Haspi Medical Anatomy And Physiology 08d Link

The previous HASPI labs (08a-c) examined the histology of bone and the gross anatomy of the axial and appendicular skeletons. However, bones alone cannot produce movement. Movement requires joints (articulations) – the points where two or more bones meet.

Use "normal" x-rays provided for comparison to spot abnormalities. Check Alignment:

: Used during heart catheterizations or to find blockages in the GI tract. haspi medical anatomy and physiology 08d

To successfully complete the 08d lab packet, you must understand the following five core concepts:

: X-rays were accidentally discovered in 1895 by German scientist Wilhelm Roentgen . The previous HASPI labs (08a-c) examined the histology

While earlier stations (08A, 08B, 08C) might focus on the gross anatomy of muscles (identifying the deltoid, biceps brachii, etc.) or the microscopic structure of sarcomeres, Station 08D shifts the focus to function . It asks the question: How do muscles work, and why do they fail?

: A critical component of the lesson involves categorizing bone breaks. Students must differentiate between: Use "normal" x-rays provided for comparison to spot

: A 24-year-old male who fell while skateboarding. Students identify the appendicular bones (radius and ulna) and recognize a spiral fracture caused by a twisting fall.

Description: This lab activity builds upon the foundational bone structure (08a-c) by focusing on the functional classification of joints (synarthrosis, amphiarthrosis, diarthrosis) and the specific types of synovial joints. Students will analyze range of motion, identify joint-related disorders (e.g., arthritis, bursitis), and apply clinical reasoning to case studies involving sports injuries and degenerative bone diseases.

In this lab (08d), you will transition from static bone identification to dynamic joint analysis. Using the HASPI joint model kit and provided radiographs, you will: