Description
Specifications Table
Product Name – Campylotropous Ovule
Quantity/Pack Size – Single Slide
Form – Prepared Microscope Slide
Grade – Laboratory Grade
Application – Observation of Plant Ovule Structure and Morphology
Product Overview
The Campylotropous Ovule prepared slide is designed to offer an intricate view of the unique structural arrangement of plant ovules. The specimen is carefully sectioned and mounted with precision to display the curvature and orientation that defines the campylotropous condition. The ovule’s anatomical details, such as integuments, nucellus, and embryo sac, are distinctly stained to facilitate ease of observation. The slide is crafted with a transparent mounting medium that enhances contrast and prevents deterioration over time, ensuring long-lasting usability. The coverslip is secured to provide stability and protect the specimen from external contaminants such as dust, moisture, and light, which could affect sample integrity. The uniform thickness of the slide prevents distortion, allowing for smooth observation at various magnifications. Manufactured under strict quality controls, this slide guarantees consistent staining and structural clarity, enabling accurate study of ovule morphology. Compatible with standard compound microscopes, the slide provides clear, high-resolution images suitable for detailed examination of plant reproductive anatomy. The prepared slide is ideal for researchers and laboratory professionals requiring precise, reproducible results. With its superior clarity, accurate sectioning, and durable preservation, the Campylotropous Ovule slide stands as a reliable tool for observing and analyzing plant ovule structures efficiently and effectively.
1. What structures are visible in this prepared slide?
The slide reveals the curved ovule, integuments, nucellus, and embryo sac with distinct staining for easy identification.
2. Is this slide compatible with all microscope models?
It is compatible with most standard laboratory compound microscopes used for biological specimen observation.
3. Are slides of other ovule types available?
Yes, slides showing orthotropous, anatropous, and other ovule forms are available for comparative analysis.
4. How should this slide be stored to maintain its condition?
Store the slide in a dry, dust-free environment away from direct sunlight and humidity to preserve the specimen’s integrity.
5. How is the slide protected from damage and contamination?
The coverslip is sealed with a mounting medium that shields the sample from external elements, ensuring long-term clarity and durability.
