Introduction to Anatomy for Physiotherapy

Lecture Overview

  • Recorded lecture availability:

    • Students should be aware of recording availability post-lecture (usually a few hours after).

    • Planning is crucial depending on class times (e.g., preparation for Tuesday classes on Monday).

  • Communication with lecturer:

    • Email questions, particularly about sensitive topics; less experienced students are encouraged to check if information is available elsewhere (e.g., Blackboard) before emailing.

    • Email address provided for students (not explicitly given in the transcript).

Acknowledgment of Traditional Owners

  • Acknowledgment of Wadjuk Noongar Butcher land as a place of learning for tens of thousands of years.

  • Emphasis on traditional owners' care for the land.

My Role as Unit Coordinator

  • Unit focus: Applied anatomy, essential for all physiotherapy students.

  • Aim: Make learning easier and establish clear unit expectations.

  • Importance of studying anatomy: Foundation for physiotherapy and essential knowledge across various health sciences.

Importance of Anatomy

  • Anatomy as foundational to:

    • Movement and life.

    • Study of bodily structures related to functionality. - Core knowledge necessary for successful physiotherapy practice.

Unit Administration and Course Structure

  • Unit outline:

    • Importance in understanding assessments, expectations, and program calendar.

    • Essential reading to avoid loopholes during assessments and to follow guidelines.

  • Use of Blackboard:

    • Access weekly learning modules (missing anatomy license prevents access).

    • Class registration and learning resources available digitally.

  • Requirement for anatomy compliance:

    • Completion of anatomy compliance test necessary to enter wet lab.

    • Emphasis on required lab coat and closed shoes for lab participation.

Lab Procedures and Attire

  • Guidelines for lab sessions:

    • Importance of appropriate clothing for palpation exercises (e.g., light shorts) to facilitate learning.

    • Overview of draping principles to ensure modesty and professionalism in practice.

Assessment and Practical Skills

  • Practical skills focused on palpation:

    • Must-pass assessment of practical skills at semester end.

    • Importance of communication and consent when performing physical examinations.

    • palpation- is a fundamental diagnostic technique in medicine involving the use of hands and fingers to physically examine the body by touchp

Weekly Learning Topics

  • Week one topics:

    • Terminology:

    • Understanding anatomical terms essential for assessments and communication.

    • Osteology:

    • Study of bone structure and landmarks, pivotal for practical tasks.

Clinical Context and Relevance

  • Importance of the biopsychosocial model in health care education:

    • Consideration of biological, psychological, and social factors in patient care.

  • Emphasis on anatomy as a focus area, with integration into practical applications.

Anatomical Terminology and Concepts

  • Definitions of relevant terms:

    • Anterior vs. Posterior: Front and back.

    • Medial vs. Lateral: Towards and away from the midline.

    • Proximal vs. Distal: Closer to and farther from the trunk for limb descriptions.

    • Superficial vs. Deep: Closer to skin and deeper within the body.

    • Cranial vs. Caudal: Towards the head and towards the tail.

    • Anterior - Brookbush Institute

Anatomical Position and Planes of Movement

  • Standard anatomical position:

    • Importance of maintaining definitions regarding movements even when the position changes (e.g., lying down).

  • Overview of the three anatomical planes:

    • Sagittal plane: Divides left and right.

    • Coronal (frontal) plane: Divides front and back.

    • Axial (transverse) plane: Divides top and bottom.

    • Introduction

Types of Movements

  • Flexion vs. Extension:

    • Flexion: Bending.

    • Extension: Straightening.

  • Adduction vs. Abduction:

    • Adduction: Movement towards the midline.

    • Abduction: Movement away from the midline.

  • Rotation (medial vs. lateral): Rotational movements through specific axes.

  • Circumduction: Combination of movements in various joints.

  • Anatomical Terms For Movements | 3D Muscle Lab

structure

Osteo = Bone

Neuro = Nerve

Myo = Muscle

Chondro = Cartilage

Cyte = Cell

Relationship

Epi = Above/over/on

Peri = Around/ about

Endo = Within

Osteology Introduction

  • Categorizing bones:

    • Long bones (tubular), short bones(cuboidal-, flat bones, and irregular bones., sesamoid bone grown in a tendon- eg petalla

    • Sesamoid bones: Irregular bones that develop within tendons, providing various functional benefits such as improving the mechanical advantage of muscles.

  • Structure of long bones:

    • Differentiation between cortical (compact) and cancellous (trabecular) bone.

    • cortical= compact and very dense, while cancellous bone is lighter, less dense, and characterized by a honeycomb structure that helps in shock absorption and weight reduction.

    • Importance of understanding bone repair processes and adaptation to physical stress.\

    • long bone structure:\

    • epiphysis= ends

    • metaphysis= area of bone growth

    • diaphysis= shaft

    • periosteum= outer layer of connective tissue

    • endosteum =inner layer

      Skeletal system 1: the anatomy and physiology of bones | Nursing Times

Bone Microstructure

  • Overview of the osteon:

    • Features of cortical bone organized in concentric layers.

  • Cancellous bone structure characterized by lighter weight and softer composition.

  • Discuss the need for a consistent blood supply to maintain bone health.

2: Compact bone organisation Top = The organisation of osteons and... | Download Scientific Diagram

Bone Growth and Remodelling

  • Description of bone cells involved in growth and repair:

    • Osteoblasts (bone formation), osteoclasts (bone resorption), osteocytes (mature bone cells).

  • Factors affecting bone health:

    • Nutrition, physical activity, hormonal levels, and age.

    • 3 types okf blood ttypes

    • osteoblast, = bone depsition bo˜e

    • osteclasts= absorbe bone

    • osteacytes =mature bone cells

Fracture Types and Healing

  • Differences in fracture characteristics based on cortical vs. cancellous bone.

    • Greenstick fractures in children.

    • Importance of understanding healing processes and implications for rehabilitation.

Naming Bony Landmarks

  • Techniques for identifying and naming anatomical structures:

    • Tubercle, fossa, foramen, ramus, and trochanter.

  • Logic behind naming conventions and anatomical relationships.

Practical Application and Consent

  • Importance of effective communication about palpation practices, consent, and creating safe environments.

  • Students encouraged to express comfort levels regarding participation in clinical practice scenarios.

Conclusion and Expectations

  • Summary of key takeaways for the course cohesion and successful performance throughout the semester.

  • Encouragement to reach out for assistance and clarification on course material and expectations.