Journey Discover Anatomy & Physiology Prepared Microscope Slide Set | Histology Slide Collection for Biology Labs
Explore the microscopic structures of the human body with the Journey Discover Anatomy & Physiology Prepared Microscope Slide Set. Designed to complement the Journey Discover Anatomy & Physiology curriculum, this collection gives students the opportunity to examine a wide variety of tissues, organs, and cells while reinforcing key concepts in anatomy, physiology, and histology. Each professionally prepared slide is labeled and housed in a durable storage box, making the set ideal for homeschool science, co-ops, and classroom laboratories.
Students can compare healthy tissues, identify specialized cell types, and observe the organization of major body systems through real microscope specimens. This collection provides an excellent foundation for developing microscopy skills while bringing anatomy lessons to life.
Microscope Slide Set Includes:
- 1 Slide storage box
- 1 Allium (onion) root tip slide
- 1 Bone (pig), ground cross-section slide
- 1 Blood smear (pig) slide
- 1 Epidermis with hair follicles (rabbit) slide
- 1 Epididymis (mouse) slide
- 1 Neuron (pig) slide
- 1 Ovary (rabbit) slide
- 1 Skeletal, cardiac, and smooth muscle (rabbit) slide
- 1 Small intestine (rabbit) slide
- 1 Squamous epithelium (rabbit) slide
- 1 Stomach (rabbit) slide
- 1 Testis (mouse) slide
- 1 Uterus (rabbit) slide
This prepared slide collection supports instruction in histology, anatomy, physiology, cell biology, and microscopy, making it an excellent resource for students learning how individual cells combine to form tissues and organs. The diverse specimens allow students to compare plant and animal cells while examining the microscopic structures that make each body system unique.
Did You Know? Although muscles all help produce movement, skeletal, cardiac, and smooth muscle tissues each have distinct microscopic appearances. Scientists can identify which type of muscle they're viewing simply by examining the arrangement and shape of the cells under a microscope.