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47 Cards in this Set
- Front
- Back
Anatomical Position
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Head, gaze of eyes, toes – directly anteriorly (forward)
Arms to side – palms anteriorly (forward) Lower legs close together, feet parallel, toes directed anteriorly Regardless of posture or position |
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Saggital Plane
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Median, split into left and right side
also called anteroposterior |
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Coronal Plane
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Frontal plane
Splits into anterior and posterior |
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Transverse Plane
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horizontal
Splits into superior and inferior |
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Superficial
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Describes position relative to surface
Opposite: Deep |
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Lateral
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farther from medial plane
Opposite: Medial |
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Internal
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Nearer to center
Opposite: External |
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Dorsal
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aka Posterior
Back surface of body Opposite: Anterior (Ventral) |
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Rostral
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Decribe the brain, nearer anterior part of head
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Inferior
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Near to sole of foot
Opposite: Superior |
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Caudal
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Toward tail region
Opposite: Cranial/Cephal |
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Proximal
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Near to the attachment of limb or central aspect of linear structure
Opposite: Distal |
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Unilateral
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Occurring on one side
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Bilateral
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having left and right member
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Ipsilateral
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occuring at the same side
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contralateral
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Occurring on opposite sides
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Flexion
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decreasing angle
Opposite: Extension |
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Hyperextension
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Beyond normal limit
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Dorsiflexion
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Brining toes toward legs
Opposite: Plantarflexion |
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Adduction
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Toward median plane
Opposite: Abduction Always in the frontal plane |
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Circumduction
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distal end circular movement
-one end is fixed the other moving in a circle |
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rotation
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Revolving around longitudinal axis
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Medial/internal rotation
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Brings anterior surface closer to median plane (Shoulder moving towards front)
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Lateral/external rotation
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Takes anterior surface away from median (Shoulder moving towards back)
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Pronation
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Palm of hand faces posteriorly
Opposite: Supination |
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Supination
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dorsum of hand faces posteriorly
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Elevation
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movement superiorly
Opposite: Depression |
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Eversion
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Movement of sole away from median plane
Opposite: Inversion |
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Opposition
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Movement of thumb toward another digit
Opposite: Reposition |
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Reposition
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movement from opposition back to anatomical position
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Protrusion
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Forward of chin/lips/tongue
Opposite: Retrusion |
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Protraction
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anterior movement of shoulder
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Multicolored flat lesion
most common cancer |
Basal Cell carcinoma
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8-10 cells thick, Langerhans' cells scattered throughout, some kertinocytes continue to divide,
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Stratum spinosum
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Squamous cell carcinoma originates in these keratinocytes
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Stratum spinosum
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Appears as crusted or scaly patches, slow-growing malignant tumor frequently found in lungs, skin, but also occurring in anus, cervix, larynx, nose and bladder
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Squamous Cell Carcinoma
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Langer lines
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Tension lines provided by fiber direction. If you cute with the fibers is closes easier than agains
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Name actions that occur in:
Medial/Sagittal |
Flexion/Extension
Protrusion/Retrusion |
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Name actions that occur in Frontal
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Adduction/Abduction
Elevation/Depression Inversion/Eversion |
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Name actions that occur in Transverse
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Internal/External Rotation
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Classification of burns
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1st: limited to epidermis, cells quickly replaced by basal layer
2nd: nerve ending damaged, most painful 3rd: entire dermis, epidermis, possible muscle, area is numb bc sensory endings are destroyed |
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4 levels of protein structure
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Primary: AA joined by peptide bonds
Secondary: Hydrogen bonded amino hydrogen of one amino acid and carboxyl oxygen of another, Common Structures: alpha helixes and beta pleated sheets Tertiary: formation of bends and loops in a single peptide chain between R groups Quarternary: formation of proteins with more than one polypeptide chain |
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Structure of nucleotide and amino acid
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Nucleotide: 5-carbon CHO (ribose and deoxyribose), base containing carbon-nitrogen ring (pyrimidines and purines) and a phosphate group
AA: amino group, R group and carboxyl group |
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4 categories of cells and function
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Muscle: contraction, generation of force
Nerve: initiate, transmit electrical impulses Epithelial: barrier between body and external environment; exchange Connective Tissue: connect, anchor, support |
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Exocrine and Endocrine glands
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Exocrine: ducts leading to external environment
Endocrine: ductless and secrete hormones into blood |
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Mechanisms of exchange for lungs, GI, and Kidneys
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Lungs: gas diffusion, gas solubility and transport
GI: absorption and secretion Kidneys: filtration, reabsorption and secretion |
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Metabolic reactions:
A-B + H2O → A-OH + H-B A + Pi → A-P A-OH + H-B → A-B + H2O A-P → A + Pi HA-BH → A=B + 2H A=B + 2H → HA-BH |
Hydrolysis
Phosphorylation Condensation Dephosphorylation Oxidation Reduction |