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37 Cards in this Set
- Front
- Back
Pleural Linkage
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Connection between inner & outer pleural membranes created by vacuum between surfaces
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Cephalic vs. Caudal
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towards brain vs. towards tail
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Striated muscle
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Subject to voluntary control
ex: Skeletal muscles |
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Smooth muscle
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Not subject to voluntary control: involuntary
ex: lining arteries |
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Cardiac muscle
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specialized muscle heart is made of
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Tendons
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connects muscle to bone
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Ligaments
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connect bone to bone
ex: joint |
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Cartilage
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structural tissue
Less hard and less dense than bone bu still serves as structural wall |
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Residual Volume
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amount of air left in lungs after maximum exhalation
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Alveolor pressure
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air pressure coming from lungs that we speak on
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Vital Capacity
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total amount of air that you can use for the exchange of CO2 and O2
-exhale maximally and then meausre amount can take in |
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Minor muscles in exhalation
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Internal intercostals
Subcostals Transversus Thoracics Quadratus Lumborum Serratus Posterior Inferior |
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Muscles of Exhalation:
2 Groups |
1)Ribcage muscles: pull down on ribcage to decrease size/volume of thorax
2)Abdominal muscles: a.)pull down on ribcage b.)compress abdominal contents |
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Neck and Front Muscles of inhalation (Minor)
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Sternocleidomastoid
Scaleni group Subclavius Pectoralis Minor Serratur Anterior |
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Minor back muslces of inhalation
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Levatores Costarum
Latissimus Dorsi Serratus Posterior Superior -General Functon=expand size of thorax |
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Muscles of inhalation:
2 Most Important |
1)Diaphram
2)External intercostals |
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Inner Pleural Membrane
Outer Pleural Membrane |
2 Lunges seperately encased in 2 Inner Pleural Membranes
-Outer Pleural Membrane attached to the inside borders of the thorax |
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Planes:
1)Frontal 2)Sagital: midsagital ¶sagital 3)Transverse |
1)front to back
2)down middle-L to R parallel to midsagital cut 3)like cutting a tree |
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Striated Muscle:
1)Origin 2)Insertion 3)Course |
1)stable place where muscle is attached
2)place where it moves readily where muscle attaches to the bone that's moveable 3)where movement of muscles runs |
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3 Dimensions chest expands along
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1)Vertically
2)Lateral 3)Anterior-Posterior |
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Bronchial Tree
Terminal Bronchioles |
repeated splitting of the bronchi: fine details of lungs
-last division |
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How does Boyle's Law explain respiration?
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Holds that volume and pressure are inversely proportional to one another: When volume in lungs go up, pressure goes down--causes exhalation and vice versa
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2 main jobs of muscles of exhalation
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1)pull down on ribcage
2)compress viscera Thus allowing diaphram to move back up |
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Muscles of Exhalation
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1)Ribcage muscles
-pull down on ribcage to contract size/volume of thorax 2)Abdominal muscles a)pull down on ribcage b)compress abdominal contents --By pulling down on ribcage & compressing abdominal contents diaphram moves back upwards |
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Tidal Volume
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15% change in breathing (VC)
volume of air we use during quiet breathing |
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Resting level
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Minimal amount of movment/activing
-b/c not taxing it is very efficient ex: sitting in class |
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Forced Respiration
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must recruit more muscles for inhalation and exhalation to go beyond tial volume
ex: jogging |
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Inspiratory reserve volume
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breathe above Tidal volume
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Expiratory Reserve Volume
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volume of air which you could breathe down to below resting level
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How do we generate air pressure for speech?
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1)Respiratory effort: using your muscles more
2)Change airway resistance (to increase alveolar pressure for speech) |
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2 levels of loudness (by changing pressure)
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1)overall loudness
2)syllabic changes |
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Speech breathing
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rapid inhale followed by prolonged exhale (while speaking)
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Great paradox of speech breathing
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During exhalation you use the muscles of inhalation
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Agonist muscles v Antagonist muscles
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Only apply to muscles around joint
1)doing the work-muscles around joint 2)opposing muscle muscle on opp. side of joint |
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Trachea
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Bifricates into bronchus
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Is inhalation active or passive?
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Active
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Is exhalation active or passive?
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Active and passive
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