Intoxication Flashcards

1
Q

types of hazardous toxic material

A

Hydraullic Oil

Fuels

Anti-icing

fire distinguishers

cabin plastic

solvents/degreasers

exhaust gas

batteries

composite materials

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2
Q

how to protect from hazardous materials

A

avoid them

wear protective gear

wash them off if in contact

In flight, put on 100% oxygen, ventilate cabin, decscend, land and evactuate

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3
Q

hydraullic oils

A

contain toxic chemicals for the skin. Wash them off.

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4
Q

fuels

A

toxic to skin

gases can cause drowsiness and dizziness

carcinogenic gases

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5
Q

anti icing

A

can affect the central nervous system, kindeys and heart

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6
Q

fire extinguisher

A

can be toxic if used in confined place without breathing apparatus because of ‘BCF/Halon’

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7
Q

batteries

A

has hydrochloric acid damaging to human tissue. need lots of water to wash it off

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8
Q

exhaust gases

A

has carbon monoxide

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9
Q

solvents and de greasers

A

fumes and chemicals that are toxic

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10
Q

cabin plastic

A

fumes/cyanide etc that are released when burnt

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11
Q

electiral insulation

A

when burnt, release toxic fumes

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12
Q

composite materials

A

contain fiberglass, etc that when broken, they release tiny materials that are easiy enhaled and bring on asbestosis - type symptoms

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13
Q

what is the definition of intoxication

A

temporary and reversable effects of a substance on the body and brain.

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14
Q

what are the 3 main ones

A

caffeine

nicotine

alcohol

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15
Q

Effects:

A

stroke

heart attack

cancer (larynx, mouth, throat, pancreas)

lung disease

emphysema (shortness of breath)

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16
Q

How does nicotine work

A

it’s a stimulant at low doses (helps concentrate, improves memory and arousal)..

and it’s a relaxant at high dosage (sedative)

nitcotine isn’t a carcinogenic but can hinder hte body’s ability to get rid of mutant cells

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17
Q

effect of tobacco

A

contains: carbon monoxide & cyanide -

reduce elasticity of alveoli and clogs its surface, so oxygen doesn’t diffuse properly into the blood

increase illness due to reduce immunity

bind to the blood cells and reduce oxygen binding - hypoxia

narroiwn of blood vessels/increase vescosity of the blood - increase stroke risk

**less tollerance to g- force
**

affect cell division in the heart, altering the heart shape

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18
Q

caffeine

A

**physcoactive stimulant that acts on the central nervous system - increases alertness, wakefulness, improves muscle coordination

it’s also a vasodilator - relaxes blood vessels whicn can increase uptake of medicine.

19
Q

how much is an overdose

A

150-250 mg/day is moderate

300 - 400 mg is excessive

600-750 ms is caffeinsim

1000 mg is toxic

20
Q

dark chocolate

A

30 g has 20mg of caffeine

21
Q

symptoms

A

jitters
increased heart rate/rapid heart beat
reslessness
excessive urination
nervousness
insomnia

severe overdose:
mania, delusions, depression

22
Q

Alcohol

A

Also a physcoactive drug but..

it’s a depressant

affects central nervouse system and inner ear (balance)

alters ‘consciousness’

absorbed from stomach/intestine quickly into the blood

23
Q

doses of alcohol

A

it can degrade performance at 0.04%

can be fatal at 0.4%

pilots can have 0.02% max (20mg/100 ml blood) whenever performing any duty in aviation

however, pilots should not drink 24 hours prior to flying.

24
Q

effects

A

in mild doses:
relaxtion, euphoria, sense of well being

in moderate doses:
reduce inhibition, over confidence, impulusive, imparied judgement

in slightly high doses:
drowsiness, delayed reaction , sedative

in very high dosage
unconsciousness , death, emotional instability

in high altitude, effects are worse to less oxygen

25
Q

alchohol and drugs

A

when mixed, can cause adverse effects

26
Q

alcohol and sleep

A

in low doses, alcohol can increase your sleep time and decrease wakefulness.

however, you get less REM

this will lead to sleep deprevation, chronic fatigue, irritability, memory loss

sleeping will not speed removal of alchol from body (in fact, it slows it down)

27
Q

alcohol and hypoxia

A

alcohol reduces the tolerance to mild hypoxia conditions

28
Q

chronic alcohol abuse

A

effects the inner ear & balance
scarring of the iver
inflamation of pancreas
epilipesy
dementia
peripheral nerve damage
malnutrition
sexual disfunction
death
alcholism

29
Q

Alcoholism

A

alcohol dependency

increased tolerance to alcohol

30
Q

initial warning symptons

A

gulping 1st drink

needing it to feel good

feeling guilt after drinking

irritable if people confront you about drinking

drinking well after everyone is done

31
Q

full blown alcoholism

A

drinking alone secretely or after a night of socializing

loss of memory from binge drinking

constantly thinking about the next drink

concealing the amount you drink from others

prefer drinking over a meal

drinking in the morning

morning after shakes

drinking even knowing it’s bad for you

can’t control the intake, can’t admit or cknoweledge the problem

32
Q

u if you suspect a pilot is drunk before a flight

A

first you ask the person to not fly and to seek assitance…

if this doesn’t work, you must report it

33
Q

alcohol unit

A

1 unit = 10 ml

34
Q

how long does it take to eliminate 1 unit

A

1 unit (10ml) takes 15 - 45 min to eliminate

or

0.1-0.15 mille per hour

REGULATIONS
Easa regulation states 0.2 per mill is national limit (0.02%) at the start of the flight duty

no alchol should be consumed 8 hrs prioro to reporting time for duty or the commencement of standby

No acohol to be consumed during the flight duty period or on standby

Operators generally go with 0.0 per mill

35
Q

what helps the body eliminate it

A

mainly metabolism

36
Q

when can a pilot fly if drank

A

for a small amount, minimum 8 hrs

37
Q

which characteristics are factors in development of alcoholism

A

genetic factors
(twins, having addicted parents,levels of dopamine released)

calming effects

access to cheap alcohol

socio-cultural background

38
Q

breathing fumes (fume event) may cause

A

dissiness, headache, disorientation
shortness of breath
nausea/vomit
blue lips and nails (cyanide) from hypoxia
fatigue
cought/dyspnae

blackout is not a result of fume event

39
Q

black out is caused by

A

positive g force

40
Q

which toxins cause issues if not contained

A

hydrollic (cause blindness and skin damanage)
fuel (cancer causing)

engine oil (least harmful)

41
Q

electric short circuit and smouldering fire in electronics bacy can cause

A

headache
cough/breathing issues
nausea / vomit

42
Q

fume event happens whn

A
  • burning interior
  • toxic fumes from dangerous goods in luggage/passenger cabing
  • smouldering fires from electric systems short ciruits, burning cigarettes, etc)
  • Air conditioning system (anti-cice fluid sprayed into fresh air inlets, lubricating/hydraulic fluid leeking into it because of damaged pumps, system failure releasing hot, unmixed bleed air into AC ducts)

**what doesn’t cause it - **
overheating breaks can cause fire but happens outside the cabins so no exposure to fumes

Engine and APU fires are detected before components melt

43
Q

what can cause dangerous fumes when released during a fire on the plane

A

cabin furnishing when burnt.

hyraulic fluid second

What doesn’t??
fire distinguisher, anti-ice fuild are not the ‘cause’ of fumes during a fire)