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1.2.1 Outline the general characteristics common to muscle tissue
IB Sports, exercise and health science Anatomy Topic 1 Anatomy 1.2.1 Outline the general characteristics common to muscle tissue Sub-topics Contractility: ability of the muscle to shorten. Extensibility: ability of muscle to lengthen. Elasticity: ability of muscle to return to normal size. Atrophy: is the wasting of muscle tissue Hypertrophy: is the increase in size of muscle tissue. Controlled by nerve stimuli. Fed by capillaries. DET PDHPE Distance Education Programme 1. The Skeletal System 2. The Muscular System
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1.2.1 Outline the general characteristics common to muscle tissue
IB Sports, exercise and health science Anatomy Topic 1 Anatomy 1.2.1 Outline the general characteristics common to muscle tissue Sub-topics 1. The Skeletal System 2. The Muscular System
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1.2.1 Outline the different characteristics common to muscle tissue.
IB Sports, exercise and health science Anatomy Topic 1 Anatomy 1.2.1 Outline the different characteristics common to muscle tissue. Sub-topics Read pages 87 – 88 Applied Anatomy resource book. DET PDHPE Distance Education Programme. 1. The Skeletal System 2. The Muscular System
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1.2.2 Distinguish between the different types of muscle
IB Sports, exercise and health science Anatomy Topic 1 Anatomy 1.2.2 Distinguish between the different types of muscle Sub-topics Smooth Cardiac Skeletal Read, take notes and complete activities on pages 67 – 71 Applied Anatomy resource book. DET PDHPE Distance Education Programme. 1. The Skeletal System 2. The Muscular System
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1.2.3 Annotate the structure of skeletal muscle
IB Sports, exercise and health science Anatomy Topic 1 Anatomy 1.2.3 Annotate the structure of skeletal muscle Sub-topics Epimysium: connective tissue capsule. Perimysium: within the muscle tissue there is branching connective tissue called perimysium. Endomysium: the muscle cells themselves are individually wrapped in endomysium. Myofibril: the muscle cells are filled with cylindrical structures called myofibrils. These contain the myofilaments whose action is responsible for the contraction of the myofibrils and therefore the muscle as a whole. Solomon & Davis 1. The Skeletal System 2. The Muscular System
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1.2.3 Annotate the structure of skeletal muscle
IB Sports, exercise and health science Anatomy Topic 1 Anatomy 1.2.3 Annotate the structure of skeletal muscle Sub-topics 1. The Skeletal System 2. The Muscular System
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1.2.3 Annotate the structure of skeletal muscle
IB Sports, exercise and health science Anatomy Topic 1 Anatomy 1.2.3 Annotate the structure of skeletal muscle There are 2 kinds of myofilaments: (Thick and Thin) Myosin: thick filaments Actin: thin filaments A unit of thick and thin filaments is known as a Sarcomere. These structures hold the key to muscle contraction. Because of the staggered thin and thick filaments it has the effect as one might pull a rope towards oneself hand over hand. Solomon & Davis Sub-topics 1. The Skeletal System 2. The Muscular System
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1.2.3 Annotate the structure of skeletal muscle
IB Sports, exercise and health science Anatomy Topic 1 Anatomy 1.2.3 Annotate the structure of skeletal muscle Sub-topics 1. The Skeletal System 2. The Muscular System
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1.2.3 Annotate the structure of skeletal muscle
IB Sports, exercise and health science Anatomy Topic 1 Anatomy 1.2.3 Annotate the structure of skeletal muscle Read and complete activities page 86 Applied Anatomy resource book. DET PDHPE Distance Education Programme. Sub-topics 1. The Skeletal System 2. The Muscular System
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1.2.4 Define the terms origin and insertion of muscles
IB Sports, exercise and health science Anatomy Topic 1 Anatomy 1.2.4 Define the terms origin and insertion of muscles Origin: the point where the tendon attaches to the bone which does not move during muscle action. Insertion: the point where the tendon attaches to the bone which moves during an action. e.g. Action of biceps muscle: Scapula is origin (Proximal point) and radius is the insertion. (distal point) DET PDHPE Distance Education Programme Sub-topics 1. The Skeletal System 2. The Muscular System
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1.2.5 State the origin and insertions of named muscles
IB Sports, exercise and health science Anatomy Topic 1 Anatomy 1.2.5 State the origin and insertions of named muscles Anterior: deltoid p77; pectoralis p81; iliopsoas; sartorius; quadriceps femoris (rectus femoris, vastus intermedialis, vastus medialis, vastus lateralis) p78 ; tibialis anterior; abdominus rectus p82; external obliques and biceps brachaii p75 Posterior: trapezius p83; triceps p76; latissimus dorsi p84; gluteus maximus; hamstrings (biceps femoris, semitendinosis, semimembranosus) p79; gastrocnemius p80; soleus p80; erector spinae Learn more about the underlined muscles by referring to the page references in Applied Anatomy resource book. DET PDHPE Distance Education Programme Sub-topics 1. The Skeletal System 2. The Muscular System
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1.2.5 State the origin and insertions of named muscles
IB Sports, exercise and health science Anatomy Topic 1 Anatomy 1.2.5 State the origin and insertions of named muscles Sub-topics Using the activities provided on the previous slide, together with the pictures provided, complete a table detailing the origin and insertion of the muscles studied. 1. The Skeletal System 2. The Muscular System
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1.2.5 State the origin and insertions of named muscles
IB Sports, exercise and health science Anatomy Topic 1 Anatomy 1.2.5 State the origin and insertions of named muscles Sub-topics Iliopsoas 1. The Skeletal System 2. The Muscular System
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1.2.5 State the origin and insertions of named muscles
IB Sports, exercise and health science Anatomy Topic 1 Anatomy 1.2.5 State the origin and insertions of named muscles Sub-topics Sartorius 1. The Skeletal System 2. The Muscular System
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1.2.5 State the origin and insertions of named muscles
IB Sports, exercise and health science Anatomy Topic 1 Anatomy 1.2.5 State the origin and insertions of named muscles Quadriceps femoris (rectus femoris; vastus intermedialis; vastus medialis; vastus lateralis) & Tibialis anterior Vastus intermedius is a deep muscle that also originates on the femur. Sub-topics 1. The Skeletal System 2. The Muscular System
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1.2.5 State the origin and insertions of named muscles
IB Sports, exercise and health science Anatomy Topic 1 Anatomy 1.2.5 State the origin and insertions of named muscles Sub-topics External obliques 1. The Skeletal System 2. The Muscular System
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1.2.5 State the origin and insertions of named muscles
IB Sports, exercise and health science Anatomy Topic 1 Anatomy 1.2.5 State the origin and insertions of named muscles Sub-topics Gluteus maximus 1. The Skeletal System 2. The Muscular System
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1.2.5 State the origin and insertions of named muscles
IB Sports, exercise and health science Anatomy Topic 1 Anatomy 1.2.5 State the origin and insertions of named muscles Sub-topics Hamstrings 1. The Skeletal System 2. The Muscular System
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1.2.5 State the origin and insertions of named muscles
IB Sports, exercise and health science Anatomy Topic 1 Anatomy 1.2.5 State the origin and insertions of named muscles Sub-topics Erector spinae 1. The Skeletal System 2. The Muscular System
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Anatomy Revision Activity
IB Sports, exercise and health science Anatomy Topic 1 Anatomy Revision Activity Sub-topics Explore the website below to clarify your understanding of muscles and bones. 1. The Skeletal System 2. The Muscular System
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