Dating compatibility is a current topic that we can explore as a potential use of DNA technology made available on a desktop computer. It involves using desktop DNA machines onsite in dating agencies to do the screening for compatibility utilizing your DNA and comparing it with an existing database of genetic markers immediately. Imagine signing up at a local dating agency and them having a Desktop DNA computer in their office!

First of all, research would be needed to determine what DNA is found in common among successful couples. It would start with finding happily married couples who have stayed together for over 20 years. The reason the 20 year cutoff is useful is because that duration proves either a commitment to staying married or a genetic predisposition, both of which are useful. That will define a successful marriage for the purpose of the initial testing. Such a marriage would have survived many difficulties, as well as experienced joy along the way. One can imagine that at least 2 different types of useful and specific genetic markers will be found. One genetic marker will be found that shows a person can stay married to quite a few different mates. The other would show the type of person likely to stay married to specific DNA compatible types. The client focus would be obtaining the specific DNA coupling of compatibility, not just the general compatibility.
When the person goes to the dating agency, they would get a swab of their saliva to obtain their DNA, paying a fee to the agency so they could recover their costs to purchase the machine, and administer the test. At that time, the agency would check for DNA markers in their database that match the customer’s most compatible match of a person living within an appropriate distance. Arrangements would be made at that time for a date in a non-threatening environment.
As this point, many questions will be asked. What would the first response of DNA compatible people be to each other? Even if they know they are compatible, they may not like each other anyway! How far should you be willing to travel to date a potentially “perfect” match by DNA standards? What if the matches need to be within a certain age for the DNA match to be worthwhile? This needs to be considered because you can assume someone is going to try this concept out soon, because desktop DNA machines with software to process the genetic code are now available.
Desktop computers coupled with DNA testing equipment, and the software to process and mine the data are here. How society will deal with it is an open question. Hopefully, this article will get a discussion going so the technology can benefit mankind. Think of a world with happy couples generating a lifetime worth of indelible memories.

One can imagine that we cannot currently fathom all the future uses of Desktop DNA as it is a technology for the future. We can only speculate. This article proposes an idea which may or may not work. It involves using desktop DNA in adoptions via screening.
Imagine a vast database of potential adoptee parents with their DNA in a database. Imagine also a vast number of children who need to be adopted, also having their DNA in a database. Then think about the adoption agency that has a desktop DNA machine and can swab the saliva of every child that comes in needing an adoption, and every parent looking to adopt. How would this help?
Consider that research shows a significant component of genetic predisposition among people to do and behave in certain ways. You could begin with screening out people with predictable genes for bad behaviours that would injure a child, the obvious being abuse. If a potential parent has a strong genetic predisposition towards serious abuse, you cannot let them adopt a baby. The odds are it would end up as a disaster. Society would suffer as a result.
Look at the other side of the selection process. Successful adoptions of the past could be studied, and the DNA of all involved could be taken, with their consent of course. A pattern of successful parent child DNA correlations could be identified. No doubt the parent side DNA would be the best predictor, but you would probably find even the parents with the genetic makeup indicating a high probablility of successful parenting could have certain children they would tend to fail as parents with in spite of their efforts. Once you identified a pattern of successful DNA combinations among adoptees and adoptors, each agency with its own machine would not only take the data at a field level and enter it into the ever growing database, but when a child comes in for adoption, they could get the DNA in the field, and search for available parents on the spot. The well matched parents could then be contacted immediately. When parents come in who want to adopt, their DNA could be taken, and available children could be contacted through their social service agencies, and speed up the process.
With this method, we might be able to produce a more successful number of adoptions in this country. With happy and well raised children coming from a clearly at risk profile (adoption does entail risk, especially at the older child levels), the children and parents would have their lives truly enriched, and society could benefit from happier, well adjusted future adults.

I believe that once we start taking patient data utilizing desktop DNA we will find some diseases can be beat, and others are inevitable. I’m not aware of any medical studies that currently prove or disprove this idea. I believe we will just have to accumulate the data and see what happens. It may turn out that type II diabetes is one of those disease which can be avoided. I think it depends on data mining and finding out. I’m speculating here but if we find a gentic sequence that shows a 80% correlation to eventual disease, it may not be amenable to lifestyle changes for the people with that particular gene pattern.
We may learn that the most medically treateable diseases are those that have a 25% correlation or so. In other words, if people with pattern (x) get the disease 25% more often, the person may have some control of their lifestyle and if motivated enough will avoid their fate. However, if the correlation is 95%, probably no amount of lifestyle change will stop it. Some medical outcomes may be inevitable. Reminds one of the nature versus nurture debate, doesn’t it? It remains to be researched.

Scott

This is a reprint from Ross Angelo on Article Alley:

DNA diagnostics is a medical field involved in testing and making further studies that will help determine a diagnosis, or a patient or other family members’ susceptibility to a certain condition. Subjecting the family to Dna diagnosting testing can give out important information about cancer and diabetes or if certain family members are at risk at contracting those diseases.

Your family physician, utilizing years of study, complete tracking of your family’s medical history, plus Dna diagnosting testing, would be able to determine if you are at risk at developing a particular disease or there is a need for preventive measures. This is a growing industry because of its promise to deliver good and relative results.

An individual’s DNA make up could be the key in determining if he or she will eventually develop a particular disease later in life or maybe a recurrence of cancer. The drawback, though, is that these tests are quite expensive. However, if you look at the long-term benefits this could have on the future of the medical field, the cost of the tests would be insignificant.

DNA diagnostic tests definitely have a high probability of lowering health care costs in the future by allowing patients to make the necessary preventive measures, or even to do away with unnecessary medical treatment. The cost of treating cancer is predicted to balloon to almost $126 billion a year and DNA diagnostic tests would be able to allow people who are considered to have a high risk of developing a certain disease to understand and study the risks that they might face. These tests would also be able to provide viable measures that are needed to be undertaken to prevent contracting a certain disease. It could also give out important information as to what treatment an individual should be given, based on their own unique genetic make up.
The increasing reliability of DNA diagnostic tests paved the way for a lot of medical institutions to step up – thus these tests are no longer limited to just specific institutes but also in most medical and clinical laboratories. The future of the medical field looks good with Dna diagnosting testing!

Are you looking for more information regarding Dna diagnosting testing? Visit www.DnaTesting.cc today!

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Source: http://www.articlealley.com/article_1954635_17.html

Desktop DNA is a future application where DNA testing will be done in your doctor’s office. He or she will then be able to access a database to compare and process your results, and you could customize your healthcare treatments going forward. Knowing your DNA could also help refine your current medical treatments.

There are quite a lot of things that you can achieve using desktop DNA. Comparing the patterns of disease experienced by other people with the same DNA will lead to an elevated probablity of you getting the same disease or condition. Do you want that information? If your doctor has the machine to read your DNA with a Desktop DNA machine, then you might be able to conveniently get it.

The automation feature of desktop DNA is such that it can be activated to be used from a central location with a secure updated database from many sources. Once the profile has been read by the desktop DNA machine in your doctor’s office, that same machine can automatically search the common database to compare with known sympton’s likely to be experienced. Perhaps a popular website like WebMD could have a discussion board with shared information concerning your profile.

Indeed, there is a lot which can be achieved with desktop DNA. New machines are being put into production, so a bit of trial and error concerning its usefulness is going to come. Check back here for the latest news.

I know you may want to know what Desktop DNA is and how it will be of help to you when you are researching your health. This article will be of help to you.

Desktop DNA is an application or software that can be used like a small laboratory and information center right in a doctor’s office. The above work is time consuming but this software will not only safeguard the files, it will also facilitate the whole process. Presumably, the doctor will take a swab from inside your mouth at the start of your checkup. (Always use a licensed doctor for this – although anyone could probably buy a machine – knowing how to use it will be the key) During the rest of your physical exam and history taking the software will be working inside the machine to produce the raw data, then process the results.

Desktop DNA has wider range of application. Whole populations can be studied once the widespread use of the process is implemented. Although currently rich people are the only ones who can afford the process, with desktop DNA massive amount of data will be generated and associated with health problems through sophisticated data mining software. Then, ethical drug companies can derive new medicines to cure people.

Much can be done through desktop DNA. It is now in the early stages. The fact that it is now being commercialized speaks to its promise. the question is, though, do you want to know if you are going to have a terrible disease someday if you cannot do anything about it?

Let it be known to everybody that there are group of people who just wouldn’t stop studying science whose noble intentions were for the welfare and betterment of mankind. The proud teams of Spartan Bioscience were the brilliant group of individuals under Dr. Paul Lem of Spartan Bioscience who invented the first Desktop DNA analyzer. The WOW factor of this incredible product is that Desktop DNA analyzer was invented for highly on-demand testing.

During an interview by Rachel Olajidem, Dr. Paul Lem stated in his testimony that he was ever proud to be one among the group of “Spartans” who have contributed to this in-demand Desktop DNA analyzer. The Spartan DX-12 Desktop DNA analyzer was invented for the purpose of having a rapid DNA test to be transformed for medical diagnostics stating further that such a powerful idea has come at the right moment when it is needed most.

Otherwise known as Rapid DNA Testing, the first Desktop DNA analyzer is quick and easier to use at a very affordable price. The results are then enabled by the proprietary technology at around quick thermal cycling through chemistry optimization. The design of Desktop DNA analyzer was made at a low-cost design to make it more affordable with their expertise to make it cheaper and very handy by painstakingly testing for voluminous number of hours to arrive into a smart and practical industrial design. The main idea of its launching is to commercialize Spartan DX-12 without disrupting its quality and reliability at all times.

The Spartan DX-12 Desktop DNA analyzer was designed for the purpose of testing smaller samples that can deliver in-demand results at any time convenience in any place that you want. This amazing Desktop DNA analyzer is only about the size as that of a shoebox. It is said that incoming future versions are planned to be smaller that it will fit in your pocket only. Their aim is to have fast product developments at low-cost production and manufacturing.

Sometimes data is too overwhelming for even a team of people. Software can perform a lot of tasks that humans consider boring and repetitive. DNA is an application that allows a computer to classify and associate the mountains of data related to health to be useful. This application has a lot to offer its users.

Desktop DNA requires an large PC style operating system. The mass customization made possible by various computer makers will allow the optimum solution to be reached. However, the machine will need a lot of storage and speed to process the biological sample that the doctor will obtain from the patient in his or her office. If it can quickly process the data and offer some guidance, patients can wait at the office for a few minutes, let the doctor consider the suggestions the machine offers, then complete the patient consultation.

It makes both the medical technician and the end user protected by managing and safeguarding PC DNA including important files. The effect of a system disaster such as the system crushing, loss of files as a result of power failure and virus attack can be eliminated with offsite information storage. this will also make it accessable at treatment centers that will need the information on the patients dns history.

Healthcare planning can also be accomplished with the aid of desktop DNA. Once enough people have been tested, it is predicted that vast databases of medical knowledge will exist that can be data mined to show correlations between certain DNA patterns and eventual disease. The question remains, though, how many people will want to know what their medical fate will be?

With the stiff competition that is going on in the software industry, it cannot be denied that desktop DNA provides a new industry to develop. It can democratize the dna industry which is currently relying on large organizations and expensive computers.

With mass production of medical devices, the price per unit goes down. This will probably be of great benefit to patients as they will now have access to new and important healthcare information right at their doctor’s office.

How would you like to go to your doctor’s office and see what your medical future entails. Would you want to know if you face the certainty of a serious medical problem in 10 years?

With the fast track environment in the medical business today, Desktop DNA is just the right solution to someone that wants to offer a new service to their patients that is unique and shows your cutting edge abilities. just think about the flood of new patients that will want to know about their medical future. think of the satisfaction you will gain as a doctor who can give your patients knowledge that they can use to improve their future health.