Keyword research is the first step we take towards seo rankings but sometimes these market research methods have a poor effect on our sites because we don't fully understand the concepts. Give me the facts - I'll draw my own confusions! It is a complex subject and even when we think we know it well, we often trip over something simply because we don't know it's there. What you may not know can hurt your seo rankings and sometimes a heavy hand with what you do know can too.
A problem that search engines encounter often is the design of websites that purely use advanced programming such as C++, JavaScript or CGI. If the navigation links within your site are powered by these advanced scripts alone, the search engine will not be able to fully browse your site. You need to provide links in basic HTML so that the engine can read your website. Its difficult to get seo rankings for something that can't be read and indexed.
It can take months for a website with a new domain name (.com, .org or .edu) to show up on search engines. Google has imposed an ageing delay on new websites so that it doesn't waste time on indexing websites that don't last long. If later you want to change your domain name, I suggest you rethink and use what you have instead. A cosmetic facelift of your existing web pages along with several new good quality SEO articles may serve you better in the long run for seo rankings. When you already know all the ins and outs of your website, then it's so much easier to revise than replace because of familiarity. If you think a better domain name is called for by all means buy it and put a blog on it, linking to your existing site. Best of both worlds and extra links.
Some internet marketers make the mistake of placing researched keyword requirements above that of article quality. It is necessary to use market research methods for keyword phrases because until you know what other people are targeting and what the competition is for some key phrases you may be mistakenly optimizing for seo rankings on something you just can't have. Once you have eliminated these saturated phrases, you have a better idea of what you may be able to use.
At first glance, it will still seem sensible to optimize an article for researched keywords rather than be concerned with artistic considerations, true relevance or honest, from the heart writing. However, bear in mind that not everyone will want to buy your product or idea even if it is suitable to everyone. You know that what you sell is saleable only to a certain target market. If you prioritize keyword optimization in your article just for seo rankings, rather than writing the article for the sake of the product you want to sell and to offer information to your target audience, chances are you will attract buyers for a commodity that you do not have.
The keyword here is relevance. A person searching the internet for something he needs will filter out the search results by using their own theory of relevance . My suggestion is, write the article for the sake of your product and for your target customers information. Place the priority of keywords as a secondary consideration. It's all about relevance. Sure, it would be a plus for you if you manage to pull in lots of traffic even if they don't want anything to do with your site or products. But believe me, misleading a person in the internet is a risky business. Search engines analyse your hits and bounce rates, if your traffic clicks away after seconds, they know your site isn't satisfying them by showing them what they need.
Be specific with your keywords. Don't generalize. The biggest disadvantage of internet shopping is that customers cannot scrutinize the product personally. What they usually do is find out from other sources what the product is all about, how it works, etc... When they decide to finally buy, they know in detail what they're looking for and will most likely use a specific name brand as part of their search strings. Your keywords need to be able to match those strings in terms of number of words matched and how the order of those words match.
For example, when looking for bras, women need to order by using their torso and cup size.So, the bra size could be a 36 B or a 36 C. Then there are colors to choose from like red, burgundy and black. A bit more specific is the bra classification. Is it a half-cup or a push-up, or is it a sport bra? With these factors in mind, you can conclude that a woman looking for a bra on the internet can type in ?black push-up bra 36-C?.
If you are selling products with criteria such as this, use this specific information for your seo rankings. Do you have key phrases to match those kinds of search strings? Are the words in your key phrases arranged in the same order? The final consideration is the article where those keywords are embedded. If the article is just a small jumble of words full of keywords, the search engine will most likely discard your website in favor of another that has a good paragraph of relevant descriptive information. This will decrease the seo ranking of your website for each search results page.
To better understand how researchers make conclusions about the necessity and effectiveness of antioxidant supplements, knowledge of their measurement techniques is required. Basically, three methods are common to assessing the effectiveness of antioxidant compounds in athletes: measurement of the oxidized products or molecules, measurement of tissue damage, and ultimately, measurement of performance itself. Investigators can sample serum, urine, breath, or tissue specimens for oxidized compounds generated as a result of free radical activity. These products include malondialdehyde (MDA), thiobarbituric acid-reactive substances (TBARS), pentane and ethane, conjugated dienes, and lipid hydroperoxides. Of these, high-performance liquid chromatography (HPLC) measurement of lipid hydroperoxides is the most direct assessment of oxidative damage. Because of inconsistencies among these techniques and the variability of oxidized products, the best research takes into account more than one of the oxidation products and may investigate more than one medium (i.e., breath and serum).
In addition to indices of oxidative damage, physiologists interested in muscle damage and recovery also measured damage indirectly through cellular damage markers. Since lipid membrane peroxidation leads to abnormalities in the cell membrane, intracellular enzymes may leak from the cell and into the blood plasma with antioxidant damage. These enzymes can be measured in the blood as indirect markers of cell membrane damage. The most frequently measured enzymatic markers of muscle damage in the serum are as creatine kinase (CK), alanine aminotransferase (ALT-formerly known as SGPT), aspartate aminotransferase (AST -formerly SGOT), and lactate dehydrogenase (LDH). Muscle proteins can also be catabolized as a result of mechanical and oxidative damage, therefore, urinary nitrogen excretion can also be quantified. Taking the nitrogen excretion concept further, nitrogen balance (NBAL) studies and even stable isotope methodology can be used to assess muscle damage via protein breakdown.
Perhaps most pertinent to an athlete's bottom line are a variety of exercise performance tests that can be used. These range from treadmill and cycle protocols to strength measurements. Such tests can assess both ergogenic benefits from [antioxidant] supplementation and recovery rate after strenuous bouts of exercise. In essence, the practical effects of antioxidant supplementation can be assessed by the determination of whether performance can be improved or whether a high level of performance can be maintained with repeated bouts of exercise.
When considering the data obtained from the a forementioned measures, often findings are inconsistent. Much of the inconsistent findings in exercise and free radical/antioxidant research may be attributed to the lack of uniformity in study design regarding protocol, especially for performance testing. When evaluating this research, it is important to note the type, intensity, and duration of exercise used as well as the duration of the recovery period between multiple bouts. Since performance testing tends to yield the most inconsistent results in antioxidant research, some authors have criticized the use of performance measures. Physical performance is a multifactorial process, and therefore performance testing may not serve as a good indicator of the effects of antioxidant supplementation. Although exercise testing may not be an extremely sensitive measure, numerous studies have shown positive effects of antioxidant supplementation and therefore, if protocol uniformity is attempted, perhaps the data would show more consistent results in a specific direction.
In addition to protocol concerns, populationspecific variables are important to consider. When evaluating the results from antioxidant research, it is important to note the type of population that the subjects were drawn from (i.e., weight lifters, cyclists, runners, old, young, male, female, etc.). Of course, animal ex vivo (pre-treated human cells examined outside the body) or in vitro (in a test tube or dish) data are sometimes the only available source of information. In such cases, recognize that humans may react differently but are generally considered similar until proven otherwise.
Both Julie Francis & Robert Baird are contributors for EditorialToday. The above articles have been edited for relevancy and timeliness. All write-ups, reviews, tips and guides published by EditorialToday.com and its partners or affiliates are for informational purposes only. They should not be used for any legal or any other type of advice. We do not endorse any author, contributor, writer or article posted by our team.