to predict and prevent dieseases
to develop new and improved medicines
the diagnosis is accurate
to improve forensic science
to be able to discover the cures to previously gentic uncurable disease
Pros
1. Might someday cure disease
2. Might someday increase crop yeild
3. Might create things that can be of our use
4. Might help save money, but also might cost a lot of money.
5. Cows might make leaner meat
6. Can currently engineer animals that grow faster, plants that grow faster and bigger might be possible in the future.
7. Some believe genetic engineering can save our lives.
8. Some believe genetic engineering is a safer source of human medicine
9. Some believe genetic engineering can save endangered species from going extinct
10. Some believe it can make chemicals more eco-friendly
Cons
1. Genetic engineering can have bad side effects
2. Genetic engineering could cause food Allergies
3. It could kill animals over time.
4. It could spread disease over time.
5. It could destroy livestock over time.
6. Genetic engineering could harm human, plant, and animal life.
7. The long-term effects of genetic engineering are not known.
8. Genetically engineered crops designed to use less chemical fertilizers actually use more after a period of years.
9. The process of genetic engineering has not be proven safe, though there are those who say it has been.
The benefits of the human genome project are virtually unlimited. A greater understanding of the human body will be achieved by knowing the role of all genes as well as the proteins they produce, how genes interact, and when and why these genes are active. The risks, however, are not as obvious as the benefits. This atlas of the genome will be made available to to anyone with internet access leaving possible viewers in the realm of bioterrorism.
it tells about whole DNA sequencing and it helps to find out the disease related genes..therefore many genes can be removed or worked on before the progress of disease
a con is that if the entire world knows their gene makeup then people will start to get declined from insurnace companies because they may inherit or have a certain disease
I think the benefits are developing technology to find out if a particular gene is located on a chromosome and developing new mapping technologies and tags for specific genes
why don't you use your own smarts
In biotechnology, biological processes are used to manufacture products intended to improve the quality of life for humans. Some of the potential benefits of biotechnology are that there are lower production costs for the farmer, increased food production, and with the need for pesticides and fertilizers being reduced, biotechnology would be good for the environment. The potential risks of biotechnology include food safety risks, pests developing resistance to pest-resistant crops and/or changes in the nutritional composition in foods.
In genetic epidemiology, a genome-wide association study(GWA study, or GWAS), also known as whole genome association study (WGA study, or WGAS), is an examination of all or most of the genes (the genome) of different individuals of a particular species to see how much the genes vary from individual to individual. Different variations are then associated with different traits, such as diseases. In humans, this technique has led to discovery of associations of particular genes with diseases such as the eye disease known as age-related macular degeneration and diabetes. In humans, hundreds or thousands of individuals are tested, usually for single DNA mutations (single-nucleotide polymorphisms, or SNPs). As of December 2010[update], over 1,200 human GWASs have examined over 200 diseases and traits, and found almost 4,000 SNP associations.[1] They are useful in finding the molecular pathways of disease, but usually not useful in finding genes that predict risks of disease
Consult an orthopedic surgeon regarding a calcific density in the medial aspect of the right hip. An orthopedist can help you sort out the risks and benefits or removal.
1. Access to benefits 2. Overcome regulatory barriers (Dubai and china for example) 3. Strengthen long term relationship or collaborate on short term projects 4. Growth 5. Productivity 6. Lower factor cost 7. Profit 8. Access to new market and distribution 9. Increased capacity 10. Sharing of risks
drowning
“Benefits & Risks”
Business risks are more general than project risks. Business risks affect the whole business, while project risks may only affect the project. Note the "may" here, as business risks can (and usually are) risks to the project, but the opposite is not necessarily true.
dude, its not a proscription drug it doesn't have risks and benefits. :)
-How risks will be managed -How human resources requirements will be met
what are some potential health benefits and risks of swimming
in human relations, imagined risks are
the risks and benefits of airplanes are that you can travel practically anywhere and that you might die doing it
In Project Management Terms: Risk Management is a process dedicated to identify, analyze, and respond to project risks.
The importance of a project contingency plan is that it allows the Project Manager to deal with known risks with more confidence. Contingency planning prevents the "panic mode" situation when we face risks, as it incorporates risks into the schedule.
Yes. we can also classify risks based on the Project Objective a risk would impact. They are: a. Scope Risks - Risks that are related to changes to the Project Scope (Ex: Scope Creep) b. Quality Risks - Risks that are related to the Projects Quality Standards (Ex: Missing Quality checks) c. Schedule Risks - Risks that are related to the Projects Schedule (Ex: Missed Delivery dates) d. Cost Risks - Risks that are related to the Projects cost (Ex: Budget Overruns)
yestheydo
Category A: Controlled human studies have demonstrated no fetal risk.