Pulmonary vein Oxygenated blood returns through the ... to the left atrium Gland organ that secretes; 2 types: exocrine and endocrine Exocrine Gland secretes products through DUCTS to a target area synovial joint permits free movement Decalcification Removal of calcium deposits from heart valves Hormones Excited; release/regulate activity of body part; each hormone has a receptor = allows specificity systolic pressure Blood pressure in the arteries during contraction of the ventricles. cartilaginous joint permits limited movement fibrous joint between bones that closely contact each other fibrous joint permits little or no movement Optic N (II) Sensory: Vision -II -Passes through optic canal of sphenoid Olfactory N (I) Sensory: Smell -I -Passes through cribriform plate of ethmoid cartilaginous joint bones separated by discs of fibrocartilage or hyaline cartilage Amino Acid- Based Hormones Amines, peptides, proteins Heart murmur An abnormal sound from the heart produced by defects in the chambers or valves Lipid Based Hormones Steroids (estrogen, testosterone); not water soluble Left atrium Chamber that receives oxygenated blood from the pulmonary veins and pumps it into systemic circulation. synovial joint involves cartilage and a joint cavity filled with fluid septum Divides the right and left chambers of the heart Artery A pulse can be detected most easily in a(n) ... Vena cava One of two large vessels (superior and inferior) that return deoxygenated blood to the right atrium of the heart. Trigeminal N (V) Motor: Mastication MM Sensory: Face and oral cavity -V Oculomotor N (III) Motor: Extrinsic Muscles of Eye -III -Passes through superior orbital fissure Trochlear N (IV) Motor: Extrinsic Muscles of Eye (Superior oblique M) -IV -Turns eye -Passes through superior orbital fissure Pulmonary vein Oxygenated blood returns through the ... to the left atrium Gland organ that secretes; 2 types: exocrine and endocrine Exocrine Gland secretes products through DUCTS to a target area synovial joint permits free movement Decalcification Removal of calcium deposits from heart valves Hormones Excited; release/regulate activity of body part; each hormone has a receptor = allows specificity systolic pressure Blood pressure in the arteries during contraction of the ventricles. cartilaginous joint permits limited movement fibrous joint between bones that closely contact each other fibrous joint permits little or no movement Optic N (II) Sensory: Vision -II -Passes through optic canal of sphenoid Olfactory N (I) Sensory: Smell -I -Passes through cribriform plate of ethmoid cartilaginous joint bones separated by discs of fibrocartilage or hyaline cartilage Amino Acid- Based Hormones Amines, peptides, proteins Heart murmur An abnormal sound from the heart produced by defects in the chambers or valves Lipid Based Hormones Steroids (estrogen, testosterone); not water soluble Left atrium Chamber that receives oxygenated blood from the pulmonary veins and pumps it into systemic circulation. synovial joint involves cartilage and a joint cavity filled with fluid septum Divides the right and left chambers of the heart Artery A pulse can be detected most easily in a(n) ... Vena cava One of two large vessels (superior and inferior) that return deoxygenated blood to the right atrium of the heart. Trigeminal N (V) Motor: Mastication MM Sensory: Face and oral cavity -V Oculomotor N (III) Motor: Extrinsic Muscles of Eye -III -Passes through superior orbital fissure Trochlear N (IV) Motor: Extrinsic Muscles of Eye (Superior oblique M) -IV -Turns eye -Passes through superior orbital fissure
(Print) Use this randomly generated list as your call list when playing the game. There is no need to say the BINGO column name. Place some kind of mark (like an X, a checkmark, a dot, tally mark, etc) on each cell as you announce it, to keep track. You can also cut out each item, place them in a bag and pull words from the bag.
Oxygenated blood returns through the ... to the left atrium
Pulmonary vein
organ that secretes; 2 types: exocrine and endocrine
Gland
secretes products through DUCTS to a target area
Exocrine Gland
permits free movement
synovial joint
Removal of calcium deposits from heart valves
Decalcification
Excited; release/regulate activity of body part; each hormone has a receptor = allows specificity
Hormones
Blood pressure in the arteries during contraction of the ventricles.
systolic pressure
permits limited movement
cartilaginous joint
between bones that closely contact each other
fibrous joint
permits little or no movement
fibrous joint
Sensory: Vision
-II
-Passes through optic canal of sphenoid
Optic N (II)
Sensory: Smell
-I
-Passes through cribriform plate of ethmoid
Olfactory N (I)
bones separated by discs of fibrocartilage or hyaline cartilage
cartilaginous joint
Amines, peptides, proteins
Amino Acid-Based Hormones
An abnormal sound from the heart produced by defects in the chambers or valves
Heart murmur
Steroids (estrogen, testosterone); not water soluble
Lipid Based Hormones
Chamber that receives oxygenated blood from the pulmonary veins and pumps it into systemic circulation.
Left atrium
involves cartilage and a joint cavity filled with fluid
synovial joint
Divides the right and left chambers of the heart
septum
A pulse can be detected most easily in a(n) ...
Artery
One of two large vessels (superior and inferior) that return deoxygenated blood to the right atrium of the heart.
Vena cava
Motor: Mastication MM
Sensory: Face and oral cavity
-V
Trigeminal N (V)
Motor: Extrinsic Muscles of Eye
-III
-Passes through superior orbital fissure
Oculomotor N (III)
Motor: Extrinsic Muscles of Eye (Superior oblique M)
-IV
-Turns eye
-Passes through superior orbital fissure
Trochlear N (IV)