Alcohol
(See:
Drugs in American Society, 5th, 6th, 7th editions, Erich Goode, McGraw-Hill,
1999/2005/2008. Chapters 4 and 8, and Drugs, Society, and Human Behavior
(7th ed), Ray and Ksir, Mosby, 1993. Chapters 9 and 10 and the disclaimer)

- Psychoactive
- Taken for Effect
- Recreational
- Physical Dependence;
Addicting in the Classic Sense
- Aside from
nicotine and caffeine, most commonly used psychoactive substance
- Aside from
cigarettes, most common form of drug addiction:
The alcoholic is the typical
addict
- Behavioral dependence is a reality
for a sizeable minority who drink heavily despite the costs
- ALL
Drinkers of alcohol ARE DRUG USERS!
- The American public does not equate
alcohol use with drug use
- Production, Sale, and Purchase
not a crime in most places and for most people
- Production and Distribution has
been illicit (1920-1933)

History,
Chemistry and Variety
Alcohol was discovered
in 8327 B.C. on a warm afternoon by "Grog" who returned to his cave
and drank the fermented milk of a coconut that had been cracked and left out
in the sun. ;-) (it's a joke)
- Beer and Berry wines: 6400 B.C.
- Grape wine: 300-400 B.C.
- Mead (Honey): Paleolithic Age circa 8000 B.C. (Oldest?,
though some suggest otherwise)
- Native Americans brewed beer circa
1400
How
much did they drink in medieval Europe?
- A natural process: Most fruits
and airborne yeast
- Fruit--sugar + yeast and Water==>
recombines carbon, hydrogen and oxygen to produce ethyl alcohol and carbon
dioxide.
- C6H12O6 (Glucose)
+ H2O==(Yeast)==> C2H6OH (ethyl
alcohol) + CO2
- At about 15-20% ETOH the alcohol
level kills the yeast and fermentation stops
- Alcohol's basic effects: Euphoria,
Sedation, Narcosis, Pain relief. It is almost universally accepted in some
form or other for some purpose or other.
- Cereal Grains can also be used:
starch versus sugar- The Malting Process:
- Malting
(sprouting) produces enzyme
- Slow drying kills sprout, preserves
enzyme
- Crush, mix with water, enzyme
converts starch to sugar
- Corn added to increase starch
levels
(see: http://www.homedistiller.org/)
To produce higher levels of ETOH;
heat mixture to evaporate alcohol, trap vapors in condensing coil-- Voila!:
Hard Liquor (early distillation technology probably resulted in concentrations
of about 50% (100 proof)
- Arabia ~800 A.D. (Alcohol is a
derivative of the Arabian word for "finely divided spirit"-- the
part of the wine derived from distillation.
- Only fermented beverages were
known in Europe until the 10th Century when Italians began to distilled wine.
- Pure Ethyl Alcohol has been studied
and used medicinally ever since.
- 13th Century professor of Medicine
at Montpelier called it "Aqua Vitae" (Water of Life)
- In the 17th Century the Dutch
came up with the name Brandy (Brandtwein): Burnt wine
- Whiskey (Irish-Gaelic equivalent
for Aqua Vitae- visgebaugh):
- The Encyclopaedia
Brittannica lists in its article on 'Alcoholic Beverages' the following dates
and places of origin of several distilled alcoholic beverages. (credit
to: http://www.bigfoot.com/~m_shapiro/cspirits.html--no
longer active)
| DATE |
MATERIAL |
FERMENT |
DISTILLATE |
ORIGIN |
| 800 BC |
rice
millet |
Tehoo |
Sautchoo |
China |
rice
molasses
palm sap |
Toddy |
Arrack |
Ceylon
India |
| mare's milk |
Kumiss |
Arika |
Tatars |
| mare's milk |
Kefir |
Skhou |
Caucasus |
| rice |
Sake |
Sochou |
Japan |
| 500 AD |
Honey |
Mead |
Distilled Mead |
Brittain |
| 1000 AD |
Grape |
Wine |
Brandy |
Italy |
| 1100 AD |
Oats
Barley |
Beer |
Usqubaugh |
Ireland |
| 1200 AD |
Grape |
Wine |
Aqua Vini |
Spain |
| 1300 AD |
Grape |
Wine |
Cognac |
France |
| 1500 AD |
Barley |
Beer |
Whisky
Aqua Vitae |
Scotland |

- By 17th Century:
95% Alcohol possible
- Variety of
grains used==> Grain Neutral Spirits ("Everclear")
- Variety of
uses now: add to gasoline, industrial solvent, and (of course)-- beverages
- Proof at which
distillation occurs==> Taste
- Proof==>
twice the percentage of Alcohol: British army-- add to gunpowder and
ignite==> "pooooff!" (57% alcohol)
- Higher the
proof, lower the by-products: Congeners, other alcohols (methyl, isopropyl),
oils.

- Whiskey became Common by 1500
- Scotch whisky (no "e"):
Scotch:
(1) malted barley,
malt is dried in kilns fired by peat, and the liquor is stored for at
least 3 years in barrels originally used to transport sherry
- Whiskey was Introduced to the
Americas ~late 1700's
- Became the chief export of settlements
west of the Appalachian Mountains: Grain to expensive to transport. 10 bushels
of corn could be reduced to 1 barrel of whiskey.
- 1789: Elijah Craig of Bourbon,
KY: Store whiskey in new, charred
oak barrels: American bourbon. (Canadian
whiskey: uncharred).
- Whiskey: Typically
distilled at less than 160 proof (grain flavors)
- 51% of grain- rye==> straight
rye whiskey
- 51% of grain- corn==> bourbon
- 80% corn===> Corn whiskey
- Dilute to 120 proof: age 2
or more years=> acquire more flavors. Typically further dilution
- Up until Prohibition: almost
all whiskey in U.S.- bourbon, during Prohibition- Smuggled Canadian and
Scotch: Lighter and Blended (2/3 straight whiskey, 1/3 GNS)

Consumption
- Trend away from heavy whiskey==>
Lighter mixables.
- 1983: domestic vodka production
higher than whiskey
- Imports down
- Overall consumption peaked in
1983 for gin, vodka, rum: now down.
- Current per capita (distilled
spirits): ~1.6 gal/year

- Barley malt (some rice or corn,
even soy beans)
and water
- Filter out solids and add yeast==>
the Mash (at the
Brewhouse--link
to Budwieser.com , navigate to the tour)
- Hops (a)
(1) (2) added
for flavor (1/4 lb for 31 gallon barrel)
(Hop vine chandelier
at AB Brew House)
- Age after fermentation.
- Beershots
at Molecular
Expressions
Types
- Lager: (to store)Yeast settles
on bottom (4%)
- Ale:
Top rising yeast, fermentation temperature warmer, higher concentrations of
malt and hops-- more flavor.
- Malt Liquor: Aged longer, more
flavor (6-8%)
- Light beer: 10% less alcohol,
30% fewer calories. Fermentation is done at lower temperatures==> More
alcohol and less sugar. Add water.
- Dry and Ice beers: same, without
diluting (1990's)
- Non-alcohol Beer (since prohibition,
recent popularity)
- World's
Strongest beer.
Breweries and the Consumption of Beer
- Pre 1920: Thousands
of Breweries (over 60 here in St. Louis)
- 1933-
about 750 left
- 1941- 507
- 1976- less
than 50
- Mid 80's ~40
- Now: Increase-
microbreweries
- 6 breweries
dominate 90% of the market: Busch: Over 48% (2007);
Budweiser alone: 14% (2003)
- Light Beers:
30% of sales
- Foreign: around
5% and growing
- Micro's: limited
distribution, although providing wider variety of choices
- Per Capita
Consumption
- Americans:
25 gallons/year (2003)
- Irish and
Australians: 30
- Germans
and Czechs: 40
- Mexicans
and Japanese: ~12
- World's
leading consumers
of beer or not
(1)?
Or, try wikipedia
for an answer.
Beer and culture:
(a new section just getting started)

- Oldest form of
alcohol
?
- Today, highly mechanized production
- But, still lots of small traditional
vintners
- American vines brought from Europe.
In the late 1800's, and again in the 1960's; massive disease destroyed many
of the European (France, Spain, Italy) vines, so the American vines were re-introduced.
- Wines.com
(searchable database!)
- About:
Wine

Types
- Generics: European names, but
blended (Chablis, Rhine, etc)
- Varietals:
51% of a specific grape. Individual
bottles.
- Red wine: leave skin on during
fermentation
- White: white grape, skin off
- Rose': leave skins for a couple
of days, generics- mix red and white.
- Blush: juice of particular grapes
is dark enough (Zinfandel)
- Sweet vs. Dry: sugar content,
Sweeter wines are heavier- sweetness overrides harsh flavors.
- Dessert wines: special grapes
or processing ("Eiswein" and "Auslese")
Other Variations
- "Methode
Champagnoise": in individual bottle, tightly corked
- Mass process
- CO2 injected into generic wine
during bottling
Fortified wines
- Spain: add brandy- kills yeast,
stops fermentation, and wine will not spoil.
- Seal in charred oak casks- refines
taste: "Sherry"
- Others: "Muscatel,"
"Madeira" and Port-- sweeter, after dinner drinks
- Typically 20%

Consumption
- Pre 1960- little in USA, mostly
sweet and dessert
- Now, use of those varieties is
in decline, others (drier) are consumed more.
- Over 2.5 gal/year
- 1980's and 1990's-- Wine Cooler:
Kool-aid taste, marketed as "soft drink," 25% of wine market. Replacing
beer as the "Gateway Drug."


Alcohol consumption,
overall

WWW Links: Sites
Relating to Alcohol Use and Consumption
National
Institute on Alcohol Abuse and Alcoholism
Perrier-Jouet
Hempen
Ale (retired) (label)
The
Marin Institute: The Alcohol Industry and Policy Database
Bar
TV (good source of information on various spirits and drinks)
Pony
Express (soy) Beer
"Alcohol: Problems and
Solutions" (www.alcoholinformation.org).

Absorption and Metabolism
- Alcohol requires no digestion
- 20% is absorbed in the stomach,
most through small intestine
- CO2,
or empty stomach speeds absorption- etoh passes more rapidly into the small
intestine.
- Alcohol is not stored by the body,
the calories it provides are used first- tied to weight gain (you gain weight
from the food you eat along with the alcohol)
- Fat cells versus muscle cells
(alcohol is water soluble): Males vs. Females
- 90% metabolized by liver
- 2% excreted: urine, breath
- Enzyme: Alcohol Dehydrogenase:
Alcohol=> acetaldehyde (acetaldehyde dehydrogenase) (problem)=> acetic
acid.
- Most drugs, if consumed at high
levels, metabolized at high levels.
- Alcohol: steady: 100 milligrams
of alcohol per kilogram of body weight. About
.33 oz. (about one drink) per hour. Constant.
- Some note of a second enzyme that
is produced through chronic, heavy drinking-- permanent: speeds up metabolism.
- Stimulants: coffee, etc==>
no effect
- Chronic use- destroys liver- impedes
metabolism of other drugs
Impact on CNS
Acute
Objective effects
- General Anesthetic
- Depressant
- Used until 1800's in surgery:
replaced by nitrous oxide. Problem in controlling the effect of alcohol. Effective
dose-- close to lethal dose. Slows blood clotting.
- Tied to GABA receptor complexes
in the brain. Similar to neurotransmission processes that relate to an understanding
of benzodiazepines.
- GABA produces an inhibitory function
in the brain's neural processing. Seems alcohol and drugs like Valium enhance
this activity.
- Hoffman-LaRoche labs: RO 15-4513
?? "Sober-up" pill ??
- Number of grams of Alcohol per
100 ml. blood. (100mg./100ml. = .10% BAL)
- At lowest effective doses: Poorly
learned behaviors deteriorate; at higher levels: inhibitions decline and behaviors
elevate, critical thinking also declines
- The quicker the volume of etoh
increase, the greater the effect, yet modified by "Behavioral Tolerance"
- Vomiting
likely at .12%, especially if reached quickly.
BAL |
Effect |
.03 |
Dull and dignified |
.05 (~2 beers in one
hour) |
Dashing and debonair |
.1 (~4 beers in one
hour |
Dangerous and devilish |
.2 |
Dizzy and disturbing |
.25 |
Disgusting and disheveled |
.3 |
Delirious and disoriented |
.35 |
Dead drunk |
.6 (~one quart of whiskey
in one hour) |
Probably DEAD |
(adapted
from Bogen in Ray and Ksir, 8th ed. 1999, p. 222)
- BAC
Calculator (The Drink
Wheel)
- BAC of .4==> LD50,
BAC .8==> LD100
- 1 drink= ~ .5oz alcohol
- DWI: ~3 drinks in one hour, all
other things equal
- 1 drink every hour (sipping):
Theoretically "no problems" (normal liver)
- 6 drinks over 2 hours=> ~4
drinks in system: at least .1% BAL
- Rule of equivalency (a drink is
a drink):
- 1-12 ounce (5%) Beer =1-4
ounce glass of wine (15%)= 1 ounce of (80 proof) distilled spirits
Other
Acute Objective Effects
- Blackouts: mechanism
is questionable
- Sexual behavior:
- Increases desire=> Expectancy
(cultural conditioning)
- Decreases capacity
- For males: lowers testosterone
levels
- Aggression:
- Testosterone drop=>
- Increase in Lutenizin (hormone)
- Lutenizin=> direct impact
on aggression/sex centers of brain
- Peripheral Circulation increases,
Core temperature drops
- Fluid balance: suppresses ADH
(anti-diuretic hormone)
- "You don't buy beer,
you only rent it" (Archie Bunker)
- Link to hangover
- Hangovers
- Germans: "wailing of
cats" (Katzenjammer), French: "woody mouth" (gueule
de boise), Swedes: "pain in the roots of my hair" (hont
i haret) (Ksir, Hart, and Ray, Drugs, Society, and
Human Behavior, 12th ed, 2008, page 220).
- Element of withdrawal
- Effect of congeners
- Irritation, especially gastro-intestinal
tract
- Blood sugar levels
- Dehydration
Chronic
Objective Effects
- Brain:
- Alcoholic Dementia; intellect
down, difficulty with low level skills- swallowing, manipulating small objects
- Wernicke-Korsakoff Syndrome;
deficiency of thiamine: Confusion, Difficulty walking, Abnormal eye movements,
and Korsakoff's Psychosis: inability to remember recent events or learn
new information.
- Withdrawal: Stages
- Tremors, increase heart rate,
insomnia
- Hallucination,
- Delusions: Delirium Tremens,
amnesia
- Seizures, death possible
- Chronic diseases: Malnutrition,
"Body disease"
- Liver disorder
- Fatty liver (metabolizing of
etoh, prevents processing)
- Alcoholic hepatitis
- Cirrhosis
- Heart Disease:
- Damage to heart muscle
- High blood pressure
- Strokes
- Moderate use factor in lower
rates of above: Increases HDL "good cholesterol"
- Cancer:
- Mouth
- Tongue
- Pharynx
- Larynx
- Esophagus
- Stomach
- Liver
- Lung
- Pancreas
- Colon
- Rectum
- Immune System Dysfunction
- HIV: Sexual behavior, Immune system
- Fetal Alcohol Syndrome:
- Growth retardation
- Pattern of abnormal features:
head size, nose, etc.
- CNS abnormality
- Variety of other effects
- "Maternal
alcohol abuse may be the most frequent known environmental cause of mental
retardation in the western world." (Oakley Ray, 1993)
Subjective
Effects
- Little doubt that when consumed
in sufficient quantities, there is significant impairment.
- But: in most cases subjective
effects seem to be dependent on who happens to be drinking and where.

- Releaser of inhibitions-- False
- Precise effects under control
of society
Aggression
and Violence
- Yuruma (S. Am. Rain forest): Withdrawn
- Japan (Takashima): Laughter and
Song
- Aritama (Mestizos, Columbia):
Somber, morose, controlled, rigidly serious- Regardless of BAC
- Camba (Bolivia): Drink 180 proof.
Early- happy; later- stupefied, stare at ground. Total lack of any form of
aggressiveness.
- Cross and inter-cultural influences
- Pipage (desert dwelling North
Am): Cactus wine during rainy season- drink till drunk and vomit; no fighting.
After contact with whites and ready availability of etoh- violence
- Bantu (S. Africa): Tribal setting-
peaceful. Urban- violent
- Rural Okinawa: Sake (2 type
of use) Male only- anger and violence; Male and female- no aggression
- As circumstances change, so
to does drunken comportment
Sexual Behavior:
Same patterns and variations
- Camba: rigidly puritanical
- Tarhumana (Mexico): typically
chaste and timid; Drunk- wife swapping
- Lepcha
(Sikkim): Most sexually active people around. Adultery common and expected.
Sex is main topic of conversation. Harvest festival: drink lots, "unbridled
promiscuity," linked to better harvest. Yet, incest taboo (4th cousins,
any in-law, blood relatives on father's side for 9 generations.....) Is
never broken.
- Time, Place, and Object Selectivity==>
violence and sex under the influence.
- "Respect" for socially
defined limits
- Behavior is not fixed, Drug use
is a part of understanding behavior
- In the USA: Enormous range, Lots
of violence=> Viewed as "legitimate."
- The "Socially
organized character of drunken comportment"

Consumption and Control
in the USA
- Native Americans (pre-Columbus):
Beer
- Pilgrims stopped at Plymouth==>
Out of Beer
- Arabella (later ship): 10,000
gallons of wine, 42 tons of beer, 14 tons of water
- Alcohol was not a luxury, but
considered a necessity
- 1673- Increase Mather: Warned
of too much use, but considered alcohol good in itself.
- Colonial drinking: Frequent and
Heavy
- Utilitarian
- Meals
- Children
- At work
- Politician and votes
- Normal ration in army
- Exception 1784- Benjamin
Rush: Alcoholism as a disease
- 1790: 5.8 gallons of grain spirits
per person (2x current)
- Use rarely viewed as problematic:
Family and community control
- Drinking: Matter of
Choice (Drunk==>
Sinner, Poor Choice==>Punish)
- First Temperance
Society- 1808
- 1826: American Society for Promotion
of Temperance: Moderation
- Use rose in 19th
Century- 1830: 7.1 gallons=> more distilled. Viewed as vital to health
and well-being (even for school children)
- 1830: National Movement- Abstinence
(1.5 million members), success at limiting use in some settings.
- 1840: 3.1 gallons
- 1850-1920: Decline (except for
Civil War years
- "Respectable" people:
likely to oppose its use (no moderation- abstain or drunk)
- Lower classes and new
ethnics: approve (Drinker==>Threat==>Enemy)
- 1900: 2 gallons
- 1920: 2.5 gallons
- Feasibility of enforcement
- Thought it would automatically
reduce drinking
- Seen as a solution to a variety
of problems
- "Temperance,
Prohibition, Alcohol Control" (Harry G. Levine and Craig Reinarman,
FROM PROHIBITION TO REGULATION: LESSONS FROM ALCOHOL POLICY FOR DRUG
POLICY).
- Status Struggle: Deviance and
Moral Entrepreneurs
- Supporters: Rural, native-born
(Nativism), white-collar/middle-class, farmers and land owners, Protestant.
- Opponents: Urban, immigrants,
labors, Catholic.
- Prohibition represented the values
of the "Ascetic, Protestant Middle-Class." (Gusfield)
- The drinker as deviant was redefined
from Sinner=> Enemy (and since prohibition,=> Sick). Control the cultural
behavior of the threatening group and control the group itself.
- Problem of Social Change (1920-1933)
- Old middle-class lost prestige
- Urban dwellers found increasing
mobility and political power
- A "new" middle-class
emerged: Industrialization- Urban, cosmopolitan, college educated, technically
trained.
- Old entrepreneurial capitalists
lost hold to the new managerial class
- New middle class viewed drinking
as recreation
- Symbolic aspect of abstention
declined
- Business involvement
- Means of controlling and regulating
workers- Power Elite
- But, failure of prohibition: Massive
law violation=> undermined authority=> repeal= Co-optation
Lessons
- Problems of lack of regulation-
Licensing and state regulation now control central elements of production
and distribution
- Question the effectiveness of
Criminalization
Alcohol Control
after Prohibition: See "Shedding
a Tier" from the St. Louis Post-Dispatch (4/28/05) for an account of
contemporary revisions to the policies put in place to control alcohol production
and sale after prohibition.

Use Today
The
Marin Institute: The Alcohol Industry and Policy Database
- Use rose following prohibition,
peaked in 1980: 2.76 gal.
- Today (2005)- about 1.8-2.2
gal./person/year- pure alcohol (GNS)
- 1/3 abstain (Ray and Ksir 1993:
Suggests relative stability over past few years)
- "Typical (mythical) drinker"--
2-3 drinks a day (1.33 drinks per capita)
- 30% of those who
drink account for as much as 80% of the alcohol consumed. Of this group,
1/3 (10% of drinkers) consume 50% of the alcohol. (Levanthal,Charles. 1999. Drugs, Society and Modern Behavior,
2nd edition. Boston: Allyn and Bacon)
| Gallup poll |
1939 |
1947 |
1976 |
1990 |
| Drinker |
58% |
63% |
71% |
57% |
| abstain |
42% |
37% |
29% |
43% |
- 2000: 47% report having used
alcohol in the past month, 20% listed as binge drinkers.
- 2005: 51.8%
- 1998 National Household Survey:
51.7% (112 million) report having used alcohol in the past month.
- Approximately one-fifth
(20.6 percent) of persons aged 12 years and older (46 million people) participated
in binge drinking at least once in the 30 days prior to survey. This represents
approximately 44 percent of all current drinkers. These 2000 estimates are
all similar to the estimates for 1999.
- Heavy drinking was reported
by 5.6 percent of the population aged 12 and older, or 12.6 million people.
- Most Drinking: Lighter drinks,
far less distilled spirits.
- 21 year old laws in all states
(1979 only 14): Impact- significant, fewer children and teens drinking (although
no longer declining), Auto deaths down- 25-30% correlated with alcohol use
(1990-50%).
- Current
MTF Data
- Current
National Survey on Drug Use & Health

Drinking in the USA
(1995 data- no significant change: Goode, 1994, 1999)
| SES |
% of Households |
| Over $50,000 |
85% (more frequently,
too) social expectations? Up from 75% in 1991 (45% drink regularly) |
| $30-50,000 |
70% (approximate
based on 50% in 1991) |
| $20-30,000 |
57% (approximate based on
50% in 1991) |
| Under $20,000 |
54% (up from 46% in 1991)
(18% regularly) |
- Education: Higher the level of
education, more likely to drink regularly: 31% College Degree vs. 14% No high
school degree.
- Among persons 18
to 25 years of age, past month alcohol consumption was most prevalent
among persons with a college education (74.0 percent) compared to 64.7
percent of persons with some college, 53.8 percent of those with only
a high school diploma, and 46.1 percent of persons in this age group who
lacked a high school degree. A similar pattern of increasing rateswith
increasing educational attainment was seen for binge drinking, ranging
from 34.0 percent among persons who had not completed high school to 43.0
percent of those with a college degree.
- As seen for young
adults 18 to 25 years old, college graduates 26 years of age and older
were most likely to report past month alcohol use (61.8 percent) compared
to 32.6 percent of their peers with the least education.
- Binge drinking among
persons 26 and older was equally likely between persons without a high
school education and those with a college degree (16.7 and 16.1 percent,
respectively).
- 2005 NHSDUH: Among
adults aged 18 or older, the rate of past month alcohol use increased with
increasing levels of education. Among adults with less than a high school
education, 36.7 percent were current drinkers in 2005, significantly lower
than the 69.4 percent of college graduates who were current drinkers. However,
among adults aged 26 or older, binge and heavy alcohol use rates were lower
among college graduates (18.9 and 4.9 percent, respectively) than among
adults who had not completed college (21.9 vs. 6.0 percent, respectively).
- College: Young
adults aged 18 to 22 enrolled full time in college were more likely
than their peers not enrolled full time (i.e., part-time college students
and persons not currently enrolled in college) to use alcohol in the
past month, binge drink, and drink heavily. Past month alcohol use was
reported by 64.4 percent of full-time college students compared with
53.2 percent of persons aged 18 to 22 who were not enrolled full time.
Binge and heavy use rates for college students were 44.8 and 19.5 percent,
respectively, compared with 38.3 and 13.0 percent, respectively, for
18 to 22 year olds not enrolled full time in college.
The pattern of
higher rates of current alcohol use, binge alcohol use, and heavy
alcohol use among full-time college students than the rates for others
aged 18 to 22 has remained consistent since 2002.
- Current
National Survey on Drug Use & Health
- Gender:
- Males-70%; Females- 61% (1994-occasionally).
33% males vs. 17% females (daily or almost).
- Men drink about 2x as much as
females, have more problems
- Women's drinking is increasing;
more likely to drink alone. Male's drinking declining--yet daily use is
still twice that of females.
- 1999 NHS:
- With the exception
of adolescents, males were more likely than females to report past month
alcohol drinking. In 1999, 54.0 percent of males (ages 12 and older) were
current drinkers compared to 41.1 percent of females.
- For the youngest age
group (12 to 17), males and females had comparable rates of current alcohol
use (19.2 percent of males and 18.1 percent of females).
- Among pregnant women
age 15-44 years, 13.8 percent used alcohol and 3.4 percent were binge drinkers.
These rates are substantially lower than the rates for nonpregnant women
of that age (49.3 percent and 19.4 percent, respectively).
5. 2005: 58.1 percent
of males aged 12 or older were current drinkers, higher than the rate for
females (45.9 percent). However, among youths aged 12 to 17, the percentage
of females who were current drinkers (17.2 percent) was higher than that for
males (15.9 percent).
Among adults aged 18 to 25, an
estimated 55.4 percent of females and 66.3 percent of males reported current
drinking in 2005. These percentages are similar to 2004.
| Religion |
Percentage |
Problems |
| Judaism |
Most drink |
relatively few problems
for those who drink |
| No religion |
73% |
|
| Catholics |
75% |
|
| Protestants |
57% |
|
| Southern Baptist
|
55% |
Many problems attached to
those who drink |
| East Coast |
64% |
| West Coast |
62% |
| Midwest |
54% |
| South |
50% |
- Age: Regular drinking peaks in
the late twenties (31%), declines through middle age, and "dives"
in old age (16%). Although many of the elderly suffer from the impact of previous
use.
- Current
National Survey on Drug Use & Health

2005 NHSDUH
- African Americans: High abstinence,
low rate of heavy drinking, high risk of problems
- Hispanics: High abstinence, high
rates of heavy drinking, high rates of problems
- Asians: Highest rate of abstainers,
lowest rate of heavy drinking, lowest rate of problems ("Flushing")
- Native Americans: Great deal of
variation, extremely high rates of problems
- Whites: High use rates. Heaviest:
Irish (most likely to drink and high rate of problems) Italians, Northern
WASPs, Slavs, Germans. Low rates: Latins and Southern Whites.
- 1999 NHS:
- Whites were more likely
than any other race/ethnicity group to report current use of alcohol. An
estimated 51.0 percent of whites reported past month use. The next highest
rates were for persons of multiple races and Hispanics (41.8 percent and
39.9 percent respectively). The lowest current drinking rate was observed
for Asians (31.9 percent).
- Binge alcohol use was
least likely to be reported by Asians (10.5 percent). In 1999, binge alcohol
use among American Indians/Alaska Natives, persons of multiple races, whites,
and Hispanics ranged from 20 to 21 percent, while the rate for blacks was
16.5 percent.
- 2005 data:

2005 NHSDUH

Alcoholism
- Quantity/Frequency: 5oz.; ? Of
individual variation, Moderate drinkers and problems; binge drinkers.
- Psychological Dependence: Vague;
Testing?; Signs?-- Answering yes to how many?
- Physical Dependence: OK, but restrictive.
- Life-Problems: Social setting;
Who's defining?; Heavy use vs. No "objective" problems?
- Moral: Free will; choice; lack
of control; punish and therapy
- Medical: Uncontrollable; Disease;
Bio-genetic; Recover vs. Cure; Alcoholic=> different from moderate drinker.
Seems applicable to some (twin studies, COA)
- Essential Difference? (TIQ,
genetic marker?)
- Stages or Career
- Jellineck: Alpha--inadequate,
Beta-social dependence, Gamma-typical: emotional impairment, Psi-physiological,
Delta-maintenance (sips all day), Epsilon-binge, Zeta-moderate, but
problems when use.
- One style does not fit
all.
- Supreme Court (1989):
Not a disease (cannot be used as excuse--Vets and benefits).
- DSM-IV: abuse or dependence
- Behavioral:
Social learning, reinforcement, and socio-cultural values/attitudes. Family
structure and dynamics: Exposed early- diluted and small quantities- in conjunction
with meals- abstaining accepted. Parents model appropriate use- heavy use
unacceptable. No moral importance attached to use: Not proof of adulthood.
Agreed upon "ground rules."
- Self-definition.
- Expectations.
- Social norms
- Is Alcoholism Reversible?
- Moderate
Drinking for the Alcoholic?
- Abstention as deviant in
many setting
- Doesn't work for all
- How many (~20%): Practical
issues and treatment?
- RAND study (1976)(8 treatment
center, chronic users-9 times typical drinker
- At 18 months 70% improved:
controlled use (even though abstinence was treatment goal).
- At 4 years 41% of controlled
had relapses, 30% of those who had abstained.
- Yet, majority of those
who were controlled stayed that way.


URL: http://www.umsl.edu/~keelr/180/alcohol2.html
Owner: Robert O. Keel rok@umsl.edu
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Last Updated:
Thursday, October 22, 2009 2:10 PM