Longitudinal and cross section of a prepared, real bird bone and mammal bone respectively, mounted on a base plate. The product illustrates the difference between the long bones of a bird and a mammal. Bird bones are hollow inside and have large air chambers. Mammal bones, in contrast, are flled with bone marrow and spongy tissue. Including display case for protection.

Structure of a Bird and a Mammal Bone, Specimen 005-1021045

3B Scientific

$1,365.26
(No reviews yet) Write a Review
SKU:
005-1021045
Adding to cart… The item has been added

Longitudinal and cross section of a prepared, real bird bone and mammal bone respectively, mounted on a base plate. The product illustrates the difference between the long bones of a bird and a mammal. Bird bones are hollow inside and have large air chambers. Mammal bones, in contrast, are flled with bone marrow and spongy tissue. Including display case for protection.

 
Weight 0.515 kg
Brand 3B Scientific

The Structure of a Bird and a Mammal Bone – Specimen 005-1021045 is an educational model designed to illustrate the structural differences between avian and mammalian bones. This comparative specimen is an excellent teaching aid for veterinary schools, zoology programs, and biology classrooms, providing a clear understanding of bone adaptations across species.

The model highlights unique features such as the lightweight, hollow structure of bird bones that enable flight, contrasted with the denser, stronger mammalian bone structure that supports body mass and mobility. Its durable construction makes it ideal for repeated classroom demonstrations, research, and hands-on learning.

Key Features:

  • Displays the structural differences between bird and mammal bones

  • Highlights avian hollow bones vs. mammalian dense bone structures

  • Durable specimen for long-term classroom and lab use

  • Supports comparative anatomy studies in veterinary and biology education

  • Compact and easy to integrate into teaching collections

This comparative bone structure model is a valuable resource for exploring evolutionary adaptations and understanding functional anatomy in birds and mammals.

‎
‎
!