optimal medium to prevent dehydration, distortion, or color fading over time, ensuring long-lasting clarity for repeated use. Special attention is given to the preservation of nuclear details, allowing the distinct Barr bodies to be readily distinguished from other nuclear components. Each slide undergoes rigorous quality control to maintain consistency in staining, sectioning, and specimen representation. The secure sealing of the cover slip minimizes contamination and mechanical damage, preserving the slide’s integrity for extended periods. Researchers and professionals can rely on this Barr Bodies slide for precise observation of nuclear chromatin patterns, providing a dependable tool for detailed microscopic study. The preparation offers high optical clarity and accurate chromatin depiction, making it suitable for comparative studies and detailed tissue analysis in laboratory settings.

1. How should this slide be handled before observation?

Hold the slide by its edges, clean the cover slip if needed, and place it securely on the microscope stage for accurate viewing.

2. Can this slide be used with different microscopy techniques?

Yes, it is compatible with bright-field, phase-contrast, and differential interference contrast microscopy for enhanced visualization of chromatin.

3. What are alternative slides for studying nuclear structures?

Slides such as Interphase Nucleus and Metaphase Chromosome provide additional perspectives on nuclear morphology and chromatin organization.

4. How should this slide be stored after use?

Keep the slide in a dry, dust-free environment, away from direct sunlight and excessive humidity to preserve its clarity and longevity.

5. Where is this slide sourced from?

The slide is obtained from certified laboratory suppliers following strict preparation standards to ensure consistent quality and reliability.