Exam 1 Flashcards

(47 cards)

1
Q

Adaption

A

Changes due to stressors

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2
Q

Enzyme

A

Protein that lowers activation

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3
Q

Proprioceptor

A

Muscle awareness

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4
Q

Catabolic

A

Breaking down of protein

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5
Q

Glycolysis

A

Splitting sugars

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6
Q

Pulmonary vein

A

Sends oxygenated blood to the heart from the lungs

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7
Q

Diastole

A

Relaxing of the heart chamber

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8
Q

Cardiac output

A

Strive volume x heart rate

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9
Q

Glycogenesis

A

Forming glycogen

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10
Q

Endomorph

A

Fatness

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11
Q

Buffer

A

Removes chemical reaction going from basic/acidic to neutral

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12
Q

Apena

A

No breathing

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13
Q

EPOC

A

Excess Post Exercise Comsumption

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14
Q

Sarcomere

A

Contracting part in a myofibril

Sarco=flesh

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15
Q

Testosterone

A

Steroid hormone made in testies

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15
Q

Proprioceptor

A

Muscle awareness

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16
Q

Capillary

A

Where gas exchange occurs between arteries and veins

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17
Q

Endomorph

A

Fatness

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18
Q

Adenosine Triphosphate

A

ATP~ADP+Pi+energy

19
Q

Phosphocreatine

A

Creatine phosphate= stored in cells

20
Q

CP

A

Creatine+Pi+energy

Sends P back on ADP-ATP

21
Q

Purvic acid with and without oxygen

A

Without oxygen provide lactic acid

With oxygen is transported to the mitochondria

22
Q

Reciprocal innervation

A

Antagonist muscles receive inhibitory message while doing maximum contraction

23
Q

Glucose ATP breakdown

A

Glycolysis
2xATP
2(2H)=6ATP

Kreb cycle
2(1) ATP
2[4(2H)]NAD= 24ATP
2(1)FAD=4ATP

TOTAL=38ATP-6 used= 32net ATP

24
Fat metabolism
Fat goes through Beta oxidation where it is turned into Acetyl CoA then enters the kreb cycle
25
Protein metabolism
Amino Acids go through Deaminization to become Acetyl CoA then enter the kreb cycle
26
RQ
Respiratory Quotient CO2 produced/ 02 used RQ for carbohydrates only= 1.0 RQ for fat only= 0.7 RQ for a mixed diet= 0.84 RQ can be greater than 1.0 but only for a short period of time during anaerobic activity. Lactic acid + NaHO3-->Sodium lactate + H2CO3--> H20+CO2
27
RER
Respiratory Exchange Rate | Same as RQ
28
EPOC
Excess Post Exercise Oxygen Consumption ``` Two types (slow&fast recovery) Fast= aerobic (lactic debt) Slow= anaerobic component ```
29
Glycogen loading
Workout= 1.8 hours -3day depletion phase (high protein/low carb) Workout2= 1.1hours -3day loading phase (high carbs) Workout3= 2.8hours Depletion helps over compensate
30
Resting charge of potential
-85 mv
31
Peak of potential
+30mv
32
Synapses
Neuron to neuron connection
33
Summation
Adding and subtracting to get potential or not
34
Temporal Summation
1 on 1summation
35
Spatial summation
Several on 1. If all in a period of time pulse enough than a response happens
36
IPSP
Inhibitory Post Synaptic Potential
37
EPSP
Excitatory Post Synaptic Potential | -80 +/- 3
38
Size principle
Basic principle of how we control a neuron
39
Reflex
Involuntary reaction to stimulus
40
Reflection
Practiced behavior similar to a reflex
41
5 part to a reflex
1-Sensory receptor 2-Afferent pathway (add=towards) 3-Interneuron 4-Efferent pathway (eff= away) 5- Effector
42
Cross extension reflex
Stepping on a nail
43
Proprioceptors
1- Joint receptors: (inside synovial capsule). To identify where you are in space 2-Muscle spinal: only excitatory, mono synaptic,connects to bone (Annulospiral ending& flower spray ending) 3-Golgi tendon organ: only inhibitory, inside tendon, acts on a inner neuron
44
Tonic reflex
Posture reflex keeps you stank ding up right
45
Muscle Spindle vs Golgi Tendon Organ
Sense: MS=stretch GTO=tension Response: MS=excitatory GTO=inhibitory Threshold: MS=low GTO=high Location: MS=muscle GTO=tendon Arrangement: MS=parallel GTO=series
46
Jerk motion
Contraction then immediate relaxation