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19 Cards in this Set

  • Front
  • Back

* often done for foreign bodies, epiglottitis, stenosis of trachea, swelling of adenoids (in children

AP & LATERAL PROJECTIONS

3 pieces of cartilage in larynx

* epiglottis


* thyroid cartilage (adam's apple)


* cricoid cartilage

2 pairs of folds of voice production

* superior folds (false vocal cords)


* inferior (true v.c)

* anterior to esophagus


* extends from larynx to sternal angle


* passes behind arch of aorta


* bifercates into left and right primary bronchi

TRACHEA

NAME BRANCHES OF BRONCHIAL TREE

1. right & left main stem bronchi


2. secondari (lobar) bronchi


* one for each lobe (rt. 3 lobes/left 2 lobes)


3. tertiary (segmental) bronchi


4. bronchioles


5. terminal bronchioles

a decrease in vital capacity with age is due to:

decrease in elasticity of alveoli

how does medullary respiratory centre function in regulating respiration?

controls basic rhythm of respiration

muscles used during quiet respiration are:

diaphram & external intercostal muscles

membranous structure attached to outside of lungs is:

visceral pleura

the bronchial tree is formed by:

tubes that carry air deep into lungs

what structure of the larynx is not involved in voice production?

cricoid cartilage

pulse is caused by:

expansion & recoil of artery

factors that influence cardiac output are:

blood pressure & vascular resistance

blood flow back to the heart is due to pressure generated by:

* contractions of the heart


* respiratory pump


* skeletal muscle pump

the heart sounds are caused by:

turbulence from the closure of the valves

trace the pathway of an action potential through the conduction system of the heart from beginning to end

SA Node, AV Node, AV Bundle, right/left bundle branches and Purkinje fibres

primary vessels that provide O2 blood to heart

right & left coronary arteries

primary vessels that provide O2 depleted blood from the wall of the heart

coronary sinus

the main force that causes blood flow through the heart is:

blood pressure gradient where blood flows from areas of high pressure to low pressure