Specifications Table

Product Name – Earthworm Setae

Quantity/Pack Size – 1 Slide

Form – Transverse Section

Grade – Laboratory Grade

Application – Observation of setae structure and microscopic examination of invertebrate tissue

Product Overview

The Earthworm Setae slide is a carefully prepared transverse section that clearly displays the arrangement and structure of setae in the body of an earthworm. The specimen is fixed and stained using laboratory-grade techniques to highlight the bristle structures, surrounding cuticle, and connective tissues, ensuring excellent visibility under a microscope. The slide preserves the anatomical integrity of the setae and their associated muscles, allowing for detailed observation of bristle orientation, morphology, and attachment to the body wall. The mounting medium ensures durability and clarity, providing consistent staining and minimal distortion during examination. This slide is designed for high-resolution viewing, making it suitable for meticulous study of the microscopic structures that facilitate locomotion in earthworms. Each slide undergoes strict quality control to maintain tissue preservation, clear visibility, and long-lasting usability. The Earthworm Setae slide is ideal for laboratory applications that require precise tissue analysis, providing students and researchers with a reliable tool for studying invertebrate anatomy, microscopic morphology, and structural details of locomotive bristles, supporting accurate observation and scientific understanding of tissue organization in laboratory settings.

1. What anatomical structures are visible on the Earthworm Setae slide?

Bristle structures, cuticle layers, connective tissue, and associated muscles are clearly visible for detailed microscopic examination.

2. Is this slide compatible with standard laboratory microscopes?

Yes, it is designed for use with conventional optical microscopes for precise tissue analysis and observation.

3. Are there alternative slides for comparative invertebrate studies?

Yes, alternatives include Earthworm Pharynx, Earthworm Gizzard, and Earthworm Typhlosole slides for comparative morphological analysis.

4. How should the slide be stored to maintain quality?

Store in a clean, dry environment away from direct sunlight and moisture to preserve staining quality and tissue integrity.

5. Where are the specimens sourced from?

Specimens are sourced from certified laboratory suppliers and prepared under strict laboratory-grade protocols for accuracy and reliability.