Genetic Engineering: Patent Request Analysis
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Genetic Engineering: Patent Request Analysis The governmental patent office has requested a think tank team of criminologists to review the research documents of new technology computer-aided microscopic rare gene molecules. The team of criminologists will consider the legal or not legal aspects of the doctor’s request for a patent, along with the viability of current transplant procedures. The scenario states the doctor has invented a computer – aided organism as key to bridge the new cells to human organs in the host receiver. This is a new concept of using microscopic rare gene molecules to make any human organ viable for everyone without the side effects of rejection, or infections. This research document is the collective, innovative thoughts and opinions of four people team.
Patent Requirements The filing of medical patent begins with two important points. The first point begins as the criminologists will determine the usability of the new technology. The computer – aided microscopic rare gene molecules are the key to bridge genetically designed new cells to the human organs within the host receiver. This concept would make the genetically engineered cells for the damaged organ acceptable to the host receiver. The viable idea is to inject the microscopic rare gene molecules straight into the damaged organ along with the anti-infection drugs. The second important point is the innovative studies to confirm the computer- aided microscopic rare gene molecules cure the damaged organ with no side effects or rejections. The computer- aided microscopic rare gene molecules have the ability to split into genetically engineered active cells to cure the damage to the human organ (McKinney, Shoch, & Yonvjak, 1980-2011).
Patent Concepts
The thought of the classical school of criminology would require the failure and consequences placed with the doctor. In the early 1980s, the United States top court produced an incentive for researchers to develop genetically engineered invention so the concept is viable for patent. This court approved the patent for the first genetically altered organism, which was created for a novel strain of ‘flu vaccine’. This showed the doctor’s invention viable for a patent within the concept requirements of the patent office (Barash, 2001).
New Technology versus Old Technology
The biological thought of criminology shows that heredity and the ability of the human to heal the damaged organ is a better concept. This invention is more viable than years of returning surgeries. Successful human organ transplants are currently going on in this country and around the world. The new concept would lead to the ability of not needing to grow human organs from pigs or nonhuman primates. These computer- aided microscopic rare gene molecules have the ability to identify and turn into specific cells distinguishing a kidney from the heart. The medical studies show the new concept has managed to confirm the identification of viable organs needing repair. These new computer- aided microscopic rare gene molecules showed the viability of developing without residue of after effects (Schmalleger, 2009).
Positive Results
These new computer- aided microscopic rare gene molecules showed the viability of developing without residue of after effects. The computer-aided microscopic rare gene molecules reconstruct the genome of a bacterium that divides and replicates just like any other DNA sequencing. The mixing of the right combination of collagen and the exact DNA along with a dose of nutrients. This doctor has created a function that cures the damaged organ within the human body. The computer-aided microscopic rare gene molecules circle the damage organ. The next step molecules fill the damaged organ with life-giving healthy cells with the ability to create new tissues. After the procedure is complete, the patient will have one year of rehabilitation to return working status. The genetically engineered organ transplant shows even if the surgery is successful; the patient will spend years in rehabilitation along with the constant need of a regimen of drugs. These drugs are to fend off the infection of the different diseases that naturally bred into the pigs or nonhuman primates (Prieel, & Hirsch, & Heering, 1999).
Advantages for Patent Approval
The doctor has not morally, or ethically violated any laws, or abused any technology with the invention of the computer-aided microscopic rare gene molecules and is not considered a deviant act against mankind. The ethical equation shows the psychological effects of the patent as the acceptance of good research to benefit mankind and save lives.This research was developed without distributing or falsifying any documentation to patent this invention. Innovative and creative genius built the computer-aided concept to help save lives. The research is not used to clone, or use alternative engineered organs. The new innovative information is using the human body own immune support system. The injection of the computer-aided microscopic rare gene molecules into the damaged organs will cure the organ within the human body. This concept has a number of advantages compared to the normal organ transplant procedures. The computer-aided microscopic rare gene molecules are exactly the same DNA as the patient allowing no danger of rejection. No need for other people to give up the life saving organs. This concept repairs the damaged organ within the patient’s body. The patient would not need to wait for an organ; only the approval of the injection. This procedure would save lives, and cure the damaged organ without waiting for a viable match (Gutierrez, 2011).
Disadvantages for Patent Approval
Unless the patent is approved, the doctor will take the procedure other places.
The cost of the procedure is less than the higher cost of the specially engineered human organ transplant surgery without the added side effects. The FDA can take the procedure into the government sanctions. The ‘flu shot’ available everywhere is example of governmental work towards a healthier world. The government could make this procedure available to everyone as a cure for many failing organs, along with reducing the list of needy people (Schmalleger, 2009).
Current Strategies Screenings Scientists have been working years toward the development of genetically altering human organs. Genetically to alter human organs is the process of injecting human stem cells into animal embryos. Using animals, pigs and nonhuman primates (xenotransplantation) for the injections of stem cells are used to create the different organs. This procedure has been marred with imperfections along with human and animal suffering throughout the decades. The different scientific medical concerns using animals to create human transplant organs is growing rapidly (Sabbatini, 1999).
Current Medical Objections
Doctors, researchers, and scientists are using unusual methods to create new technology.
The creative genius behind the technologies of this patent is the new computer-aided microscopic rare gene molecules concept. This new technology is the key to bridge of flooding the damaged organ will live matched DNA cells. This type of surgery will no longer need alternative grown ‘pig organs’ for humans. The technology will help build a new organ from the damaged part using this advanced new computer-aided microscopic rare gene molecules. The existence of more than 20 diseases from pigs alone that can infect and kill the human host. The transplant requires using live animal organs for the insertion into the human body. The host cannot resist the animal diseases; thus causing rejection and death. Screening each animal for future diseases is not currently possible. Exposing patients and the doctors performing the transplant procedures to bacterial infections and viruses that remain dormant for years. Until complications with the transplant begins to weaken the host receiver making the dormant virus at viable concern (McKinney, Shoch, & Yonvjak, 1980-2011).
Current Regulations for Xenotransplantation Early in the 1990s, the (FDA) issued voluntary guidelines for the approval of limited clinical trials; both human and animal. The clinical trials started with different animal tissues, cells and organs for experimentation of ‘filtering blood’ as a temporary bridge for liver hosts awaiting liver transplants. The scientists and doctors have acknowledged that this procedure of introducing novel pathogens into society could cause a worldwide epidemic. The voluntary guidelines have been proved ineffective and the least successful method of controlling the aspects of the transplant procedures (Hyde, & Setaro, 2001).
Negative Concerns Without breaking any laws the doctor using the concept invented, and with the current knowledge of helping to save lives. This technology uses the human body own immune support to heal the damaged organ. This is not deviance act because this technology will save lives both human and animal. The new federal guidelines will need a stricter monitoring of the regimen for patients receiving the computer-aided microscopic rare gene molecules concept. This is rigorous life-long checkups and physical exams until the procedure is complete. Without strict monitoring; potential for disaster begins with human error, fraud, and negligence. The advancement of technology is flawed by human nature assuming all the procedures are properly documented and securely stored (Barash, 2001).
Positive and Negative Animal Concerns
Technology is being used every day to help to lengthen the lives of humans. The advanced computer-aided microscopic rare gene molecules are solely being designed without the testing on humans or animals. Technology has supported DNA and work hand in hand with the justice system to identify individuals, to record finger prints, as well as to capture life changes in the configuration of the body. The participation in stem cell research has also shown techniques to find resolution to using embryo cells by using blastocyst, which is a laboratory-fertilized human egg, which those of prolife believe that life begins after conception and stem cell is murdering fetus. The advancing scales of companies breeding the ‘perfect pig’ in hopes of using the volatile subject to grow alternative human organs for transplants. Even with the serious side affect caused by the different immunity drugs needed to safely operate. The theory is pigs are slaughtered every day for food, and are viable subjects for these dangerous procedures. Transgenic processes are scientifically flawed also carry hazards for both the human and the animal (Gutierrez, 2011).
Doctor’s Liability The doctor is making a decision to utilize advanced technology. The new computer-aided microscopic rare gene molecules will help reduce death of certain transplant procedures in the United States. The doctor is asking the government to take in consideration and patent her advanced technological procedure. The approval of the patent will give the doctor the complete copyrights to the entire procedure of using the computer-aided microscopic rare gene molecules concept (DHS, 2010).
Conclusion
This think tank team of criminologists has determined the technological aspects of the invention viable. The invention shows the concept of using computer-aided microscopic rare gene molecules to bridge the effects of specially engineered cells into the damage organ healing the organ without surgery. The advances into DNA sequencing has allowed for the creation of an invention that will save lives and contribution knowledge to future generations. The United States Patent and Trademark has received the collective, innovative, and collaborated thoughts and views of four people to make the determination of a patent for the new invention.

References
Barash, David P (2001) Revolutionary Biology: The New, Gene-Centered View of Life.
New Brunswick, NJ: Transaction Publishers www.faculty.washington.edu/dpbarash/evolutionary.html Gutierrez, D (2011) Genetically Modified Pigs to be Bred for Organ Transplant Harvesting
Atlanta, GA: Natural News Network http://www.naturalnews.com/025414.html Hyde, Margaret O & Setaro, John F (2001) Medicine's Brave New World: Bioengineering and the New Genetics Connecticut: Twenty-First Century Books Publishing www.scienceclarified.com/everyday/Real-Life-Physics-Vol-3-Biology-Vol-1/Genetic-Engineering-Real-life-applications.html McKinney, Michael L, Shoch, Robert M, & Yonvjak, Logan (1980-2011) Environmental science: systems and solutions Chicago, Illinois McGraw-Hill Publishers www.donatelifeny.org/about-donation/data/
Prieel, F & Hirsch, S & Heering, P (1999) Holographic Topometry for Visualization of Soft Tissues for Facial Reconstruction
New York: Springerlink Protocols www.springerlink.com/content/vO70hvw248tj0h44/
Sabbatini, Renato (1999) Phrenology, the History of Brain Localization
Oxford, England: Brain & Mind Medical Journal www.oxfordjournals.org/our_journals/brainj/about.html
Schmalleger, F (2009) Criminal Justice Today: An Introductory Text For the 21st Century, Tenth Edition Retrieved from University of Phoenix Library eBooks website: http://ecampus.phoenix.edu/content/eBookLibrary2/content/eRead United States Department of Health and Human Services (DHS) (2010) Stem Cell Information Bethesda, MD: National Institutes of Health
www.stemcells.nih.gov/index