Anatomy and Principles of Exercise
- Created by: LiamAllison
- Created on: 13-05-15 13:43
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- Skeletal System
- Structure of a bone
- Compact bone
- main shaft of the bone
- Spongy Bone
- (cancellous bone) at the ends of the bone
- Red marrow
- Cavity
- Production of RBC/ WBC
- Cavity
- Periosteum
- Covers the bone
- Hyaline or articular cartilage
- Prevent friction
- Compact bone
- Bone classifications
- Long bone
- Movement
- Femur
- Movement
- Short bone
- Movement/ strength
- metacarpals
- Movement/ strength
- Irregular bone
- Protection
- Sacrum
- Protection
- Flat Bone
- Muscle attachment
- Scapular
- Muscle attachment
- Long bone
- Functions
- Movement
- Protection
- Shape
- Storage of minerals
- Blood cell prouction
- Two Sections
- Appendicular
- 126 bones
- Provides movement
- Axial
- 80 bones
- Provides protection
- Appendicular
- Cartilage (at the end of bones)
- Ligaments (bones attached to other bones)
- Tendons (bones attach to muscle
- Anatomy and Principles of Training
- Muscular system
- 3 Types
- Cardiac
- Volunatry
- Involuntary
- Volunatry
- Cardiac
- Functions
- Heat
- Movement
- Posture
- Joint stability
- Structure
- Tendon
- MY EXTRA FAT PENIS EJACTULATES
- Muscle fibre
- Epimysium
- Facilies
- Perimysium
- Endomysium
- Definitions
- Agonist
- Working muscle
- Antagonist
- Relaxing muscle
- Fixator
- Fixes muscle in place
- Synergist
- Assisstent
- Agonist
- Muscle fibres
- Type 1
- Slow oxidative fibres
- Red
- lots of mitochondria
- endurance type
- lots of mitochondria
- Red
- Slow oxidative fibres
- Type IIb
- fast glycolytic fibres
- white
- low numbers of mitochondria
- Strength/ anaerobic type
- low numbers of mitochondria
- white
- fast glycolytic fibres
- Type IIa
- fast oxidative glycoltic fibres
- Pink
- more mitochondria than type IIb
- intermediate fibres assist type 1 and type IIb
- more mitochondria than type IIb
- Pink
- fast oxidative glycoltic fibres
- Type 1
- Definitions
- Concentric
- Shortens
- Eccentric
- Lengthens
- Isometric
- Same length
- Isotonic
- Concentric + eccentric
- Concentric
- 3 Types
- Circulatory system
- Structure
- Top chambers: Atria
- supply blood
- Bottom two chambers: ventricles
- pump blood
- Veins
- carry deoxygenated blood
- Artieries
- carry oxygenated blood
- Top chambers: Atria
- Structure
- Respiratory system
- Structure
- Nose
- Pharynx
- Larynx
- Trachea
- Bronchus
- Bronchioles
- Alveoli
- Diaphragm
- Alveoli
- Bronchioles
- Bronchus
- Trachea
- Larynx
- Pharynx
- Nose
- Gaseous Exchange
- Diffusion
- exchange of gases (co2 and o2) within the lungs
- Normal air
- 78% Nitrogen
- 21% Oxygen
- 0.04% co2
- Diffusion
- Structure
- Digestion
- Food
- Digestion
- Absorption into blood and transported
- Active cells
- Immediate usage
- Active cells
- Absorption into blood and transported
- Digestion
- Carbohydrate
- Glucose
- Stored as glycogen
- ATP
- Stored as glycogen
- Glucose
- Fat
- Fatty acids
- stored as adipose tissue
- ATP
- stored as adipose tissue
- Fatty acids
- Protein
- Amino Acid
- Growth and repair of tissue (stored as food)
- ATP
- Growth and repair of tissue (stored as food)
- Amino Acid
- Food
- Blood Pressure
- Normal
- 120/80
- Pre hypertension
- 120-139/ 80- 89
- Stage 1 hypertension
- 140- 159/ 90- 99
- Stage 2 hypertension
- +160/ 100
- Normal
- Nervous System
- Structure
- CNS
- PNS
- Somatic
- Autonomic
- Sympathetic
- Muscle contractions
- Parasympathetic
- Sympathetic
- PNS
- CNS
- Neuron
- 1. Dendrites
- 2. Axon
- 3. Myelin Sheath
- Untitled
- 3. Myelin Sheath
- 2. Axon
- 1. Dendrites
- Structure
- Muscular system
- Joints
- Saddle joint
- Condyloid joint
- Gliding joint
- Ball and socket joint
- Pivot joint
- Hinge joint
- Movements
- Flexion
- Extension
- Abduction
- Adduction
- Circumduction
- Protraction
- Elevation
- Depression
- Pronation
- Supination
- Dorsiflexion
- Plantarflexion
- Rotation
- Vertebral Colcumn
- Cervicl curve
- 7 bones
- Thoracic Curve
- 12 bones
- Lumbar Curve
- 5 bones
- Sacral Curve
- 4 bones
- Functions
- Support
- Trunk and head
- Protection
- Spinal Cord
- Support
- Intervertebral disc
- Absorbs shock
- Conditions
- Lordosis
- Curve of the lumbar
- Kyphosis
- Curve of the cervical
- Scoliosis
- Curve of spine side ways
- Lordosis
- Cervicl curve
- Bone growth
- Need good supply of blood
- bring nutrients and o2 and get rid of waste
- Needs nerves
- send information to brain about pain or damage
- Bones at birth are mainly cartilage
- As the skeleton matures, magnesium and calcium are deposited within cartilage by osteoblasts
- Also know as OSSFICATION
- As the skeleton matures, magnesium and calcium are deposited within cartilage by osteoblasts
- Need good supply of blood
- Structure of a bone
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