The structural classification of articulations between sutures in the skull.
What is Fibrous?
The name of thick filaments in muscle cells
What is myosin?
The muscle of the arm labeled "G".
(Slide 2)
What is the triceps brachii?
The muscle labeled "F" on the trunk.
(Slide 7)
What is the rectus abdominis?
The protrusions coming from the body of a neuron (Labeled A).
(Slide 12)
What are dendrites?
The functional classification of knee articulations.
What is diarthrosis?
The name of separating disks in muscle cells
The muscle labeled "B" on the leg.
(Slide 3)
What is the adductor longus?
The muscle labeled "A" in the head.
(Slide 8)
What is the temporalis?
The structures that allow for exocytosis of neurotransmitters.
What are vesicles?
The structural classification of the vertebral column articulation.
What is cartilaginous?
This substance coats the axon of a neuron for insulation
What is myelin?
The muscle labeled "F" on the arm.
(Slide 4)
What is the extensor carpi radialis longus?
The muscle labeled "G" on the posterior of the trunk.
(Slide 9)
What is the Serratus posterior inferior?
The structure in the brain labeled "F".
(Slide 13)
What is the Pituitary Gland?
The functional classification of the articulation between the radius and ulna.
What is amphiarthosis?
The connective tissue layer that surrounds muscle.
What is the endomysium?
The muscle labeled "J" on the leg.
(Slide 5)
What is the soleus?
The muscle labeled "E" on the head.
(Slide 10)
What is the depressor anguli oris?
The nerve labeled "A"
(Slide 14)
What is the optic nerve?
The structural and functional classifications of the rib cage articulation with the sternum.
What is synarthrosis and cartilaginous?
Slide 1 image, label "C".
What is the nucleus?
The name of the muscle labeled "F" and its action.
(Slide 6)
What is the biceps femoris and flexes leg and extends thigh?
The muscle labeled "C" and its action.
(Slide 11)
What is the rhomboideus major and adducts scapula?
The ascending tracts of the lateral column.
What are the posterior and anterior spinocerebellar tracts?