Description
Specifications Table
Product Material – High-quality paper with laminated finish
Pack Size – Single chart
Grade – Educational & research-grade
Application – Anatomy studies, zoology labs, and biological research
Product Overview
The FROG VENOUS SYSTEM – AMPHIBIA CHART is a meticulously designed educational tool that provides a detailed visual representation of the venous anatomy in amphibians, specifically frogs. This chart is ideal for students, educators, and researchers who require a clear and accurate reference for anatomical studies. The high-resolution illustrations are labeled with precision, ensuring that users can easily identify and understand the complex network of veins in the frog’s circulatory system. The chart is printed on premium-quality paper and laminated for enhanced durability, making it resistant to wear and tear in laboratory and classroom environments. The lamination also allows for easy cleaning, ensuring the chart remains in pristine condition even after repeated use. Whether used for teaching, self-study, or research, this chart serves as a reliable and long-lasting resource for anyone involved in biological sciences.
FAQs
1. What material is used for the FROG VENOUS SYSTEM – AMPHIBIA CHART?
The chart is made from high-quality paper with a laminated finish to ensure durability and longevity.
2. Is this chart suitable for professional research purposes?
Yes, the chart is designed to meet educational and research-grade standards, making it suitable for both academic and professional use.
3. Can the chart be cleaned without damaging the print?
Yes, the laminated surface allows for gentle cleaning with a damp cloth, ensuring the chart remains in good condition.
4. Are there alternative charts available for other amphibian systems?
While this chart focuses on the venous system of frogs, other anatomical charts may be available depending on the supplier’s inventory.
5. How should the chart be stored to maintain its quality?
Store the chart in a cool, dry place away from direct sunlight to prevent fading and maintain its structural integrity.
