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Biology Today Third Edition Chapter 14 Drugs and Addiction Copyright © 2004 by Garland Science Eli Minkoff • Pam Baker
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Biology Today Third Edition Chapter 14 Drugs and Addiction Copyright © 2004 by Garland Science Eli Minkoff Pam Baker.

Dec 25, 2015

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Page 1: Biology Today Third Edition Chapter 14 Drugs and Addiction Copyright © 2004 by Garland Science Eli Minkoff Pam Baker.

Biology TodayThird Edition

Chapter 14

Drugs and Addiction

Copyright © 2004 by Garland Science

Eli Minkoff • Pam Baker

Page 2: Biology Today Third Edition Chapter 14 Drugs and Addiction Copyright © 2004 by Garland Science Eli Minkoff Pam Baker.

Exam 4 Wednesday

Chapters

12 Cell division/Cancer13 Nervous system14 Drugs and addiction

Page 3: Biology Today Third Edition Chapter 14 Drugs and Addiction Copyright © 2004 by Garland Science Eli Minkoff Pam Baker.

Drugs and Addictions

What are they?How do they get into the body?How do they get around ?How do they get eliminated ?

Page 4: Biology Today Third Edition Chapter 14 Drugs and Addiction Copyright © 2004 by Garland Science Eli Minkoff Pam Baker.

“drugs”

Physician/patient: treat disease

Counselor/addict:psychoactive drugs (alter mind)

chemicals that alter biological processes (except supplying energy and nutrients)

Page 5: Biology Today Third Edition Chapter 14 Drugs and Addiction Copyright © 2004 by Garland Science Eli Minkoff Pam Baker.

Fig. 14-1a

Page 6: Biology Today Third Edition Chapter 14 Drugs and Addiction Copyright © 2004 by Garland Science Eli Minkoff Pam Baker.

Fig. 14-1c

Page 7: Biology Today Third Edition Chapter 14 Drugs and Addiction Copyright © 2004 by Garland Science Eli Minkoff Pam Baker.

Fig. 14-1c

Page 8: Biology Today Third Edition Chapter 14 Drugs and Addiction Copyright © 2004 by Garland Science Eli Minkoff Pam Baker.

low O2

high CO2

high O2

low CO2

alveolus

high O2

low CO2

externalrespiration

ingest

injection

inhale

Page 9: Biology Today Third Edition Chapter 14 Drugs and Addiction Copyright © 2004 by Garland Science Eli Minkoff Pam Baker.

Drugs and Addictions

How do they get into the body?

Into the blood via the lungsDirectly into the blood via needlesInto the blood via the gut

Page 10: Biology Today Third Edition Chapter 14 Drugs and Addiction Copyright © 2004 by Garland Science Eli Minkoff Pam Baker.

Drugs and Addictions

How do they get into the body?How do they get around ?

Page 11: Biology Today Third Edition Chapter 14 Drugs and Addiction Copyright © 2004 by Garland Science Eli Minkoff Pam Baker.

low O2

high CO2

high O2

low CO2

alveolus

high O2

low CO2

externalrespiration

internalrespiration

high O2

low CO2

low O2

high CO2

low O2

high CO2

cells/tissues

Page 12: Biology Today Third Edition Chapter 14 Drugs and Addiction Copyright © 2004 by Garland Science Eli Minkoff Pam Baker.

Drugs and Additions

How do they get into the body?How do they get around ?How do they get eliminated ?

Page 13: Biology Today Third Edition Chapter 14 Drugs and Addiction Copyright © 2004 by Garland Science Eli Minkoff Pam Baker.

How do drugs get eliminated ?

via the liver(metabolic breakdown)

via the kidney(excretion)

Page 14: Biology Today Third Edition Chapter 14 Drugs and Addiction Copyright © 2004 by Garland Science Eli Minkoff Pam Baker.

Figure 14.2 (1)

Page 15: Biology Today Third Edition Chapter 14 Drugs and Addiction Copyright © 2004 by Garland Science Eli Minkoff Pam Baker.

Figure 14.2 (2)

Page 16: Biology Today Third Edition Chapter 14 Drugs and Addiction Copyright © 2004 by Garland Science Eli Minkoff Pam Baker.

Figure 14.2 (3)

Page 17: Biology Today Third Edition Chapter 14 Drugs and Addiction Copyright © 2004 by Garland Science Eli Minkoff Pam Baker.

In blood:

amino acidsglucoseminerals (Na+, K+, Ca++,…)H2Odrugsetc…wastes (urea)

Page 18: Biology Today Third Edition Chapter 14 Drugs and Addiction Copyright © 2004 by Garland Science Eli Minkoff Pam Baker.

diabetes (flow through)

diabetes mellitus

insulin takes glucose out of bloodif not, glucose make urine sweet

(honey)

diabetes insipidus

ADH take water out of urine;if not, too much water is lost

(tasteless)

Page 19: Biology Today Third Edition Chapter 14 Drugs and Addiction Copyright © 2004 by Garland Science Eli Minkoff Pam Baker.

Drugs and Additions

How do they get into the body?How do they get around ?How do they get eliminated ?

Page 20: Biology Today Third Edition Chapter 14 Drugs and Addiction Copyright © 2004 by Garland Science Eli Minkoff Pam Baker.

Figure 14.2 (3)

Page 21: Biology Today Third Edition Chapter 14 Drugs and Addiction Copyright © 2004 by Garland Science Eli Minkoff Pam Baker.

Chapter 14

Drugs and Addiction

A. General QuestionsHow do drugs get into the body? (lungs, etc.)How do drugs get around in the body?(blood)How do drugs get eliminated from the body?

Liver metabolic breakdownKidney excretion

B. Kidneys and excretion

nephron and parts

filtration, reabsorption and secretion

diabetes mellitus vs diabetes insipidus

Page 22: Biology Today Third Edition Chapter 14 Drugs and Addiction Copyright © 2004 by Garland Science Eli Minkoff Pam Baker.

Chapter 14

Drugs and Addiction

C. More terms

half lifereceptors and neurotransmittersdrug interactions

different typespsychoactive drugs

list, general affectsaddiction, withdrawl and toleranceFASSocial questions (Concluding remarks; BT3 pg, 536)

Page 23: Biology Today Third Edition Chapter 14 Drugs and Addiction Copyright © 2004 by Garland Science Eli Minkoff Pam Baker.

Drug half-life

time is takes for half of the drug to disappear

Page 24: Biology Today Third Edition Chapter 14 Drugs and Addiction Copyright © 2004 by Garland Science Eli Minkoff Pam Baker.

Figure 14.3a

Page 25: Biology Today Third Edition Chapter 14 Drugs and Addiction Copyright © 2004 by Garland Science Eli Minkoff Pam Baker.

Figure 14.3b

Page 26: Biology Today Third Edition Chapter 14 Drugs and Addiction Copyright © 2004 by Garland Science Eli Minkoff Pam Baker.

Drug receptors

Many cells need to have a specific receptor to respond to a drug

Page 27: Biology Today Third Edition Chapter 14 Drugs and Addiction Copyright © 2004 by Garland Science Eli Minkoff Pam Baker.

Many drugs work by altering effects of neurotransmitters

agonistic work withantagonistic work against

Page 28: Biology Today Third Edition Chapter 14 Drugs and Addiction Copyright © 2004 by Garland Science Eli Minkoff Pam Baker.

Figure 14.4

Page 29: Biology Today Third Edition Chapter 14 Drugs and Addiction Copyright © 2004 by Garland Science Eli Minkoff Pam Baker.

Drug interactions

Page 30: Biology Today Third Edition Chapter 14 Drugs and Addiction Copyright © 2004 by Garland Science Eli Minkoff Pam Baker.

Fig. 14-5

Page 31: Biology Today Third Edition Chapter 14 Drugs and Addiction Copyright © 2004 by Garland Science Eli Minkoff Pam Baker.

Drug safety

Prescription OTC (over the counter)Psychoactive drugs

Page 32: Biology Today Third Edition Chapter 14 Drugs and Addiction Copyright © 2004 by Garland Science Eli Minkoff Pam Baker.

Psychoactive drugs

OpiatesmarijuananicotineamphetaminesLSDcaffeinealcohol

narcoticsmedicine?stimulantstimulantshallucinogengen. stim.depressant

Page 33: Biology Today Third Edition Chapter 14 Drugs and Addiction Copyright © 2004 by Garland Science Eli Minkoff Pam Baker.

Psychoactive drugs

OpiatesmarijuananicotineamphetaminesLSDcaffeinealcohol

Many of these are addictive

Page 34: Biology Today Third Edition Chapter 14 Drugs and Addiction Copyright © 2004 by Garland Science Eli Minkoff Pam Baker.

Psychoactive drugs

OpiatesmarijuananicotineamphetaminesLSDcaffeinealcohol

All cause problems

Page 35: Biology Today Third Edition Chapter 14 Drugs and Addiction Copyright © 2004 by Garland Science Eli Minkoff Pam Baker.

Figure 14.6

(USA, 1991)

Page 36: Biology Today Third Edition Chapter 14 Drugs and Addiction Copyright © 2004 by Garland Science Eli Minkoff Pam Baker.

Figure 14.7 (1)

Page 37: Biology Today Third Edition Chapter 14 Drugs and Addiction Copyright © 2004 by Garland Science Eli Minkoff Pam Baker.

Figure 14.7 (2)

Page 38: Biology Today Third Edition Chapter 14 Drugs and Addiction Copyright © 2004 by Garland Science Eli Minkoff Pam Baker.

Drugs

Addiction

Tolerance

Withdrawl

physiologicalpsychological

Page 39: Biology Today Third Edition Chapter 14 Drugs and Addiction Copyright © 2004 by Garland Science Eli Minkoff Pam Baker.

Fig. 14-8

Page 40: Biology Today Third Edition Chapter 14 Drugs and Addiction Copyright © 2004 by Garland Science Eli Minkoff Pam Baker.

Figure 14.9

Page 41: Biology Today Third Edition Chapter 14 Drugs and Addiction Copyright © 2004 by Garland Science Eli Minkoff Pam Baker.

FAS (FAE)

Fetal alcohol syndrome (effect)

physical disabilitieslearning disabilities

If you might become a parent……don’t drink

Page 42: Biology Today Third Edition Chapter 14 Drugs and Addiction Copyright © 2004 by Garland Science Eli Minkoff Pam Baker.

Women

alcohol abuse “before conception correlates with decreased fetal growth, even when the mother abstains during pregnancy itself.”

BT3, pg. 532

Men

Alcohol consumption (5 or more drinks/day)…decreased # sperm

Page 43: Biology Today Third Edition Chapter 14 Drugs and Addiction Copyright © 2004 by Garland Science Eli Minkoff Pam Baker.

Drug laws ?

Concluding remarks, pg. 536, BT3

Page 44: Biology Today Third Edition Chapter 14 Drugs and Addiction Copyright © 2004 by Garland Science Eli Minkoff Pam Baker.

Exam 4 Wednesday

Chapters

12 Cell division/Cancer13 Nervous system14 Drugs and addiction