How I Achieved 7 Top Ten Google Rankings Without Breaking A

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	Small single celled organisms from the Moneran kingdom. They are known as prokaryotes, which are classified together because they lack nuclear membranes. They are the most primitive living beings, but help in the nitrogen cycle.

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How I Achieved 7 Top Ten Google Rankings Without Breaking A
By Alexis Dawes, Sat Dec 10th

Back in November 2004 I discovered a way to get a top 10 rankingin Google. I tested the technique for 3 months before I sharedmy findings with the world.

Some people worked my technique and are still holding on totheir top Google rankings. Others criticized it, and decided notto give it a go.

Since November 2004 my targeted keywords have gotten morecompetitive. Webmasters have gotten swifter and saavier withtheir techniques. New tactics for gaining top 10 listings haveemerged, and are enjoying their place in the spotlight.

And here I am still sitting blissfully with the same top 10Google rankings that I had nine months ago. In fact, I've addedseveral more in July 2005, just to make sure my rankings weren'tmaintaining because of some seniority algorithm. (Hey, you neverknow with Google!)

Here's what I've discovered in that time frame.

While Google still hesitates for weeks (but more often formonths) to list new sites in their ranking structure, optimizedpages from sites that alaready have a good Google ranking getspidered and listed much faster.

How fast?

Using this precise theory I got a #1 rank for a targetedkeyphrase within 3 days.

Sounds exciting.

But unfortunately it's not easy to find sites that have greatGoogle rank, and will permit you to freely promote your product,service or web site.

Here are two such sites that'll give you an easy in to apossible top Google ranking--

1) EzineArticles.com

EzineArticles.com is one of the best kept secrets for gettingtop Google rankings.

Articles submitted there are often spidered within 1-3 days. Awell optimized article can easily land in a top 10 slot.

Take for example the keyphrase- "ingrown pubic hair"

An article featured at EzineArticles.com holds the #1 positionat Google for this targeted keyphrase.

How popular is such a keyphrase?

Well according to the Overture Search Term Suggestion Tool, 975searches were done in June 2005 for that very phrase. And in mypersonal experience, Google almost always yields more searchesthan Overture.

The author of the article is promoting an ingrown hair treatmentspray, within the resource box

40 Percent Of Surface Disinfectants Ineffective In Eliminating Viruses That Cause Gastroenteritis
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Antiseptic Cloths Associated With Reduced Rate Of Treatment-Resistant Bacteria In The Trauma Center
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BioVigil Releases Second Generation Hand Hygiene Monitoring System
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Black Children At Lower Risk Of Shingles After Chickenpox Vaccine; Genetic Explanation Is Most Likely, Researchers Think
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Therapeutics Given To Trauma Patients Might Not Be Effective When A Certain Undiagnosed Infection Is Present
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New Combination Drug Treatment For Parasitic Intestinal Roundworms Shows Promise In A Test On A Common Laboratory Species
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News From The Journal Of Clinical Investigation Online Early: March 15, 2010
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Hand Bacteria Study Holds Promise For Forensics Identification
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Using Antibiotics To Prevent Gastric Cancer
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BioMerieux Launches Industry-First Vancomycin-Resistant Enterococci (VRE) Screening Tool
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of the article.

So he's receiving a boatload of free traffic to his site,because of this particular article.

Still not convinced? Here's another...

2) Epage.com

Epage.com is a popular classified ad site, with a wide varietyof categories.

Often times if you optimize an ad for a specific keyphrase thead will get picked up by Google, and placed in the top 10.

For instance, the Overture Search Term Suggestion Tool says that"hammer strength exercise equipment" receives 60 searches permonth.

A search for hammer strength exercise equipment at Google placesan epage.com ad for in the #4 slot.

Pretty neat.

Now some of you are probably thinking that's a nice trick forkeyphrase's that target small niches. But does it work forcompetitive keyphrases like "fix bad credit" or something alongthose lines?

No... it doesn't.

This technique only works with smaller, niche targetedkeyphrases.

But if you're an online entrepreneur who develops specialtysites, centered around niche topics, this is one technique youcan use to bring an ongoing flow of traffic to your site.

I run a sinus infection information web site, and for the past 6months this is the only tactic I've used to generate traffic. Infact, it took me exactly two days to get a #1 position for an adusing my targeted keyphrase. (Today that same ad hovers around#3-#6, depending on the dance Google is doing.)

The great thing is I earn AdSense revenue from that particularsite almost every single day. The other point you should keep inmind is that this tactic doesn't work with all classified ad websites.

There are literally only a handful classified ad sites that getspidered by Google on a regular basis, AND have ad'sconsistently showing up in the top 10.

So don't go blasting your ad to 50,000 different sites, causeit's not going to work. There's an art to doing it the right way.

Either way, it's definitely worth trying the two sites listed inthis article. Targeted traffic is always good traffic, no matterhow much it is.

About the author:Alexis Dawes is the author of "Taking The Back Road To Get OnGoogle's Front Page." Her report highlights additional sites andinsider knowledge she has used to obtain several top 10 listingsin Google. You can get more info at:http://www.Get-In-Google-Now.com

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Gut Bacteria, Defender Of Our Health
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I am Mr. Weightless, and though I may be a superhero, and I may be immune to heart disease and cancer, still Mr. Weightless can catch a cold. Being fit means that it is very rare that I get sick, but Read more...

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New lentil being readied for market
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Synergy between two types of de-worming drugs found promising in a lab test
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Wine vine: Microscopic photography reveals bacteria destroying grape plant cell wall
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Barrier in mosquito midgut protects invading pathogens
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New defenses deployed against plant diseases
Researchers have transferred broad spectrum resistance against some important plant diseases across different plant families. The breakthrough provides a new way to produce crops with sustainable resistance to economically important diseases.
Production of chemicals from wood waste made more environmentally-friendly and cheaper
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Potential for using algae to produce human therapeutic proteins shown
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Campylobacter bacteria in cattle manure may survive composting
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Intestinal bacteria drive obesity and metabolic disease in immune-altered mice
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How ocean bacterium turns carbon into fuel
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Biogenic insecticides decoded
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Newly engineered enzyme is a powerful staph antibiotic
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Bacterial balance keeps us healthy: Microbial genes in gut outnumber genes in human body
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Pesky aphid thrives despite weak immune system
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UK scientists devise worldwide food alert system
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Assessing antibiotic breakdown in manure
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Household bacteria for better cheese
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Faster method to detect bacterial contamination in coastal waters developed
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Plant's ability to identify, block invading bacteria examined
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Beewolves protect their offspring with antibiotics; digger wasp larvae use bacteria against infections
Beewolves house beneficial bacteria on their cocoons that guarantee protection against harmful microorganisms. Scientists have discovered that bacteria of the genus Streptomyces produce a cocktail of nine different antibiotics and thereby fend off invading pathogens. Using imaging techniques based on mass spectrometry, the antibiotics could be displayed on the cocoon's surface. Moreover, it was shown that the use of different kinds of antibiotics provides effective protection against infection with a multitude of different pathogenic microorganisms.
Scientists crash test DNA’s replication machinery
Enzymes that travel along DNA to copy or transcribe it -- the crucial processes underlying cell replication and protein production -- aren't coordinated by a central dispatcher. In fact, they often collide. Now, researchers have discovered that when DNA-copying machines run head-on into proteins performing less critical tasks, they kick the obstacles aside and continue on their way.
E. coli as sole indicator of water pollution questioned
New research investigating pathogen survival in soils has found that E. coli can become integrated into the indigenous microbial community in soils and survive for more than nine years, considerably longer than scientists initially thought.
Multiple sclerosis onset: Could mycobacteria play a role?
A non-pathogenic bacterium is capable to trigger an autoimmune disease similar to the multiple sclerosis in the mouse, the model animal which helps to explain how human diseases work. This is an unprecedented mechanism which could explain how this terrible central nervous system disease starts up in humans.
Scientists unlock key enzyme using newly created 'cool' method
Scientists -- using a new cooling method they created -- have uncovered the inner workings of a key iron-containing enzyme, a discovery that could help researchers develop new medicines or understand how enzymes repair DNA. Taurine/alpha-ketoglutarate dioxygenase, known as TauD, is a bacterial enzyme that is important in metabolism. Enzymes in this family repair DNA, sense oxygen and help produce antibiotics.
Interactions between species: Powerful driving force behind evolution?
Scientists in the UK have provided the first experimental evidence that shows that evolution is driven most powerfully by interactions between species, rather than adaptation to the environment.
Suffocating head lice works in new treatment
A new non-neurotoxic treatment for head lice has been found to have an average of 91.2 percent treatment success rate after one week, and to be safe in humans from six months of age and up.
Typhoid fever bacteria collect on gallstones to perpetuate disease
A new study suggests that the bacteria that cause typhoid fever collect in tiny but persistent communities on gallstones, making the infection particularly hard to fight in so-called "carriers" -- people who have the disease but show no symptoms. Humans who harbor these bacterial communities in their gallbladders, even without symptoms, are able to infect others with active typhoid fever, especially in developing areas of the world with poor sanitation.
Aphid's genome reflects its reproductive, symbiotic lifestyle
Aphids could be considered the "mosquitoes" of the plant world, depending on the "blood" of plants to survive. They live in symbiosis with bacteria that pass from one generation to the next, producing essential amino acids. Aphids with the same genotype can be wingless or winged. In different seasons, they develop as asexual females who produce offspring with identical genes through parthenogenesis. When temperatures drop, they can give birth to males who then fertilize the eggs laid by females. The genome of the pea aphid, sequenced by the International Aphid Genomics Consortium, reflects these unusual characteristics and more.
Mosquito genes yield secrets to how they survive malaria-causing parasite
Researchers are studying the main contributing mosquito species to malaria transmission in Africa. They are characterizing genes specific to mosquito blood cells. The researchers were able to identify genes in the blood cells whose expression changed with malaria infection. This could be used for disease control, ultimately. On a more basic level, the researchers are learning how the immune system works and how it recognizes a parasite and limits the infection.
Orange peels, newspapers may lead to cheaper, cleaner ethanol fuel
Scientists may have just made the breakthrough of a lifetime, turning discarded fruit peels and other throwaways into cheap, clean fuel to power the world's vehicles.
Biologists discover how biological clock controls cell division in bacteria
Biologists have unraveled the biochemistry of how bacteria so precisely time cell division, a key element in understanding how all organisms from bacteria to humans use their biological clocks to control basic cellular functions.
Potentially deadly infection linked to frequent cow exposure
A common bacteria found in many healthy adult females that can cause life-threatening infections when passed to newborns could be introduced to some women through frequent contact with cows, according to a new research. Group B streptococcus could be a zoonotic disease -- transmitted between different species -- which may have significant public health implications.
Flu-induced stress response is critical for resistance to secondary infection
A new study reveals how infection with the influenza virus impacts the way that the immune system responds to subsequent infections. The research provides a new understanding of the physiological and pathological consequences of the flu.
Scientists discover how protein trips up germs
If bad bacteria lurk in your system, chances are they will bump into the immune system's protective cells whose job is gobbling germs. The catch is that these do-gooders, known as macrophages, ingest and destroy only those infectious invaders that they can securely hook and reel in. Now, scientists have shown that a healthy immune response depends on a protein called TRPV2 which, they discovered, is the means by which macrophages capitalize on brief and accidental encounters with nasty bugs.
Protein found to be key in protecting the gut from infection
A signaling protein that is key in orchestrating the body's overall immune response has an important localized role in fighting bacterial infection and inflammation in the intestinal tract, according to a new study.
Scientists discover TB disease mechanism and molecule to block it
Researchers have identified a mechanism used by the tuberculosis bacterium to evade the body's immune system and have identified a compound that blocks the bacterium's ability to survive in the host, which could lead to new drugs to treat tuberculosis.
New weapon to fight disease-causing bacteria, malaria developed
Researchers report that they have discovered -- and now know how to exploit -- an unusual chemical reaction mechanism that allows malaria parasites and many disease-causing bacteria to survive. The research team also has developed the first potent inhibitor of this chemical reaction.

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