



Bend, Oregon
Bend, OR Profile
Bend, OR, population 52,029 , is located
in Oregon's Deschutes county,
about 88.1 miles from Eugene and 104.6 miles from Salem.
In the 90's the population of Bend has grown by about 154%.
It is Estimated in recent years the population of Bend has been growing at an annual rate of 4.6 percent.
Reports show that during 2003 property crime levels in the Bend area were higher than Oregon's average.
The same data shows violent crime levels to be lower than the Oregon average.
Bend Statistics
Bend Gender Information
Males in Bend: 25,633 (49%)
Females in Bend: 26,396 (51%)
As % of Population in Bend
Race Diversity in Bend
White: 94%
Native American: 1%
Asian: 1%
Other/Mixed: 4%
As % of Population in Bend
Age Diversity in Bend
Median Age in Bend: 34.8 (Males in Bend: 33.4, Females in Bend: 36.2)
Bend Males Under 20: 14%
Bend Females Under 20: 14%
Bend Males 20 to 40: 16%
Bend Females 20 to 40: 15%
Bend Males 40 to 60: 13%
Bend Females 40 to 60: 13%
Bend Males Over 60: 7%
Bend Females Over 60: 9%
Economics in Bend
Bend Household Average Size: 2.42 people
Bend Median Household Income: $ 40,857
Bend Median Value of Homes: $ 138,100
Law Enforcement in Bend
Reported crimes in the Bend area during 2003:
Murder and non-negligent man-slaughter: 0
Forcible rape: 16
Robbery: 33
Aggravated assault: 112
Violent crime events per 100,000 people: 279
Burglary: 597
Larceny-theft: 2,636
Motor vehicle theft: 235
Arson: 29
Property crime events per 100,000 people: 6,018
Bend Location Information
Elevation: 3,629 feet above sea level.
Land Area: 13.4 Square Miles.
Water Area: 0.2 Square Miles.
Nearby Towns & Cities to Bend
Deschutes River Woods 5.1 Miles
Redmond 16.4 Miles
Three Rivers 18.2 Miles
Sisters 19.8 Miles
Terrebonne 21.5 Miles
La Pine 28.4 Miles
Prineville 29.1 Miles
Culver 32.7 Miles
Metolius 37.2 Miles
Madras 40.8 Miles
Big Cities Nearest Bend
(Population 100,000+)
Eugene 88.1 Miles
Salem 104.6 Miles
Portland 121.4 Miles
Vancouver 127.7 Miles
Tacoma 227.6 Miles
Bellevue 249.4 Miles
Seattle 250.2 Miles
Boise 256.8 Miles
Spokane 311.6 Miles
Reno 322.6 Miles
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Facts
Medical doctors say that ecstasy increases the levels of several neurotransmitters in the brain. Neurotransmitters are substances that help spread nerve impulses from one nerve cell to another. Specifically, ecstasy increases SEROTONIN, which regulates mood and blood vessel behavior; DOPAMINE, which regulates movement and mood; and NOREPINEPHRINE, which regulates blood pressure. The neurotransmitters flood the brain's synapses, which are junctions between two nerve cells where signals pass, and are not taken in again by the brain's nerve terminals. An excess of serotonin in the brain affects emotions and perception. An excess of dopamine alters muscle movements and the ability to feel pleasure and pain. Depending on the chemicals involved, inhalants damage the heart, liver, kidneys, bone marrow, and lungs. They may also reduce the blood's ability to carry oxygen throughout the body. Inhalants are attracted to fatty tissue like a magnet is attracted to steel. Researchers suggest that this attraction is what causes nerve and brain damage in inhalant abusers. Nerve cell fibers in the brain and body are surrounded by white fatty wrappers called myelin (MY-uh-linn) sheaths. Since myelin sheaths are made of fat, inhalants are quickly drawn to them. The chemical vapors in inhalants can damage the myelin, slowing the ordinarily rapid flow of messages from one nerve to another. Mathias noted that these effects dull the part of the brain involved in intellectual activities such as language comprehension. The authors of "Mind over Matter" explained: "Someone who repeatedly uses inhalants may lose the ability to learn new things, may not recognize familiar things, or may have a hard time keeping track of simple conversations." The toxic chemicals in inhalants are stored in fatty tissue in the body for weeks. Thus, when long-term abusers attempt to quit, they may develop withdrawal symptoms several hours to a few days after stopping the abuse. Withdrawal symptoms are the physiological effects one experiences as the body adjusts to not having the drug anymore. Common withdrawal symptoms for inhalants include hand tremors, excessive sweating, constant headache, rapid pulse, sleeping difficulties, nausea, vomiting, anxiety, and possibly hallucinations and seizures. Irish and Native Americans are at increased risk for alcoholism; Jewish and Asian Americans are at decreased risk. Overall, there is no difference in alcoholic prevalence between African Americans, whites, and Hispanic people. Although the biological causes of such different risks are not known, certain people in these population groups may be at higher or lower risk because of the way they metabolize alcohol. One study of Native Americans, for instance, found that they are less sensitive to the intoxicating effects of alcohol. This confirms other studies, in which young men with alcoholic fathers exhibited fewer signs of drunkenness and had lower levels of stress hormones than those without a family history. In other words, they “held their liquor” better. Experts suggest such people may inherit a lack of those warning signals that ordinarily make people stop drinking. Many Asians, on the other hand, are less likely to become alcoholic because of a genetic factor that makes them deficient in aldehyde dehydrogenase, a chemical used by the body to metabolize ethyl alcohol. In its absence, toxic substances build up after drinking alcohol and rapidly lead to flushing, dizziness, and nausea. People with this genetic susceptibility, then, are likely to experience adverse reactions to alcohol and therefore not become alcoholic. This deficiency is not completely protective against drinking, however, particularly if there is added social pressure, such as among college fraternity members. It is important to understand that, whether it is inherited or not, people with alcoholism are still legally responsible for their actions. Youth who use other drugs are more likely to abuse prescription medications. According to the 2001 National Household Survey on Drug Abuse (now the NSDUH), 63 percent of youth who had used prescription drugs nonmedically in the past year had also used marijuana in the past year, compared with 17 percent of youth who had not used prescription drugs nonmedically in the past year. |
Therapeutic Community
An effective therapeutic community attends to the many needs of the individual, not just his or her drug use. Care given at a therapeutic community addresses the individual's drug use and associated medical, psychological, social, vocational, and legal problems. Also, a therapeutic community will continue to be flexible and provide ongoing assessments of the individual's needs, which may change during the course of care.
Remaining in care at a therapeutic community for an adequate period of time is critical for treatment effectiveness. The time depends on an individual's needs. For most people, the significant improvement is reached at about 3 months in treatment.
Drug Overdose
A drug overdose occurs when you consume more drugs than your body can tolerate. Drug users are constantly flirting with the risk of a drug overdose. There is a
fine line between the high they're seeking and serious injury or death. While many victims of drug overdose recover without long term effects, there
can be serious consequences. Some drug overdoses cause the failure of major
organs like the kidneys or liver, or failure of whole systems like the
respiratory or circulatory systems. Patients who survive drug overdose may need
kidney dialysis, kidney or liver transplant, or ongoing care as a result of
heart failure, stroke, or coma. Death can occur in almost any drug overdose
situation, particularly if treatment is not started immediately.
Detox
Detox is necessary when an individual through their chronic use of drugs or alcohol has developed an addiction. The objective of detox is to help the individual achieve a drug and alcohol free state. Detox is intended to relieve the physical symptoms of withdrawal and helps prepare the individual for entry into drug rehabilitation. Therefore, the ultimate goal of detox is preparation for long term recovery from drug and alcohol addiction.
Abstinence
Abstinence is the act or practice of refraining from indulging a desire. The type of abstinence we are referring to here is abstinence from drugs and alcohol. This term has two connotations when it comes to abstaining from drugs. The first refers to drug or alcohol treatment programs that aim to help an individual stop using drugs or alcohol for the rest of their lives. The time abstinence is also used in drug education and prevention. It refers to trying to stop children from ever using drugs.
Addiction
Addiction is one of the many consequences of so-called 'casual' drug and alcohol abuse. A loss of control over drugs and alcohol can be driven by physical or psychological factors, or sometimes both. Physical addiction takes place when the body comes to need a drug to function normally. If it is not taken, unpleasant withdrawal symptoms occur. The only way to avoid this is to take more of the drug. Psychological addiction takes place when an individual comes to rely on a drug to supply good feelings, such as relaxation, self-confidence, self esteem, and freedom from anxiety. This is not just a casual desire, it's a powerful compulsion.
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