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[Marty Baker Contribution Level: 5]

Hey, BN

So I ask my daughter to write me an article.
She ask me on what topic?
I said on whatever you want. I was just seeing what I would get...

This is what she sent me.
-------------------------------------

I wrote this really fast as an example:


Everyone has heard of the Human Genome Project, but what has it actually done? To understand what the project accomplished, an understanding of some basic genetic terms is needed. First let’s start off with some definitions. Genome is a hybrid of ‘gene’ and ‘chromosome’. A chromosome is a molecule that contains our DNA. Humans have 23 pairs of chromosomes with a total of 46. 44 of the chromosomes hold DNA for characteristics of both male and female like whether that person will have freckles or dimples. The other 2 chromosomes are what make a person male or female. A female has two X chromosomes while a male has one X and one Y chromosome. A gene is a sequence of DNA that represents a certain trait. The sequence of DNA is represented by 4 letters called bases: G,C, T and A. Each chromosome contains sequences of these 4 letters that code for a particular trait. The Human Genome Project used sequencing of these bases to determine the chromosome responsible for certain diseases.


Now the question is how did they possible do this? There are millions of combinations of those 4 letters. Well, it wasn’t easy and it took a very long time. It was budgeted for $3 billion dollars and expected to last 15 years. Geneticists working on this project used computer algorithms to help them with this process. Let’s say they were given some random fragments of DNA with the following sequences: TCGA, CGATCA, TCAGTA, andGTACG. Algorithms would align the overlaps of these fragments. For example the first fragment and the second fragment overlap at CGA, the second fragment and the third fragment overlap at TCA, and the third and the fourth fragment overlap at CTA. When trying to find the true sequence, repeats of the same bases are not needed and are only repeated once. So if you look at the first and second fragment; the overlap is GCA so if the 2 fragments were sequenced together you would get: TCGATCA. The CGA is repeated only once. The final sequence of the 4 fragments would be TCGATCAGTACG.


So, what does this all mean? The project ended in 2003, and the DNA sequence was published. With, technology called expressed sequence tag (EST) geneticists were able to find the genes that were probably going to be responsible for a disease. Diseases are caused by mutations in the genes. Many diseases arise by a single base substitution. For example let's say you have the sequence: ATCTAGTCA. A single base substitution would be when one letter is replaced by another one. So the sequence could now read: ATGTAGTCA. That one letter switching could cause a life altering disease. The DNA of a person with a disease can be compared to the DNA sequence produced from The Human Genome Project to find any mutations that could be responsible for a certain disease.

LOL, I think I have an article writer here.

Give her the right keywords and let her rock...

[Alan Hands Company: Wikaniko Contribution Level: 2]

Excellent. An article writing source for you and a source of additional income for her if she chooses to sell her skills. Great find!

[Marty Baker Contribution Level: 5]

Yah,
I just need to get her geared up and ready to go...

[Daniel Campagnoli Company: Max International Contribution Level: 2]

Wow that's a pretty good article for one that was "really fast as an example"! I was talking with a molecular geneticist the other week and your daughter did a excellent job of explaining the terms

[Marty Baker Contribution Level: 5]

Daniel,
I will have to take your word on that... and hers. She is on some type of typing drug, she types like at 120-130 words a min. I type like 25-30 words a hour.

[Mario Sanders Company: Life Force International Contribution Level: 6]

Great article!
Aren't you suppose to do your own writings from your own experience?

[Marty Baker Contribution Level: 5]

Mario,

You can write your own of course but there is no law or rule that says you have to. There are plenty of top marketers out there that do the keyword research then outsource the article writing. You get in return a 800-1000 word article focused on the keyword or words you gave them. This is about driving traffic to your blog or what ever site you want it to go to.

[Harry Fassett Contribution Level: 4]

Hey Marty, ask your daughter, what gene does what now? LOL! Looks like you have a real brainiack! Anyway, maybe she could write some nutritional articles for me for my distributor business. snackhealthysnacks Anyway, the talent is there, it just needs to be polished, and then good to go! HF

Hey, BN

So I ask my daughter to write me an article.
She ask me on what topic?
I said on whatever you want. I was just seeing what I would get...

This is what she sent me.
-------------------------------------

I wrote this really fast as an example:


Everyone has heard of the Human Genome Project, but what has it actually done? To understand what the project accomplished, an understanding of some basic genetic terms is needed. First let’s start off with some definitions. Genome is a hybrid of ‘gene’ and ‘chromosome’. A chromosome is a molecule that contains our DNA. Humans have 23 pairs of chromosomes with a total of 46. 44 of the chromosomes hold DNA for characteristics of both male and female like whether that person will have freckles or dimples. The other 2 chromosomes are what make a person male or female. A female has two X chromosomes while a male has one X and one Y chromosome. A gene is a sequence of DNA that represents a certain trait. The sequence of DNA is represented by 4 letters called bases: G,C, T and A. Each chromosome contains sequences of these 4 letters that code for a particular trait. The Human Genome Project used sequencing of these bases to determine the chromosome responsible for certain diseases.


Now the question is how did they possible do this? There are millions of combinations of those 4 letters. Well, it wasn’t easy and it took a very long time. It was budgeted for $3 billion dollars and expected to last 15 years. Geneticists working on this project used computer algorithms to help them with this process. Let’s say they were given some random fragments of DNA with the following sequences: TCGA, CGATCA, TCAGTA, andGTACG. Algorithms would align the overlaps of these fragments. For example the first fragment and the second fragment overlap at CGA, the second fragment and the third fragment overlap at TCA, and the third and the fourth fragment overlap at CTA. When trying to find the true sequence, repeats of the same bases are not needed and are only repeated once. So if you look at the first and second fragment; the overlap is GCA so if the 2 fragments were sequenced together you would get: TCGATCA. The CGA is repeated only once. The final sequence of the 4 fragments would be TCGATCAGTACG.


So, what does this all mean? The project ended in 2003, and the DNA sequence was published. With, technology called expressed sequence tag (EST) geneticists were able to find the genes that were probably going to be responsible for a disease. Diseases are caused by mutations in the genes. Many diseases arise by a single base substitution. For example let's say you have the sequence: ATCTAGTCA. A single base substitution would be when one letter is replaced by another one. So the sequence could now read: ATGTAGTCA. That one letter switching could cause a life altering disease. The DNA of a person with a disease can be compared to the DNA sequence produced from The Human Genome Project to find any mutations that could be responsible for a certain disease.

LOL, I think I have an article writer here.

Give her the right keywords and let her rock...

[Harry Fassett Contribution Level: 4]

I do pretty much what Marty says Mario, and have been doing it for over a decade, so I have some experience in this area. Of course 98% of what you see here on BN and other Social media sites and blog content is my original writings.

I have very quick and efficient process down, and I customize the articles more once I receive them for SEO reasons, and to put in details (or take out things) that may have been left out, or the writer don't really cover in detail, because they lack the knowledge to do so.

I also use a professional unique article tool, and when used by a professional, creates very high quality unique articles and resource boxes (I know a few short cuts, but there still is a lot of manual labor involved to do things right), and send them to 100's of publishers to consider posting in their directory, blog, and website. Plus manually post to certain article directory sites that will maximize exposure, and give your articles the best chance to rank well in the major SE's.

The best part, all at a very reasonable cost, and if you want more details, feel free to contact me. HF

Mario,

You can write your own of course but there is no law or rule that says you have to. There are plenty of top marketers out there that do the keyword research then outsource the article writing. You get in return a 800-1000 word article focused on the keyword or words you gave them. This is about driving traffic to your blog or what ever site you want it to go to.

[Mario Sanders Company: Life Force International Contribution Level: 6]

Thanks you guys. I do like to write my own articles and do the research myself in picking what to write. I do not copy but give credit from where I got my research from. It shows that I have done the research in what I am writing about.
I am not an expert on health. I found a medical doctor who is an author on the subject and I learned from his research and findings. He has shown in his research what I have been promoting all along. I can't copy his research but can follow along with what I believe in and studied that matches his studies.
I like to know what I am talking about because I have done the research and many authors to back up my writings.
Maybe I am not ready for someone to do my research for me!