Lecture 1
Lecture 2
Lecture 3
Lecture 4
Lecture 5
100

What develops first during fetal development?

The nervous system

100

What connects muscle to bone?

Tendons

100

What type of neuron is used for special sensory?

Bipolar neurons

100

Which bronchus is longer in length and more horizontal?

Left primary bronchus

100

What is/are the layer(s) in the capillary systems

thin single layer of endothelium

200

What is the correct order of early embryogenesis during week 1?

Zygote --> Morula --> blastula --> embryoblast/trophoblast --> implantation

200

Which muscle is innervated by GVE?

cardiac and smooth

200

What are the two types of complex sensations?

hypoesthesia and paresthesia

200

Which intercostal muscle is superior-medial fiber orientation or "hands over heart"?

internal intercostal m

200

What are the branches off of the aorta

aorta --> brachiocephalic artery --> left common carotid artery --> left subclavian artery

300

What is gastrulation?

1-layer embryoblast becomes a 2-layer then three layer gastrula

300

List 3 types of cartilage and an example of each.

elastic - external ear, auditory tube, epiglottis

fibrocartilage - intervertebral

hyaline - costal/nose cartilage

300

Where are the presynaptic and postsynaptic ANS cell bodies located?

presynaptic - cell bodies in the CNS

postsynaptic - cell bodies in the ganglion

300

Which disease shows signs and symptoms such as shortness of breath, cough and barrel chest?

COPD - chronic obstructive pulmonary disease

300

List the components of the middle mediastinum.

pericardial sac, heart, phrenic nerves and roots of the great vessels

400

What derives from the mesoderm? 

axial mesoderm - notocord

paraxial mesoderm - somite

intermediate mesoderm - reproductive and urinary systems

Lateral plate mesoderm - splanchnic and somatic divisions

400

What are the primary and secondary cartilaginous joint types? Where are they found?

synchondrosis [first sternochondral joint] and symphysis [pubic symphysis, intervertebral disc]

400

Describe the characteristics of both the sympathetic and parasympathetic nervous systems, what does each system do to different body systems

Slides 69 and 70 on review pptx

400

Describe pulmonary circulation.

supplies lungs

low O2 blood leaves right ventricle thru pulmonary trunk and arteries

high O2 blood returns to left atrium through pulmonary veins

400

What is the input and output of the right and left side of the heart?

-- Right side --

input: vena cava to the right atrium

output: right ventricle to the pulmonary artery

-- Left side --

input: pulmonary veins to the left atrium

output: left ventricle to ascending aorta

500

Describe the derivatives of the ectoderm.

surface ectoderm: integumentary tissues, oral cavity tissues, special sensory tissues, endocrine tissues

-- neuroectoderm --

neural tube: CNS

neural crest cells: PNS


500

Explain the process of Endochondral Ossification and give one example

begins with cartilaginous precursors

bone starts forming at primary ossification centers

bones lengthen at secondary ossification centers

example: long bones, skull base

500

What cranial nerves do which sensations? Walk me through all SSA SVE SVA GSA GVE GVA GSE

SSA - Special Somatic Afferent: CN 2 and 8, vision, hearing, and balance

SVE - Branchiomotor: CN 5, 7, 9, 10, 11c, skeletal muscle derived from the branchial arches

SVA - Special Visceral Afferent: CN 1, 7, 9, 10, smell and taste

GSA - Somatosensory: CN 5, 7, 9, 10, touch, temperature, pain, and proprioception

GVE - Visceromotor: CN 3, 7, 9, 10, to smooth and cardiac muscles

GVA - Viscerosensory: CN 7, 9, 10, nocio-, chemo-, baro-, mechano-sensations from visceral organs

GSE - Somatomotor: CN 3, 4, 6, 11s, 12, to skeletal mucle

500

What are the 2 primary muscles of respiration and its associated nerve?

diaphragm - phrenic n (C3-C5)

intercostal - intercostal n (T1-T11)

500

How does deoxygenated blood move from the superficial face to the lungs?

facial vein --> internal jugular vein --> brachiocephalic vein --> superior vena cava --> right atrium --> right ventricle --> pulmonary artery --> lungs

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