Test one for the neuromsk skel syst 2010 semester 2
On troponin when calcium is low
On troponin c when calcium is high
On actin when calcium is high
On the sarcomere when sodium is high
On actin when calcium is low
Intrafusal
Thick filament
Extrafusal
Thin filament
Nuclear chain fibers
Extracellular calcium increase
Intracellular calcium increase
Intracellular calcium increase and ATP
Extracellular calcium decrease
ATP
An incease number of crossbridge attachments
Calcium at its basal level
An increase of actin filaments
Decreasing extracellular calcium
Loss of ATP
Calcium
Sodium
Actin
Myosin
Troponin C
Concentric contraction
Isotonic contraction
Eccentric contraction
Auxotonic contraction
Isometric contraction
Sodium
Actin
Myosin
Calcium pulse
Twitch
Calcium
Tropomyosin
Troponin c
Myosin
ATP
In rigor mortis
In relaxation
In excitation
In hydrolysis
In product release
Glycolysis
Phosphorylation
Gluconeogenesis
Oxidation of fatty acids
Chemiosmosis
Type 11B/ fg/ ft-b/fast glycolytic/white
Type 11A/fog/ft-a/fast oxidative/red
Type 1/so/slow oxidative/white
Type 1A/fog/ft-a/fast oxidative/red
Type 2/so/slow oxidative/white
Type 11B/ fg/ ft-b/fast glycolytic/white
Type 11A/fog/ft-a/fast oxidative/red
Type 1/so/slow oxidative/white
Type 1A/fog/ft-a/fast oxidative/red
Type 2/so/slow oxidative/white
Type 11B/ fg/ ft-b/fast glycolytic/white
Type 11A/fog/ft-a/fast oxidative/red
Type 1/so/slow oxidative/white
Type 1A/fog/ft-a/fast oxidative/red
Type 2/so/slow oxidative/white
Hypertrophy
Hypoxia
Maximal voluntary contraction
Reactive hyperemia
Hyporemia
Oxygen deficit
Oxygen debt
Hypoxia
Hyperemia
Oxygen depletion
Small
Type 2
Medium
Type 1
Large
Increased intracellular ADP
Metabolic waste- lactic acid and phosphate
Slowed type 2 motor units
Depletion of ACh
Increased intracellular potassium
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