Term 3 Flashcards

1
Q

Skeletal System

What are the 5 types of bones?

Give examples

A
  • Long bone: Humerus, Carpal Bones
  • Short bone: Hand carpal Bones
  • Flat Bones: Scapula, Frontal Bone
  • Irregular bone: Sesamoid bone, Pelvis
  • Sesamoid bones: Patella, Hallux sesamoids
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2
Q

Joints

What are the types of joints?

Definitions

A
  • Fibrous immovable: connected by fiburous tissue and dont allow movement
  • Cartilaginous and slightly movable joints: allow for a bit of movement and connected by cartilage
  • Synovial or freely movable joints: most common typed of joints and allow for maximum movement
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3
Q

Joints

What are the common features of Synoval joints?

Definition

A
  • Synoval membrain: lines outside of the joint and encloses the synoval fluid
  • Synoval fluid: found in the joint capsule, absorbes shock and reduces friction
  • Ligaments: Fibrous straps that attach bones to bones at joints. Their function is to hold bone together and prevent disclosion
  • Cartilage: Hard, rubbery substance that prevents the bones rubbing together
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4
Q

Joints

What are the types of synovial joints?

Movement possible

A
  • Ball and socket joint: Movement; Flexion, Extention, Abduction, Adduction, Elevation and Depression
  • Hinge joint: Flexion and extention
  • Condyloid joint: adduction
  • Pivot joint: Rotation
  • Gliding joint: Flexion, Extention, Cartal flextion and Rotation
  • Saddle joint
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5
Q

Muscular system

What are tge types of muscles in the human bodu?

Charactaristics and function

A

Skeletal muscle
* Primarily attachet to bones
* Contraction is under direct controll so movement is volintary
Cardiac Muscle
* Forms most of the heart
* Involintary
Smooth muscle
* Located on the walls of our internal structures like the stomach, blood vessles and intestines
* Movement is ussually involintary

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6
Q

Muscle tissue

What are the four functions of muscle tissue?

A
  • Contradictability: The ability of the muscle to contract or shorten when stimulated
  • Extensibility: The ability to the muscle to extend
  • Excitability: The desire to collect and acknowledge stimuli
  • Elasticity: The ability of the muscle to return to its resting state
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7
Q

Structure of volintary muscles

What are the two types of twiches

Definition

A
  • Slow-twich: contract slowly, produce less force, fatigue slowly and are stuited to aerobic events or activities
  • Fast-twich: contract quickly produce a great deal of force, fatigue quickly and are suited to anarobic events or activities
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8
Q

Circular system

How does the heard look

Names

A
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9
Q

Respiratory system

On its route to the lungs, the air passes down several conducting passages, List these passages in order.

A

Nasal Cavity, Pharynx, Larynx, Trachea, Bronchi, Brionchioles, alveola

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10
Q

Respiratory system

What happens to the air in these passages and why is it important?

A

They filtrate the air, moisens the nasal cavity, warms the body, used as a defence mechanism, ajusts airflow and transports air to the alvioli

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11
Q

Fuel sources

What are the different carbohydrates?

definitions

A
  • Simple carbohydrates: refined sugars, are relativly easy for our body to break down
  • Complex carbohydrates: More difficult for our body to break down, help you to feel full for longer
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12
Q

Fuel sources

What are the different fat?

A
  • Saturated fats: Found in animal products, linked to high colestorol and low health
  • Monoustrated fats: Fats found in nuts, avocado, chicked and olive oil
  • Polyunsaturated fats: Found in fish, nuts and soy, rersearch has linked Polysaturated fats to high cholestorol leves
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13
Q

Fuel sources

What does protien do?

Definition, benifits, what is does

A
  • Critical for growth and rerpair as well as increasing muscle mass
  • AMino Acids which make up protein make and repair the cells of the body, make enzymes and hormones
  • They fight disease and infection
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14
Q

ATP

What is the Alactid acid system?

Definition, use, stored, needs

A
  • The break in the bond to a phosphate molecule releases energy for its movement
  • The alactacid system works to re-supply a phosphate molecule by splitting a compound called creatine phosphate. By splitting the compound, phosphate is made avalable to turn ADP back into ATP. ATP splits to provide energy and the cycle continues
  • The body stores a small amount of ATP in the muscles, reasy if immidiate movement that lasts 10-12 seconds in necessary.
  • Fuel is Creatine Phosphate
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15
Q

ATP

What is the Lactid acid system?

Definition, use, strored, needs

A
  • When the body needs fue for longer than 10 seconds the alactic acid system has diminished and the lactic acid takes over.
  • Lactic acid supplies ATP for activities lasting 2-3 minuets.
  • This system functions by breaking down carbohydrates to form glucose. Excess glucose is stored as glycogen in the muscles and liver
  • Glycogen breaks down to produce two ATP molecules and pyruvic acid. Without oxygen, the pyruvic acid ecomes lactic acid, causing fatigue in muscles.
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16
Q

ATP

What is the Aerobic system?

Definition, use, stored, needs

A
  • Uses fuels such as protein, glucose and fats
  • For activities lasting longer than two to three minuets
  • The aerobic system like the lactid acid system uses glycogen stores
  • The breakdown of glycogen in the aerobic system results in the production of ATP, carbon dioxide and water.
  • The body gets rid of Co2 by breathing out and exess water through perspiration.
  • Once glycoigen stores are depleted, the aerobic system uses stores of fat (although it is less effective as it requires more oxygen to produce ATP)
  • Glycogen stores are restored after 24-48 hrs of rest
17
Q

Hydration and Physical activity

How is heat removed from the body?

A

Radiation - Convaction - Conduction - Evaporation

18
Q

Hydration and physical activity

How does the body gain heat when exercising?

A
  • Bodys metabolism
  • Types of clothing
  • Climactic conditions
  • Friction caused by muscle contractions
19
Q
A