This 3D model of an exocrine gland is a detailed and anatomically accurate representation of glandular structure and function. It is designed to illustrate the organization of an exocrine gland and its role in secretion, making it a valuable resource for educational, medical, and artistic purposes.

Key features:

Displays key components, including acini (secretory units), ducts (intercalated, striated, and excretory), and connective tissue stroma. Demonstrates the glandular organization, including simple tubular, compound tubular, or compound alveolar arrangements. Highlights vascular and neural connections essential for glandular regulation. Optional view of secretion pathways and mechanisms, illustrating how substances are transported from secretory cells to the ducts. Realistic proportions and textures, accurately replicating the microscopic appearance of exocrine glands.

Applications:

Medical education for teaching the structure and function of exocrine glands in the body, such as salivary glands, sweat glands, or pancreatic glands. Research in physiology and pathology, including studies of glandular function, secretion disorders, and disease mechanisms. Artistic and scientific reference for creating detailed anatomical illustrations or 3D visualizations.

The model is optimized for 3D printing and is available in standard file formats such as STL and OBJ, ensuring compatibility with various 3D software and printing systems. This exocrine gland model is a versatile and reliable resource for educators, researchers, and artists seeking an accurate depiction of glandular anatomy and function.