What Are Bacteria? DVD
A Field Guide to Bacteria (Comstock Book)When “bacteria (so and so) has appeared somewhere” reads a newspaper, one straight away thinks that a new disease has been found. Microorganisms have become synonymous with illnesses; but as knowledge increased about these little creatures, we begin to recognise the other side of the coin and understand why they have been created. They are essential for some of the most vital processes that occur within organisms and in nature. It is true that some do cause diseases and at times death but it is also a fact that when paid special attention and all the necessary procedures are followed to prevent infection, they are harmless.
Microorganisms are an important part of nearly all ecosystems. Bacteria assist the decomposition of dead organic material and making the nutrients once again available to larger organisms in the nutrient cycle, fix Nitrogen from the air to form nitrates which are essential for plants to survive and are also used to treat waste water (sewages); so they are the real recyclers, unlike us. Many of them are also directly beneficial to humans, for instance we use certain ones to make fermented products like cheese and yogurt. Bacteria and viruses are used by genetic engineers to transfer genes which help farmers to yield more, prevent herbicide attacks and grow their crops faster. There are more bacteria in a human’s body than there are cells; and every single one is very important; they do a wide range of jobs from helping the breakdown of carbohydrates – some of which humans cannot digest, to inhibiting the growth of pathogenic bacteria thus helping our immune system. Some are even associated with eating dead skin so that our body looks young for longer. These are processes so important that there are library’s full of books written about them
Especially after the discovery of Genetic engineering, bacteria have changed the way in which scientists treat microorganisms; due to their ability to transfer and express the genes they carry into the genome of another organism. The process has four main steps, starting with the isolation of the gene of interest, insertion of the gene in to a vector, transformation of the cells and then testing. As one can see the role of the vectors are very important in this process, which the virus/bacteria are. These experiments have led to the production of many different types of medicine and hormones like penicillin and insulin which saved millions of peoples’ lives. The fruit and vegetables we eat are usually genetically engineered for them to last longer in their best conditions, also their growth rates are fastened to provide more food to the increasing population of human kind and these are all done with help of microorganisms.
Fermentation is another process which also involves bacteria. Products like yogurt, cheese, and bread are all the products of this process; of course, using different materials. They are the reason we obtain these so easily, fast and cheap!
As one can see the public is being mislead or misinformed by the media about microorganisms and the fact that only a small proportion of them being harmful has to change the way we see them. Even though they have caused the death of a lot of people in the past, they have now started paying back. We must not also forget that if an infection is caused it is usually because the necessary precautions to prevent this were not followed. They are not doing what they are doing because they want to harm us, but to survive and even this is not intentional; it is just the way they have been programmed. Without them life on Earth would not exist; they are that vital! Thus it is easy to say, microorganisms are not just disease causing agents!
References
- Solomon et al, Biology 6th Ed. 2002
- “Bacteria” found at the Wikipedia website
- “Insulin” found at the Wikipedia website
I’m a good guy
A Field Guide to Bacteria (Comstock Book)
Ein-O Science BioSigns BacteriaRust, various organisms, muck, lime and other substances in water systems in cooling towers and hot water systems in hospitals supply nourishment to bacteria, fungus and algae. The Legion-Ella germ lives in the bacteria in the water systems and gets nourishment from lime and muck.
Magnetic treatment of the water changes the shape and size of the lime crystals. This treatment decreases friction in the water and helps clear the pipes of existing lime and muck.
The AQUA SOFT NATURAL system, producer of magnetized water, reduces and even destroys the food chain the bacteria depend on, by changing the environment of the bacteria thus reducing the bacteria problem.
A reminder of the theory based on starving the bacteria developed by Prof. Klaus Kronnenberg of the California Polytechnic. The theory claims “Bacteria and Algae need to receive their nourishment via cell membranes, they receive plenty of water from the membranes but do not receive mineral crystals which cannot pass through the membranes and thus they starve to death. In other words magnetized water alters the structure of the nourishment and deprives the bacteria of it.
The magnetic treatment of liquids offers a more efficient and long term means of dealing with these problems instead of using biological substances. The bacteria develop immunity to these substances thus requiring a constant upgrade of these biological substances in order to prevent the multiplication of the bacteria.
http://www.aqua-israel.co.il/
Aqua Soft Natural
What Are Bacteria? DVD
Allies and Enemies: How the World Depends on BacteriaHealth officials said the bacteria is being
transmitted to humans through pigs. The
increased use of antibiotics in agriculture may
be behind the spread of the resistant strain.
What are ESBLs?
Extended-Spectrum Beta-Lactamases (ESBLs) are
actually enzymes produced by certain types of
bacteria, which renders the bacteria resistant
to the antibiotics commonly used to treat them.
ESBLs were first discovered in the mid-1980s. At
the time they were mostly found in the
Klebsiella species of bacteria, in hospital
intensive care units. Until recently, few people
were affected by these mutated bacteria and it
didn’t appear to be a major growing concern.
That has changed, however. According to the
British Health Protection Agency (HPA), a new
class of ESBL (called CTX-M enzymes) has emerged,
which are now being widely detected among E.Coli
bacteria. These ESBL-producing E. Coli are
resistant to penicillins and cephalosporins, and
are becoming more frequent in urinary tract
infections.
Other species of bacteria that can now produce
ESBLs include:
K. pneumoniae
K. oxytoca
Salmonella
Proteus mirabilis
Pseudomonas aeruginosa
The Problem is Worse Than You Think!
According to a study published October 2007 in
the Journal of the American Medical Association
(JAMA), there were close to 100,000 cases of
invasive methicillin-resistant Staphylococcus
aureus (MRSA) infections in the United States
in 2005, which lead to more than 18,600 deaths.
To put that number into perspective, HIV/AIDS
killed 17,000 people that year.
Antibiotic-resistant disease IS a major man-made
problem.
This was the study that propelled MRSA into the
news last year, combined with a number of school
outbreaks that took place around the same time.
Discussions focused largely on reducing medical
over-use of antibiotics, and proper hygiene such
as washing your hands with soap and water to
reduce the spread of infectious disease.
But little has been said about the rampant
over-use of antibiotics in agriculture, which is
a MAJOR source of human antibiotic consumption,
and hence increased antibiotic resistance.
Agriculture as a Source of Antibiotic Resistance
Both MRSA and ESBL are being traced back to
animals raised for food production, especially
pigs.
These animals are often fed antibiotics at low
doses for disease prevention and growth promotion.
Animals receiving antibiotics in their feed gain
4 to 5 percent more body weight than animals that
do not receive antibiotics, but the price is high
for you, the end consumer, because this practice
also creates the perfect conditions for antibiotic
resistance to flourish.
Denmark’s health officials claim they’re unsure of
how farmers and veterinarians, who have not
consumed infected meat, are becoming infected.
However, according to research cited on Johns
Hopkins website, the main reservoir of these
organisms is in the lower digestive tract, and
they can persist within the gastrointestinal tract
for months. So perhaps the answer doesn’t have to
be all that complicated.
So, the meat industry practice of using antibiotics
is indeed a driving force behind the development of
antibiotic resistance in a now wide variety of
bacteria that cause human disease.
The long stalemate on this issue constitutes a
struggle between strong science and bad politics.
The FDA finally banned the use of fluoroquinolones
– a widely used class of antimicrobials — from
agricultural use August 1997, but not without the
Bayer Corporation kicking and screaming in vehement
opposition. After all, antibiotics for livestock
use is big business. It constitutes about 70
percent of ALL antibiotic use! They couldn’t
replace that market with human consumers even if
they tried.
Other Agricultural Sources of Antibiotics
Another heavily tainted meat product you should stay
away from is conventionally raised chicken. A 2006
study published in the Journal of Infectious
Diseases found that bacteria from conventional
chicken and from people who ate the chicken became
resistant to Synercid, a strong antibiotic used to
treat antibiotic-resistant bacteria. In essence, it
can cause resistance to the last lines of defense
currently available in the modern medicine cabinet.
It also found that it was rare to find resistant
bacteria among antibiotic-free chicken, while the
majority of bacterial isolates from conventional
poultry were resistant.
But, the ramifications of using antibiotics in
agriculture don’t end there. Antibiotics filter
down through the food chain in sometimes
non-suspecting ways.
Antibiotics are also being transferred, via
manure, into your food supply.
A 2007 study in the Journal of Environmental
Quality looked at whether food crops will
accumulate antibiotics from soil covered with
antibiotic-containing manure.
In a greenhouse setting, corn, lettuce and
potatoes were grown on soil that contained hog
manure with a commonly used veterinary
antibiotic added.
The antibiotics were absorbed by all three
crops, into both their leaves and tissue.
Meanwhile, the antibiotics also transferred to
the potato tubers, suggesting that root crops
like carrots, radishes and potatoes may be
particularly at risk of antibiotic accumulation.
These findings unfortunately also have
implications for organic farmers, who often use
manure as their main source of fertilizer. And,
as it stands, manure that contains antibiotics
is still allowed under the organic label.
How to Avoid Excessive Antibiotic Exposure
So how can you ensure that the food you feed to
yourself and your family is pure and healthy?
Apart from growing it yourself, your best option
is to get to know a local farmer near you — one
who uses non-toxic farming methods. If you live
in an urban area, there are increasing numbers of
community-supported agriculture programs available
that give you access to healthy, locally grown
foods even if you live in the heart of the city.
If you are looking for a safer alternative to
commercially raised beef please be sure to check
out grass-fed beef. Grass-fed cattle are not
routinely fed antibiotics. They may occasionally
receive them for an infection, but that would be
the rare exception, and even then they are only
used for a few days.
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Merry Bacteria Music For Alto Sax And Flute From Collection Nobuya Sugawa Book
Bacteria: Staph, Strep, Clostridium, and Other Bacteria (A Class of Their Own)The word periodontal means around (peri) and tooth (dontal). Tooth decay along with periodontal disease is the most prevalent diseases in the world. It is a chronic infectious inflammation. If the total surface area of loose tissue around your teeth were unwrapped and measured, the area would be about nine square inches; about the size of your forearm. â80% of all adults have had some degree of periodontal diseaseâ, sites the U.S. Department of Health and Human Services. However, itâs in the mouth, out-of-sight, so it does not get attention.
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Both periodontal disease and tooth decay (or gingivitis) is caused by bacteria. The bacteria in the mouth can be divided into two types: aerobic and anaerobic. The aerobic bacteria live off and reproduce in air and are mostly beneficial. The anaerobic live in the absence of air and are mostly pathological.
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There are between 400-500 different species of bacteria in the mouth. No other place in or on the body house that kind of diversity of bacteria. The mouth is moist, dark, and acidic. It has a constant warm temperature and a steady supply of carbohydrates. Bacteria thrive in between teeth and under the gum line where the growing conditions are ideal.
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The taste and smell in the mouth upon waking up in the morning is actually the excrement from the anaerobic bacteria. The film is acidic and forms a sticky hydrophobic (water resistant) shield around the tooth, called plaque. Water alone does not work to remove the plaque. Air or water are further prevented from reaching and removing the anaerobic bacteria along the gum line because the bacteria acts like a gasket around the tooth. Something else is needed to break through the grease barrier.
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Every hour bacteria (good or bad) reproduce exponentially. During a professional cleaning, as much bacteria that can possibly be removed is. Even after a dental office cleaning, within twenty-four hours, the bacteria will multiply to produce heavy concentrations of bacteria. One can not remove the amount of bacteria at home as the dentist can in the office. If there are restorations, crowns, bridges, orthodontic appliances, wisdom teeth, and existing periodontal disease are present, or the patient does not floss, one starts out with dangerous levels of bacteria even after brushing oneâs teeth.
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That is why cleaning oneâs teeth both at home and professionally is crucial to avoiding and/or treating periodontal disease.
Want to learn more on how to have a white and healthy smile and manage periodontal disease? I have designed and developed a home dental cleaning system that uses the technology of the professional Prophy-Jet to power wash between your teeth and around the gum line.
I invite you to sign up for my articles at http://dentalairforce.com
From P., Piero DDS a practicing dentist and inventor of Dental Air Force® and “Baci The Dental Dog”.
Follow ppierodds on Twitter at http://twitter.com/ppierodds
Chlorophyll Foaming Wash, 5 oz/150 ml, Skin Protection, non-alkaline, Anti Bacteria Cleansing, by artexan
Trademark Home Disinfecting Portable Uv Scanner Use This Small Portable Light Scanner to Identify and Destroy Unwanted Bacteria, Germs and MicrobesHow can I tell the kinds of bacteria that cause gum disease? The human mouth contains millions of bacteria, of which there are over 500 varieties. Porphyromonas Gingivalis is one type of bacteria which is responsible for gingivitis. People today are generally very concerned when it comes to their health. When it comes to the health of their teethe however; many are unaware of the importance of proper tooth care for better all around health.
The human body has its own natural defense for fighting off infection. This is true throughout the entire human body including the mouth. The inflammation of the gums experienced with gingivitis is in fact a direct result of this defense. White blood cells form what are called cytokines, within the mouth. These cytokines attempt to remove built up tartar from the teeth and gums. Although this is a good thing, it also results in the swelling, bleeding and pain in the gums, which is associated with periodontal disease.
Arteriosclerosis, or hardening of the arteries and gum disease are very much connected. They are both the result of built up plaque. This same plaque which builds up on the teeth is able to become lodged within the body’s organs and arteries. Gingivitis is also known to be caused by and worsened as the result of some viral illnesses. Some of these include chickenpox, shingles and Epstein-Barr syndrome.
This should help you to understand why your doctor may ask you about your dental care, when you are seeking medical advice for another issue. It is very important to your overall health as well as your dental health, that you follow proper dental hygiene. Be sure to keep your teeth clean and flossed, and visit your dentist regularly.
Eat healthy foods, get plenty of exercise and enjoy a long life with your own natural teeth. Next: Follow the links below to learn what you can do to stop periodontal disease and prevent it from coming back again.
Grab your free report: How To Stop Gum Disease at http://www.HowToSTopGumDisease.com
Scott Wells recommends the book: What You Should Know about Gum Disease for those seeking more information on this topic. ISBN: 978-0981485508
Disclaimer: If you have or think you might have gum disease or any other health problem, please visit your doctor or periodontist for advice, diagnosis and treatment. This article is for information purposes only and does not intend to provide advice, diagnosis or treatment for any health condition.
http://www.Gingivitiskiller.com
Merry Bacteria Music For Alto Sax And Flute From Collection Nobuya Sugawa Book
Rising Plague: The Global Threat from Deadly Bacteria and Our Dwindling Arsenal to Fight ThemThe kinds of bacteria that cause gum disease are many. There is enough information pertaining to the causes of gum disease to fill a library with books dedicated to the topic. Actinobacillus Actinomycetemcomatins and Porphyromonas gingivalis are two commonly known bacteria which are present in the occurrence of gum disease. However, one must understand that there are over 500 types of bacteria present in the human mouth, and these number well into the millions. It is ironic when you consider the people who feel the necessity to continuously sanitize their hands, considering that they have millions of bacteria living in their mouths.
Just as is the case with other infections in the human body, there are white blood cells which go to work in fighting bacterial infection in the gums. White blood cells produce what are known as cytokines in the mouth. The over abundance of these cytokines breaks down the tissue of the mouth in an attempt to fight the built up plaque. This is why with gum disease the gums become inflamed and sensitive. Eventually pockets are formed and teethe become lose. Within the latter stages of periodontal disease, many people permanently lose their teethe.
The herpes virus, including chickenpox and shingles as well as Epstein-Barr syndrome all can aggravate gingivitis. Because these viruses are known to stay alive but dormant within the body, flair ups are possible at any time. This may cause gum disease to fluctuate in its progress.
It is important to keep your teeth as clean and healthy as is possible. Just as you would wash your hands after handling something containing dangerous germs, you will want to be sure to brush your teeth after eating. You will also want to make sure that you have brushed your teeth 2 to 3 times daily as well as flossing. Be sure to make and keep regular dental visits. If you have had an illness, you may want to discuss this with your dentist as well as your doctor. Next: Read what you can do to stop and / or prevent the progression of gum disease.
Grab your free report: How To Stop Gum Disease at http://www.HowToSTopGumDisease.com
Scott Wells recommends the book: What You Should Know about Gum Disease for those seeking more information on this topic. ISBN: 978-0981485508
Disclaimer: If you have or think you might have gum disease or any other health problem, please visit your doctor or periodontist for advice, diagnosis and treatment. This article is for information purposes only and does not intend to provide advice, diagnosis or treatment for any health condition.
http://www.Gingivitiskiller.com
Ein-O Science BioSigns Bacteria
Rising Plague: The Global Threat from Deadly Bacteria and Our Dwindling Arsenal to Fight ThemSo many women today are trying to get an efficient bacteria vaginosis cure in a hospital or at their personal doctor. All they do is get drugs that are supposed to cure it, but in fact they do more harm than good. Because they take antibiotics at least once a month to register yet another unsuccessful remission, they will end up using them on the long run and they will actually disturb even more the vaginal balance.
Cure Bacterial Vaginosis in Just 3 Days- Guaranteed
If you would ask any doctor, he would answer that the only possible drug that can be prescribed as a bacterial vaginosis cure is an antibiotic. Some of them will admit that the cure is only temporary, and that even if the bad bacteria get destroyed at that point there is no knowing if they will not develop again, since antibiotic will leave a vagina that is clean of all bacteria, the good ones being also gone. With no beneficial flora, the chances that the condition becomes chronic increase to almost a certainty level. This doesn’t shine any good light on antibiotics usage and does actually blame then for recurring conditions.
Antibiotics can destroy good vaginal flora even where there is no sign of bacterial vaginosis. If you would take antibiotics for a long time, trying to cure something else, then you might develop bv in a matter of days after the treatment stops.
This means that finding a bacteria vaginosis cure outside the doctor’s office is a must, if you don’t plan on suffering for many months to come from the same condition. You need something that leaves alone the good bacteria while destroying the bad ones, as opposed to antibiotics which will get rid of both types of vagina fauna.
Now Pay Close Attention Here- There is a proven all natural technique which will help you get rid of Bacterial Vaginosis in under 3 days. If you have been desperately looking around for a cure to Bacterial Vaginosis then this is the most important message you will ever read- Click Here.
CPAP Bacteria Filter – Set of 10
Allies and Enemies: How the World Depends on BacteriaThe Skin and Coat System
The skin and coat system is your petâs first line of defense to protect against harmful external bacteria and the elements.
Skin:
Smooth, supple skin is essential as a barrier against invaders. Healthy skin can heal more quickly from scratches and cuts. Skin is also the largest organ of the body and will help eliminate toxins when or if the liver becomes overworked and unable to keep up with demand. Healthy skin also holds the coat in better.
Coat:
The coat offers protection from the elements. Since hairs are often shed, there needs to be continuous replacement. The coat may thicken and shed seasonally to help regulate your petâs body temperature.
Hair Follicles:
Hair follicles, the ârootâ of the hair, are constantly working. The cells divide every one to three days, with the protein-based cells pushed upward to form the hair itself. With this rapid growth, the hair needs a constant supply of protein to grow.
Omega 6 and Omega 3 fatty acids are among the nutrients that are very important to your petâs skin and coat. The right amount of high-quality fats and other balanced nutrients help keep skin smooth and supple so it moves with your pet, helps avoid dry skin and promotes a thick, lustrous coat. Protein, amino acids, vitamins and minerals are also key nutrients in promoting healthy skin and coat condition.
The Immune System
The immune system is designed to fight illness, harmful bacteria or other invaders that may attack your pet. It can learn to recognize specific invaders and fight them whenever they are encountered. Natural, raw foods set up and maintain healthy, natural biochemical reactions. These biochemical reactions set up a natural line of defense – a healthy immune system – that fights off bacteria, viruses, and parasites many times a day.
Mucosal:
The lining of the intestine defends against absorbed or ingested invaders. The mucosal lining not only absorbs the nutrients in the food your pet eats, but also filters out harmful bacteria and other invaders, as well as producing antibodies that attack certain disease-causing organisms.
Lymph Nodes:
The lymph nodes filter invading organisms, bacteria and other dangers from the body. They contain lymphocytes, a type of white blood cell that attacks infection, and play a role in developing the antibodies that help give your pet immunity from certain illnesses. There are lymph nodes clustered throughout your petâs body.
Bone Marrow:
The bone marrow, contained in the center of bones, produces white blood cells, one of the bodyâs primary defenses against infection. These cells travel in the bloodstream and attack and destroy invaders. When there is an infection underway, more white blood cells are produced. Antibodies are made of protein, and the amino acids in protein are the raw material used to build white blood cells and components of the immune system. One of the keys to supporting a healthy immune system is an adequate supply of good quality animal protein.
The Digestive System
In addition to delivering nutrients from food to your pet, the digestive system serves as a barrier to internal invaders, like skin does for external invaders. It also produces antibodies and is home to helpful bacteria that perform a variety of crucial roles.
Stomach:
This is the first stop for food and ingested material. The stomach is where food begins to be broken down in preparation for absorption. It is a mixing place for various enzymes and digestive juices.
Intestines:
The intestines are where nutrients, minerals and water are absorbed for use by the body. An effective digestive system also will destroy invading organisms and other undesirable substances.
Liver:
The main function of the liver is to aid in the metabolism of food and to produce important chemicals, such as bile acids that help digest fats. In this way, it helps turn food into usable building blocks and energy for your pet. It also protects the body by acting as a filter of absorbed or ingested toxins, and produces substances that help blood clot.
By restoring your pet to his natural, health-giving diet, you can restore the myriad natural biochemical reactions that give strength to his immune system. This is the âmagicâ that keeps pets who are fed natural diets free of disease.
Jennifer Lennon has written many articles at TryHealthyPaws.com where you can also find out about a BARF Diet (Bones and Raw Food Diet) for your pet.
Essick Air #1970 Quart Bacteria Treatment
Smartwax 80203 Odor Eliminator and Bacteria Killer with New Car Scent – 16 oz.Shower Head Bacteria and Disease – Your Shower Head May Make You Sick
A recent study by Norman R. Pace of the University of Colorado found that a bacterial organism, a relative of the bacteria that causes tuberculosis, called Mycobacterium, may be ready to shower down on you every time you get under it.
The study indicated that over the years this buidup of dangerous bacteria in your shower head may be making you sick. Because the shower head aerosolized the bacteria into the air, it is recommended you turn the shower on and leave the room for a minute.
The bacteria will still be in the air but at least will not rain down on you. The first spray of the shower is suppose to be the worse. Anyone with breathing problems should replace their shower head as soon as possible according to the study.
The study claims that people who get water from municipals city water supplies were much more prone to have a heavier build up of Mycobacterium in their shower heads. People who got their water from wells had considerably less buildup or this dangerous bacteria in their shower head.
The study also claims that shower heads should be changed 2 to 4 times a year depending on what water supply you are using.
This report is definitely worth reading!
To read the actual full report visit www.ShowerHeadWarning.com
Related Topic
Eliminate Shower Toxins
Sonaki Vitamin C Shower Filters and Shower Heads are among the best & healthiest replacement shower heads in the world. Get softer skin and hair and improve your health by protecting your body from dangerous toxins in your shower water with Sonaki Shower Heads.
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