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Sai Ram. Glad to share a good article on Probiotics, the Friendly Bacteria that

help us keep good health. For some groups, this may be OFF-TOPIC (not directly

relevant) but good health is of concern to one and all.

 

Talking from a spiritual perspective, we need to take care of our internal as

well as external world to be really whole.

 

Blessings.

 

Swamy

 

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PROBIOTICS: THE FUTURE OF PREVENTATIVE MEDICINE

http://prizedwritin g.ucdavis. edu/past/ 2001-2002/ zhang.html

 

Joe Zhang

 

 

Writer's comment: I came up with my paper while sitting on a moss

covered bench under a huge oak tree as brown leaves fell about my

head and lady bugs landed on my notepad. My instructions from Dr. Boe

were as follows: " You must write something that people would want to

read instead of being forced to. " After much thought and frustration,

I remembered something my friend's brother had said about how germs

in hospitals are not able to survive in the outside world. Through

some strange epiphany involving dirt, wind, and my hospital

internships, I decided that this topic was definitely interesting and

meshed well with my initial intentions of writing about health care.

To fill in some of the gaps in the research, I used myself as a test

subject and tried out some of the mentioned products to develop a

personal perspective on the subject. I based my essay structure

mostly on Dr. Mann's Microbiology 102 class lectures and added some

touches to make the article more appealing to the average layperson.

With this paper, I wish to show that a scientific essayneed not

always be academic sounding or incomprehensible to scientific

outsiders.

—Joe Zhang

 

Instructor's comment: I knew Joe Zhang's probiotics article was going

to be a success when at dinner the evening after reading a draft of

it, I entertained my wife and daughter by summarizing it. Not only

was the subject interesting enough to make me want to talk about it

at dinner, but the article was written well enough to stick in my

memory. I was delighted with Joe's writing throughout the course, and

especially by how he was unwilling to settle for the excellent early

drafts he wrote. He was willing to labor over his sentences the way

real writers often labor over them, turning them this way and that

way, over and over again, until he either had them just right or was

about to go crazy. I love how " Probiotics " uses a dramatic first

person scene as the lead, then gives us the scientific background,

quotes from various authorities, and even consumer advice. I often

liken feature article writing to making a salad or a soup: the more

you have to throw in, the better.

—John Boe, English Department

 

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Sunday morning. I wake up, rub my eyes, belch a few times, and stare

vacantly at the permanent pile of laundry on the floor. A bottle of

juice, left over from two nights ago, sits on my table accompanied by

some Oreo cookie wrappings. A Chinese takeout box lies on the floor

with a pair of chopsticks sticking up like a child in a communist

classroom with something to say. Dozens of CD's, action figures, a

fruit cake, and some old homework lazily recline against a big pile

of something that blocks access to the closet. Yep, this room is a

mess. Germs are everywhere, bacteria growing out of control, and one

human waking up from too little sleep. Fortunately, the cleaning crew

has little to do because this room is intentionally kept dirty.

Instead of causing disease, most of the bacteria in this

room actually help defend humans against sickness. Since I keep the

room messy and covered with bacteria, new pathogens will not be able

to gain a foothold. Scientists call this way of fighting illness with

bacteria " probiotics. "

 

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History

 

Probiotics is not new. Louis Pasteur of France identified

the first probiotic bacteria, Lactobacillus, in the 1850s. This

bacterium was found to occur naturally in yogurt and improved the

health of people who ate it. Today, any bacteria with health

promoting benefits are referred to as probiotic bacteria.

Élie Metchnikoff, a Nobel Prize winning Russian biologist

working under Pasteur in the 1860s, suggested that the body produced

harmful chemicals as a byproduct of digestion. These chemicals

ultimately led to old age and disease. According to Metchnikoff,

eating acid-producing bacteria that eliminate the harmful chemicals

can extend the human life span to some one hundred and fifty years.

Science has now proven that ingested toxins can indeed cause disease,

and that certain strains of bacteria in the gut can neutralize these

toxins.

Dr. Henry Tissier discovered the probiotic strain,

Bifidobacteria, in 1900. Dr. Tissier was the first person to attempt

using bacteria to treat intestinal diseases. By the 1920s,

Lactobacillus acidophilus was successfully used by the United States

to treat diarrhea and constipation. Unfortunately, keeping bacteria

alive long enough to be sold to the mass public was impossible in

1930, and soon probiotics faded from public interest.

With the advent of improved refrigeration, the Japanese food

company, Yakult Honsha, became the first to commercialize the sale of

live bacteria. In 1955, the company began using Lactobacillus casei

strain Shirota, in the milk product " Yakult. " (The bacterium is named

after Dr. Shirota who discovered it in 1935.)Yakult, now sold in

seventeen countries, guarantees at least six billion live bacteria in

every sixty-five milliliter bottle.

In the 1960s, probiotics became a popular cure for minor

aliments among the hippy generation. Dr. John Boe, lecturer at UC

Davis, recounts the era: " We used to make our own yogurt in a big

metal pot with live bacteria like Lactobacillus acidophilus right at

home. When you came down with stomach flu, you would eat the yogurt

and replenish the bacteria in your body. "

Today, antibiotics are no longer thought of as a cure all.

Many strains of pathogens are developing immunity to even the newest

drugs. To continue the war on disease, doctors are now enlisting

probiotic bacteria to combat everything from parasites to cancer.

Probiotics represent a solution that is cheap, easy to produce, has

no side effects, and is helpful against many sorts of infection.

 

 

How Probiotics Work

 

The average human body is home to about three pounds of

living bacteria. Over four hundred species, numbering over one

hundred trillion individual bacteria live in the gut alone. We live

in symbiosis with these bacteria by giving them a safe, warm, and wet

place to live. These bacteria, in turn, fight invading

microorganisms, break up fats, destroy cholesterol, alleviate food

allergies, dissolve cancer-causing agents, remove blood toxins, and

even produce essential vitamins.

The bacteria survive mostly in our intestines, lungs, and on

our skin, eating the things that are harmful to us. When we are

invaded by disease-causing bacteria or fungi, the probiotic bacteria

eliminate the pathogens by what is called competitive exclusion. This

term means that friendly bacteria grow to cover all available area in

our bodies so any invaders cannot find enough food or space to grow.

Another way that probiotic bacteria protect against invasion

is by producing acids that interfere with the growth and development

of many germs such as Salmonella and the fungus, Candida.

A few kinds of probiotic bacteria actually produce

antibiotics and bacteriocins, proteins made by bacteria specifically

to kill other bacteria. These chemicals are designed by the bacteria

to destroy invading pathogens and are often far more effective in

doing so than even the newest drugs developed by humans.

 

 

Probiotics and Health

 

Natasha Trenev, author of Probiotics: Nature's Internal

Healers, describes how when a baby passes through the birth canal,

the mother's internal bacterial colonies are smeared onto the baby.

Most of the bacteria transferred to the baby belong to the probiotic

family Bifidobacteria. The mother's bacteria coat the baby from head

to toe in a protective sheath against germs. Bifidobacteria also

stimulate the immune system, colonize the baby's gut, and help the

infant to gain weight by assisting in food breakdown.

Ever since the development of antibiotics, allergies and

asthma cases have increased sevenfold in the United States. Current

theory lays most of the blame on the destruction of friendly bacteria

when antibiotics are administered. During infancy, the immune system

learns to identify harmful substances and organisms. Most of these

substances turn out to be bacteria.

When antibiotics kill all the good and bad bacteria

indiscriminately, the immune system runs out of targets and begins to

misidentify normally harmless substances, such as flower pollen, as

potential threats to the body. Improper immune response to harmless

substances is the cause of allergy for millions of people.

Along with newborns, adults also suffer from antibiotic

treatment. The bacterial shield in the body is destroyed and people

become far more susceptible to infection after taking antibiotics.

Probiotic bacteria in the body respond according to the

body's actions. Excessive alcohol, sugar, radiation, chlorine, and

antacids will decrease the effectiveness of probiotic bacteria.

Stress also changes the body's internal chemistry, harming the good

bacteria while promoting the growth of harmful pathogens.

The bacteria in the gut are also tuned to ethnicity.

Depending on what you eat, the different bacteria in your stomach

will behave differently. For instance, an Asian person's gut bacteria

normally break down rice and Asian foods. If the Asian person

suddenly changed to a western diet with heavy meats, his gut bacteria

would not function well. Because of bacteria-food incompatibability,

an immigrant will often experience various digestive problems such as

diarrhea, bloating, malnourishment, and higher rates of cancer.

Curiously, the Eskimo diet, consisting of mostly whale fats

and cholesterol, does not cause heart disease or cancer in Eskimos.

The bacteria in the Eskimo gut are thought to be responsible for

breaking cholesterol down into smaller particles and helping to

eliminate fats. When isolated, the bacteria responsible for Eskimo

health can be transferred to other people, becoming a cure for excess

fat intake.

 

 

Buying Probiotics

 

The easiest way to use probiotics is to take a pill. And the

most important aspect of buying a probiotic pill is checking for the

strain of bacteria used. The following chart lists some of the most

popular species found in local stores. (The bacteria not proven to

colonize still showed beneficial effects simply by passing through

the body.)

 

Bacterium Able to colonize Use

Lactobacillus acidophilus Unknown Lowers blood cholesterol

Lactobacillus casei strain Shirota Yes Helps gastrointestinal

ailments

Lactobacillus casei GG Yes Fights intestinal diseases

Lactobacillus plantarum 229v Yes Improves cholesterol levels

Lactobacillus reuteri Yes Cures diarrhea in children

Lactobacillus rhamnosus Yes Fights viruses and colon cancer

Bifidobacteria longum Yes Degrades cancer-causing nitrates

Bifidobacteria bifidum Yes Fights ulcers and colon cancer

 

Prices for supplements range from four dollars to forty

dollars with an average around nine dollars for a month-long supply.

Most of the cheaper supplements contain only Lactobacillus

acidophilus mixed with calcium and preserving agents. The expensive

brands sell the new strains such as Lactobacillus casei GG or a

combination of up to fourteen different strains of probiotic

bacteria. Some brands advertise themselves as a super-probiotic,

using the name " Homeostatic Soil Organism " (HSO). HSO is just a fancy

way of saying probiotic bacteria. The base ingredients are actually

still the same bacteria with perhaps a few new additions.

A good brand of probiotic supplement must show the

following: an expiration date, the type of bacteria sold, and the

number of Colony Forming Units (CFU) in each serving. The CFU is an

indicator of how many live bacteria will survive digestion and be of

practical use. After opening, the bottle of supplements must be

capped tightly and should be refrigerated to help keep the bacteria

from dying.

Normal low dosage is approximately one hundred million to

five hundred million CFU and is recommended for most people. Medium

dose is anywhere from one billion to ten billion CFU. People under a

lot of stress or are recovering from an illness should take a medium

dose. For seriously sick people, doctors may recommend as high as

twenty times the medium dose.

Unlike most other drugs, probiotic bacteria do not cause

overdose problems. Excess bacteria will simply be passed through the

feces. The first week of treatment with probiotics will cause thirst

and gas as the bacteria clean up the insides of the intestines.

Beneficial effects, such as decreased fatigue, can be felt as early

as the day after initial treatment. If enough colonies are

established, the bacteria may stay effective inside the body for the

rest of the person's life.

Ongoing research is still discovering and creating new super

strains of probiotic bacteria. Dr. Shahani, researcher at the

University of Nebraska, recently discovered that the super strain

Lactobacillus acidophilus DDS-1 produces antibiotics effective

against more pathogens than any other probiotic. Unfortunately, L.

acidophilus DDS-1, and many other strains are still under development

and not yet available to the public.

 

 

How to Practice Probiotic Living

 

Aside from spending money on expensive supplements, there

are cheaper ways to incorporate friendly bacteria into everyday life.

Eliminating all the antibacterial cleaners around the house will

prevent antibiotic resistance in pathogens. Regular soap and water

works just fine for cleaning everything from dishes to hands. The

body's immune system needs to be challenged and exercised often to

maintain peak performance. Allowing the immune system to react to a

few bacteria is actually a good thing.

Going to public places such as hospitals, libraries,

restaurants, or schools exposes the body to many foreign pathogens.

By keeping the house a bit messier, normal house bacteria, harmless

to most humans, can grow more and crowd out any new invaders from

outside the home. Species of house bacteria differ for every

individual home and person. A house in India will possess a very

different set of bacteria than a home in America. Occupants of the

home are immune to their own bacteria but visitors, especially from

overseas, might not be able to tolerate the bacteria as well.

Some normal house bacteria can become pathogenic in large

enough quantities, but most people become immune to their own house

bacteria after living in a place for a long time. The quantity of

normal house bacteria needed to make a healthy person with immunity

sick is extremely high. Clean up the house if illness develops,

visitors come by, or if car keys become lost too often.

Instead of introducing new bacteria, human breast milk has

growth factors meant to support the bacteria already inside of

babies. The most common type of growth factor is called Fructo-

oligosaccharides (FOS), which is a sugar that cannot be digested by

humans, and feeds the probiotic bacteria. FOS and other bacteria

specific nourishments are called prebiotics. By eating foods with

prebiotic qualities such as onions, garlic, asparagus, bananas,

tomatoes, wheat, and Jerusalem artichokes, the bacteria in the body

can easily grow to healthy levels without the need to take probiotic

supplements.

The next time someone comments on the big pile of laundry on

the floor, I can tell them that, yes, the pile can indeed trip any

burglars that come in the night. And then I will add that I am also

looking out for my health by living a probiotic lifestyle. As Dr.

Michael McCann, MD, physician and researcher, puts it, " Probiotics

will be to medicine in the twenty-first century as antibiotics and

microbiology were in the twentieth century. "

 

 

References

 

1. Walker, M. " Medical Journalist Report of Innovative Biologics:

Homeostatic Soil Organisms for One's Primal Defense. " Townsend Letter

for Doctors & Patients: 18-19. February 2001.

 

2. Wolf BW, et al. " Safety and tolerance of Lactobacillus reuteri in

healthy adult male subjects. " Microbial Ecology in Health and

Disease: 41-50. 1995.

 

3. Shornikova AV, et al. " Lactobacillus reuteri as a therapeutic

agent in acute diarrhea in young children. " Journal of Pediatric

Gastroenterology and Nutrition volume 24: 399-404. 1997.

 

4. Goldin BR, et al. " Survival of Lactobacillus species (strain GG)

in human gastrointestinal tract. " Digestive Diseases and Sciences

volume 37:121-128 1987.

 

5. Yuki N, et al. " Survival of a probiotic, Lactobacillus casei

strain Shirota, in the gastrointestinal tract: selective isolation

from feces and identification using monoclonal antibodies. "

International Japanese Food Microbiology volume 48: 51-57. April

1999.

 

6. Johansson M.L, et al. " Administration of different Lactobacillus

strains in fermented oatmeal soup: in vivo colonization of human

intestinal mucosa and effect of the indigenous flora. " Applied and

Environmental Microbiology volume 59:15-20. January 1993.

 

7. Majamaa H. and Isolauri E. " Probiotics: a novel approach in the

management of food allergy. " Japanese Allergy and Clinical Immunology

volume 99:179-85. 1997.

 

8. Trenev, N. " Probiotics: Nature's Internal Healers. " Avery Penguin

Putnam. New York, NY, September 1998.

 

9. McCann M. " Prevention of Food Allergy with Probiotics and

Pancreatic Enzymes. " Quote from his lecture at the conference for the

International Center for Interdisciplinary Studies of Immunology

Georgetown University Medical Center. November 1999.

 

10. Tannock, GW. " Probiotics: A Critical Review " Horizon Scientific

Press. New York, NY. January 1999.

 

http://prizedwritin g.ucdavis. edu/past/ 2001-2002/ zhang.html

 

 

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