Biotechnology is one of the faculty of biology which involves the study and use of living organisms. This study is done in the field of technology, medical and engineering. The detailed study of those living organism is very useful for the field of bio products. The detail study of biotechnology is only done in the field of engineering so there is a lots of scope to the biotechnology engineer in India and in all over the world. Biotechnology field is mainly deals with the field of genetics, animal cell culture, microbiology, biochemistry, molecular biology, cell biology and embryology. In India various reputed Universities are provided engineering education in biotechnology field.
As we know there are various fields in Bio technology so each field has a different scope factors but equally they have same which is the very good scope. This sector is the non-polluting sector and closely relate with the live things thus the persons who knows in the detail about this things are must needed so scope and demand are very high to the biotechnology engineer. In India the scope is very high because India has the large scale of practice in the bio technology. India has the verity and largest bio logical environment which starts to help in this study so if the person who gets the bio technological education from India; he can work itself here only.
Biotechnology
In India manpower and labor is available in on vary less costs so it is easily possible to do big experiments on the practical basis with very low costs and risks. India has largest land for growing the different types of plants which are needle requires for the agriculture-based biotechnology thus fellow can work easily in that field and can test his doubts very accurately in less time. India as well as world market business of bio technological work is growing tremendously thus opportunity if different areas of working are created very quickly so engineers are gets jobs in their concern bio technology field only. Food industry, Home products industry is totally depending upon the research which are done in the Bio technology so there is also a scope for the new ideas and researches.
Advantages of Becoming a Biotechnology Engineer
Scope in Genetic of Bio technology engineering: Genetics includes the study of plants and animals. It is based on the reformation of DNA's with appropriate organism which is also called as microbes. Today this microbes are widely use in the manufacturing various drugs and vaccinations so Medical and Drugs industry needs many people who has the detail knowledge about this field and Bio Technology engineers has the opportunity to work with those companies on high posts in research fields and the packages which are got to this people is also very handsome. There is also a job vacancy for the biotechnology engineer in plant development sector where the new techniques are to be developing for the growing of plants. Hence there has been a number of people taking up biotechnology courses for a good future career.
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Gary Lewis is a writer and student of the world. Currently, he helps engineers write quality Mechanical Engineer Resume to land the highest paying jobs.
Biotechnology is a new and emerging technology that has given new heights of success to the medical world. It has developed innumerable important medicines that can effectively fight against the most deadly diseases and save the mankind form the disastrous wrath of these diseases. Using various therapeutic and restorative proteins, biotechnological plants are developing essential medicines that can cure almost all types of diseases effectively. These therapeutic proteins mainly called as the biological medicating agents are derived from several plant and animal resources that have the potential to cure diseases effectively without any side effects. This article is all about the importance of therapeutic proteins in the biotechnological industries that can treat common as well as crucial diseases.
These restorative proteins have the ability to cure many fatal diseases such as blood clotting disorders and diabetes. Various vaccines and antibiotics can also be developed by using these efficient proteins to provide immunity against several viral allergies and infections. Due to their wide application area, these proteins are highly in demand in the biotechnological plants as well as other pharmaceutical manufacturing industries.
Biotechnology
All the living organisms in this world have some therapeutic characteristics and can be effectively used for the development of efficient and cost effective medicines and other also health care products. Among all the living organisms, bacteria Escherichia coli are found to be the most efficient organisms possessing therapeutic characteristics.
Importance of Therapeutic Proteins in the Biotechnological Plants
The growing demand of these salutary proteins to manufacture important medicines has forced all the pharmaceutical manufacturing plants to develop more numbers of resources having these healing characteristics. Prophylactic biopharmaceutical products can be developed by the post-translational modification of these proteins. These biopharmaceutical products are the derivatives of the restorative proteins and can be used for the manufacture of essential medicines. Plant resources can also be used to derive these restorative proteins and can be used for transgenic alterations and targeting.
Importance of Therapeutic Proteins in the Biotechnological PlantsSara Evans - A Little Bit Stronger Tube. Duration : 4.65 Mins.
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Biotechnology is the branch of science that works with living organisms and the researches their functions. It has advance a great deal in the past few years and now is practically ubiquitous in our day to day lives. Biotechnology has been incorporated in the manufacture of many different products and has had resounding success in the field of medicine. The knowledge gained from the research carried on in the field of biotechnology has helped in the medicinal values of materials that before this were never imagined and made available different and new means to deal with challenges that have wrought the path of humans. This field has been growing rapidly and has made numerous advancements and breakthroughs over the last few years. It is still a highly controversial field and the reviews it has received have been mixed owing to the fact that it can be used to manipulate science.
Despite its breakthroughs this field is still in its infancy and as such is quite far away from making big profits. Few companies though have gained hugely from this science but the number of these is very limited. Since this field is mainly about research it requires large funding. These funds can be a drain on the company if the field is not really producing monetary results. Biotech companies essentially blend science and engineering to produce results. Their main aim is the welfare of the society and to that end focus on the production of medicines, food items and recycling. These companies can be divided into three main sectors namely - medicinal, agricultural and industrial. But the main developments have been in the medicinal field. They have been focusing on discovering cures for dangerous and incurable diseases.
Biotechnology
Medical Biotechnology is mainly used in the production of drugs. Many of these companies have made breakthroughs and created cures for many different diseases. This technology has been mainly used in this field to deal with the medicinal value of plants. Plants have great healing powers if used in the right quantities or combinations. These studies are carried out by researching different plants and identifying each one's medicinal properties. Then these properties are tested against different strains of bacteria to figure out is they are effective against them and to what extent. This is a time consuming process and the research just cannot be rushed. The safety of the consumers is at the very top of their priorities and as such they have to make very sure of each study.
Some Important Information on Biotechnology and Its Uses
Another important use of biotechnology is the field of Genetic Testing. This process requires a lot of precision and dedication. A process known as Gel Electrophoresis is used in the testing of DNA strands. This research can help in a myriad of way like criminal forensics, paternity testing, etc. The research pertaining to the genes responsible for breast cancer have been recently found with the use of this technology and companies are in the process of trying to isolate them reducing the risk of cancer in women.
Man's reliance on science is unending and even with all the ethical issues that are being projected on Biotechnology, it is a field that is going to be of great importance in our lives.
Some Important Information on Biotechnology and Its UsesRazy Gogonea - Britain's Got Talent 2011 Audition - itv.com/talent Tube. Duration : 4.85 Mins.
Britain's Got Talent: 28-year-old dancer Razy, originally from Romania, is trying out for Britain's Got Talent with quite a unique act, taking queues from the film The Matrix. With breakdancers being notorious on this show - from Tobias Mead and Aiden Davis to winner George Sampson - has Razy got something special that makes him different? See more at itv.com
Biotechnology is a practice as simple, and as ancient, as brewing beer or making cheese. In a practical sense, biotechnology is nothing more than humans putting to use the natural activity of microorganisms. But in the last twenty years, biotechnology
San Diego, California, is considered as one of the major technological centers of the world. It has successfully turned into a leading city in biotechnology, communications and software development.
How to Start a DVD Rental Business:
Biotechnology
This is one business that, with relatively low investment of say ,000, can bring in profits of 0,000 to 0,000 if under good management.
Estimate the start-up costs and be certain that the necessary funds are available. It will be better if you give your business a legal identity of its own, as it offers you limited liability protection. Select an appropriate name and register it. Insurance, required licenses and permits have to be researched and procured. Hire an attorney to help you with the process if necessary.
Tips For Starting A DVD Rental Business In San Diego
It is necessary to find out if there is indeed a market plus adequate demand in the area where you choose to operate. Select a storefront in a street corner or in a shopping mall. It could be a 1000- to 1200-square-foot shop in a busy commercial area. It has to be aptly designed to accommodate a customer care area, a DVD display area, and a storage area.
You could also consider taking up dealership of a particular popular brand of DVD player as a side business, offering customers who purchased from you a free membership to your extensive DVD database. However, make it clear that late charges or penalty for returning the DVD later than agreed on has applicable penalties.
You will have to buy at least 450 to 500 DVDs, making sure you buy a minimum of 4 copies of each. You could work out a system to rent all copies for the initial 6 weeks with a condition they are returned the next day itself or perhaps sell 3 copies after 6 weeks and rent the other with a condition that it is returned within 3 days or some other viable structure. Be sure to visit your competitors to find out how to rate the membership fee, any late charges and the rate for the different categories. You could also install a vending machine. You will have to watch reviews and reports on how movies fare in the box office before investing in DVDs. This will help you from being stuck with many movies nobody is interested in renting.
List all equipment, such as a computer, printer, bar code reader, credit terminal, TV and DVD player, furniture, display racks, vending machines and buy them after comparing prices of various vendors.
Hire a helper if necessary to deal with customers, such as reminding them if they are late in returning. Invest in services or products designed to help new ventures succeed.
Advertise and promote your business by designing good strategies. Listing in the Yellow Pages, advertisements in newspapers and distribution of leaflets in your area can help. These are a few basic facts about DVD rental business start-ups.
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The vast application of biotechnology can be seen in food, medical and agricultural industries.
Food Industry
Biotechnology
Various types of vegetables, fruits and crops are clear signs of this field. Production of the different kinds of dairy products and beverages are miracles of biotechnology. Now, we can save our food for months and years because of biotechnology. By the help of hybridization techniques, new animals are created to obtain milk and meat. Nutritious food items are being developed, which is more beneficial for the health.
Applications of Biotechnology
Medical and Pharmaceutical Industry
New pharmaceutical drugs and medicines are coming in the markets, which are serving patients with more efficiency.
Insulin, thyroxine and all other human hormones are easily available for the use because of biotechnology. Gene therapy is a latest way to replace wrong genes in the body. Production of a factor VIII blood clotting protein for hemophiliacs is a clear example of the gene therapy. Transplantation of organs is a greatest marvel of biotechnology.
Agricultural Industry
New crops are being produced, which give more productivity in less time and area. By using different breeding techniques, new plants and fruits are being produced. The utilization of biological techniques to kill pests and other harmful herbs for crops is becoming popular.
Other Applications
Nowadays, biotechnology is used in mining industry to obtain different minerals like getting pure cooper from copper sulfate (CuSO4) by help of different bacteria.
Controversy
Techniques of cloning have produced many doubts and ambiguities. This is an alarming situation that scientists will be able to produce a human from a human cell. Lots of religious and moral problems come in this matter. So, this issue has created a question mark for this beneficial field of science.
Applications of BiotechnologyRazy Gogonea - Britain's Got Talent 2011 Audition - itv.com/talent Video Clips. Duration : 4.85 Mins.
Britain's Got Talent: 28-year-old dancer Razy, originally from Romania, is trying out for Britain's Got Talent with quite a unique act, taking queues from the film The Matrix. With breakdancers being notorious on this show - from Tobias Mead and Aiden Davis to winner George Sampson - has Razy got something special that makes him different? See more at itv.com
There's lots of confusion surrounding Federal Government Grants simply because there are so many different types of funding available to the public. You can find everything from educational grants, government grants for new businesses, grants for women and grants for men to privately funded grants and just plain weird grants. There are really so many choices that it can be difficult to know where to begin.
Before we get any farther along...
Biotech Rumor
by definition: a grant is a financial gift that includes specific obligations of the grantee and certain expectations on the part of the grantor.
The Truth About Federal Government Grants
So to help you avoid the confusion in your search for grant money, try to remember these simple truths...
The Rumor: "only large businesses and corporations get grants"
Most people believe that government grants are reserved only for big businesses and companies. People tend to think that you will need a team of lawyers to deal with the stacks of legal paperwork...but the reality is that this is just not true.
The Truth: "every legal citizen is entitled to receive grants"
The law permits every legal citizen to apply for and receive government grant money. In addition, federal grants do not require a background check or a credit check to apply. This is good news for people with bad credit or bankruptcy problems.
The Rumor: "the federal government is giving away money"
If you have ever investigated federal grants then you have probably seen the ads and articles stating that "the Government is giving away free money". There is a great deal of controversy around these claims.
The Truth: "government grants are free with certain requirements"
While the Government is definitely giving away billions of dollars in funding, there are specific requirements that come along with the acceptance of government money. Be sure to research the specific obligations of each grant before applying.
The Truth About Federal Government GrantsMinecraft - "Shadow of Israphel" Part 5: Breakfast Distraction Tube. Duration : 15.20 Mins.
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Biotechnology is a field of biology that uses engineering, technology, living microorganisms and medicine to make products. With a growing need for medical professionals in the field, the industry and career options have grown quickly. If you are looking for biotech jobs, there are many different positions requiring different levels and knowledge. While the field requires continuing education and passion for science, there are many different categories in the field including: research and development, quality control, and clinical research. Each different category involves a number of different professionals to build a cohesive and effective unit.
Biotechnology
In research and development, there are positions starting from the bottom and working their way up. A glass washer, responsible for maintaining laboratories and cleaning beakers, is the lowest position available to entry-level candidates. From this position, with the right education, employees can work their way up to a laboratory assistant, research associate, plant breeder, or greenhouse assistant. Most entry-level positions will require a bachelors of science degree or equivalent.
Why Biotech Jobs Are On the Rise
Quality Control positions are responsible for maintaining and developing quality standards for raw materials in manufactured products and those in the process of production. With testing and evaluation procedures, this department plays an important role in the biotechnology company. Positions will vary from a Quality Control Analyst to an Environment Health and Safety Specialist. While each has a common goal of keeping products safe and manufacturing practices effective, they will all have different responsibilities.
Clinical Research is the last scope of biotech jobs. Responsible for the research of finished products and analyzing data, this department is full of a number of different employees including: clinical research administrator, clinical coordinator, clinical programmer, animal handler, animal technician, and technical writer.
The need for biotech professionals is growing as the need for products emerges. With the boom of pharmaceuticals and pharmacy, it is no surprise biotechnology is also growing. If you are looking for a promising career, study the schooling requirements of various positions you are interested in and change your life. With high paying salaries and job stability, this is an extremely popular field to get involved in.
Why Biotech Jobs Are On the RiseKung Fooled Video Clips. Duration : 5.33 Mins.
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Since I enjoy helping people so much, I have always had a passion for wanting to work in the healthcare industry. Choosing a specific field wasn't easy and I certainly wanted to learn as much as I could about being a pharmacy tech, so I have put everything I learned into a useful blog at PharmacyTechBlog.org. I recently wrote an article about Biotech Jobs that you may find very insightful.
Biotechnology is one of the rising technologies. Many pharmaceutical industries are using this technology in producing the effective medicines. The basic ingredients used to produce effective medicines are all natural elements. This Biotechnological Plants uses animal and plant cells as a basic substances and produces the most effective and low cost medicines to cure the most dangerous and deadly diseases. The emerging technology is also used in other areas like agriculture, biology and food science. It basically takes the principles of science like molecular biology, embryology, microbiology, biochemistry, genetics and cell biology. The concepts are used for the alteration and development of natural organisms to serve the mankind effectively.
Biotechnological Plants mainly manufactures medicines which are more efficient and cost effective medicines that can be affordable by common man. The methods used to produce the efficient medicines are very simple and easy. Using the biotechnology the plants produced many therapeutic proteins and many effective medicines to cure dangerous diseases like Hepatitis C, Hepatitis B, Cancer, Arthritis, Multiple Sclerosis, Hemophilia and Cardiovascular disorders.
Biotechnology
Biotechnological Plants has grown tremendous success in the medical field by producing the useful medicines and proved its excellence in this field. The contribution towards others areas like agriculture and food products is significant. By modifying Genetically Engineered plants it has shown the tremendous increase in the crop, numerous efforts have been made to produce such crops that can bear the abiotic and biotic stress and contain more therapeutic proteins and other nutritious components. The ripening span of fruits has been increased and also the decay process of fruits has been decreased. Hence, we can say that biotechnology is a growing technology that has given new heights to medical world. The young graduates are showing more interest in this field and they are putting more effort in using the technology and produce the most effective and efficient medicines which can be available to common man.
Biotechnological Plants Is an Emerging Technology
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The experience over the last few decades has clearly shown that unlike school education, privatization has not led to any major improvements in the standards of higher and professional education. Yet, in the run up to the economic reforms in 1991, the IMF, World Bank and the countries that control them have been crying hoarse over the alleged pampering of higher education in India at the cost of school education. The fact of the matter was that school education was already privatized to the extent that government schools became an option only to those who cannot afford private schools mushrooming in every street corner, even in small towns and villages. On the other hand, in higher education and professional courses, relatively better quality teaching and infrastructure has been available only in government colleges and universities, while private institutions of higher education in India capitalised on fashionable courses with minimum infrastructure.
Nevertheless, successive governments over the last two decades have only pursued a path of privatization and deregulation of higher education, regardless of which political party ran the government. From the Punnaiah committee on reforms in higher education set up by the Narasimha Rao government to the Birla-Ambani committee set up by the Vajpayee government, the only difference is in their degree of alignment to the market forces and not in the fundamentals of their recommendations.
Biotechnology
With the result, the last decade has witnessed many sweeping changes in higher and professional education: For example, thousands of private colleges and institutes offering IT courses appeared all across the country by the late 1990s and disappeared in less than a decade, with devastating consequences for the students and teachers who depended on them for their careers. This situation is now repeating itself in management, biotechnology, bioinformatics and other emerging areas. No one asked any questions about opening or closing such institutions, or bothered about whether there were qualified teachers at all, much less worry about teacher-student ratio, floor area ratio, class rooms, labs, libraries etc. All these regulations that existed at one time (though not always enforced strictly as long as there were bribes to collect) have now been deregulated or softened under the self-financing scheme of higher and professional education adopted by the UGC in the 9th five-year plan and enthusiastically followed by the central and state governments.
Experience of Privatization of Education in India
This situation reached its extreme recently in the new state of Chattisgarh, where over 150 private universities and colleges came up within a couple of years, till the scam got exposed by a public interest litigation and the courts ordered the state government in 2004 to derecognise and close most of these universities or merge them with the remaining recognized ones. A whole generation of students and teachers are suffering irreparable damage to their careers due to these trends, for no fault of theirs. Even government-funded colleges and universities in most states started many "self-financing" courses in IT, biotechnology etc., without qualified teachers, labs or infrastructure and charging huge fees from the students and are liberally giving them marks and degrees to hide their inadequacies.
It is not that the other well established departments and courses in government funded colleges and universities are doing any better. Decades of government neglect, poor funding, frequent ban on faculty recruitment and promotions, reduction in library budgets, lack of investments in modernization leading to obsolescence of equipment and infrastructure, and the tendency to start new universities on political grounds without consolidating the existing ones today threatens the entire higher education system.
Another corollary of this trend is that an educational institution recognized in a particular state need not limit its operations to that state. This meant that universities approved by the governments of Chattisgarh or Himachal Pradesh can set up campuses in Delhi or Noida, where they are more likely to get students from well off families who can afford their astronomical fees. What is more, they are not even accountable to the local governments, since their recognition comes from a far away state. Add to this a new culture of well-branded private educational institutions allowing franchisees at far away locations to run their courses, without being responsible to the students or teachers in any other way. This is increasingly becoming a trend with foreign universities, especially among those who do not want to set up their own shop here, but would like to benefit from the degree-purchasing power of the growing upwardly mobile economic class of India. Soon we might see private educational institutions getting themselves listed in the stock market and soliciting investments in the education business on the slogan that its demand will never see the sunset.
The economics of imparting higher education are such that, barring a few courses in arts and humanities, imparting quality education in science, technology, engineering, medicine etc. requires huge investments in infrastructure, all of which cannot be recovered through student fees, without making higher education inaccessible to a large section of students. Unlike many better-known private educational institutions in Western countries that operate in the charity mode with tuition waivers and fellowships (which is one reason why our students go there), most private colleges and universities in India are pursuing a profit motive. This is the basic reason for charging huge tuition fees, apart from forced donations, capitation fees and other charges. Despite huge public discontent, media interventions and many court cases, the governments have not been able to regulate the fee structure and donations in these institutions. Even the courts have only played with the terms such as payment seats, management quotas etc., without addressing the basic issue of fee structure.
Experience of Privatization of Education in IndiaHalo: Reach - Fails of the Weak Volume 31 (Funny Halo Bloopers and Screw-Ups!) Video Clips. Duration : 3.87 Mins.
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In clinical haematology, haematopoieses is the normal part of the analytical procedure. The breaking down and separation of the components of whole human blood can be achieved using a variety of methods, and the newer haematology analysers used today are advancing in technology to make manual counting of blood components unnecessary.
A haematology analyser uses many methods for counting human blood components, red blood cells, white blood cells, thrombocytes or platelets, and other species of cells that are common in human blood. Red blood cells have morphologies that can indicate disease or other health issues, so having an instrument for detecting these subtle changes is paramount for the diagnostician. Certain anemias can be detected with today's haematology analysers.
Biotechnology
Anemias are dysfunction in the red blood cells production. This can be evident in the size, shape, and hemoglobin content of each red blood cell (RBC). RBC's are analysed for these parameters within a hematology analyser by sorting them through a tiny aperture, which allows only one cell at a time to flow. An electronic charge field surrounds the aperture, and as the cell flows through the opening, the charge is disrupted, causing microvolt changes, which can be calculated by computer software.
How Haematology Analysers Are Used in Biotechnology Applications
Different sized cells cause a unique charge in the aperture. Shapes can also be determined in this manner, such as poikilocytosis, or the major dissimilar shaping of RBC's. Anisocytosis, or different sized cells, are detected at the same time as the unique shaped cells. This has developed into a highly advanced and technically efficient process. Diagnoses of many blood diseases can be ascertained in a matter of minutes using the hematology analyser.
White blood cells, or WBC's, are the protectors of our bodies within the blood. They combat disease and infection, and without them, we would not survive. Many diseases can be diagnosed using a haematology analyser by examining the types of WBC's present in the whole blood samples of humans. A normal white blood cell count in a male human should be from three to 10 per thousand cells, and any deviation from this is cause for alarm. Haematology analysers can count, accurately, the WBC's present in a known volume of aspirated human blood.
Morphology of the WBC's is also an important parameter in which these analysers can provide. Normal differential peripheral blood smears were usually done manually in the past, but now can be accurately ascertained using the haematology instrument. The sizes of the nucleus of cells are detected using a particle-sizing instrument that can accurately determine the size and shape of the cells being tested.
Red blood cells are also examined in this way because certain shapes of the cells can indicate diseases or defects in the blood system. Having an accurate and efficient analyser is so vital that they are found in every clinical and medical laboratory around the world. Veterinarians also use these systems for animal blood testing, as animal also procure diseases and have disorders which can wreak havoc with their health. Without the indubitable analyser in the clinical laboratory setting, many samples would be slow to results, and accuracy may be compromised.
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Jack and Geoff took a lovely stroll down a wooded meadow and stumbled across a poor weeping woman. When asked about what the problem was, the woman replied "It's Friday, and I have yet to see a fail video!" Jack and Geoff laughed heartily and then provided her with this video. Enjoy.
Take a look at other relevant information about haematology analysis including chemistry analyzer content and applications as well as haematology analyser product profiles.
The advent of new technology and science has led to the emergence of new industries and services that further add the development; Contract Research Organization being one of them. Also, known as Clinical Research Organization or CRO, it provides excellent support to pharmaceutical, academic, medical instruments, government and biotechnology industries, giving their efforts and endeavors a new dimension.
Contract Research Organization or Clinical Research Organization help and assist the client at every stage.CRO's offer multitude of services that include development of better and advanced products, formulation and manufacturing; undertaking clinical trials, providing for clinical laboratory services to process trial samples, data management and ensuring that mandatory legal and FDA regulations are adhered to. Right from the research to the marketing of the drug, at every stage CRO's assist the pharmaceutical companies.
Biotechnology
Taking into consideration the complexity of the Research and Development, in the late nineties, the companies began outsourcing these activities to Contract Research Organizations. Outsourcing not only reduces the need for large staff required to conduct tedious R&D, but also is cost-effective and profitable. The revenue saved can be employed into other avenues. The CRO's take care of the legal matters, so the pharmaceutical companies do not have to keep themselves updated about rules and regulations.
Contract Research Organizations
Clinical trials are an important and integral part as far as the pharmaceutical firms are concerned. The efficient and apt handling of the same is required. The complexity of clinical trials, increase in clinical data, need for diverse patient populations and other issues, resulted in outsourcing the same to Contract Research Organizations. Clinical Trial Monitoring includes monitoring data collection, checking case report forms, regulatory compliance and other segments of clinical research.
Product development services that include Product Development Consulting and Product Development Solutions are also offered by CRO's, that cover an extensive range of medicines like Oral, Nasal Topical & Transdermal and so on. The clients are assisted and helped through the entire development process. The aim is directed towards timely, cost-effective mechanism combined with high quality product and minimum risks.
Quality is always given top priority and quality assurance standards set by the Contract Research Organizations are high and in sync with global mandates. Quality auditors comprising legal experts, licensed physicians and other knowledgeable staff ensure that issues if any are corrected and preventive measures are applied. The detailed audit and study reports enables the client to train staff if they are lacking in any aspect or improvements in current processes are inculcated, thereby resulting in better and error free procedures.
Other services include Clinical Project Management, Clinical Supply Management, Safety & Pharmacovigilance, Feasibility Studies, Clinical Trial Patient Recruitment, Clinical Biostatistics, Pharmacokinetic & Pharmacodynami, Medical Device Development and Analytical Services.
In a nutshell, consistent quality, commitment and continuous innovation have resulted in success and growth of Contract Research Organization industries. Currently,1,100 companies, in the near future, with increase in the target market, need for better medicines and products and expansion of pharmaceutical and biotechnology industries, this industry is expected to grow even further.
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Susan Parker is an experienced medical writer, specializing in writing on how biotechnology and pharmacy are partnering to develop the best in medication. Know more on Research Services and pharmaceuticals from Cirruspharm
India is an agricultural economy. So it is natural for farm scientists in India to twitch their eyebrows if a considerable decline in Indian agriculture production is observed. Indian Farm scientists foresee food scarcity in the impending years which could prove to be a serious threat to the India and the world economy. According to them the only way to counter this problem is to make rapid progress in the field of nano-biotechnology. India's top farm scientists who had gathered at Indian Agriculture Universities Association (IAUA) Meet for Vice-Chancellors organized at the National Dairy Research Institute, Karnal had expressed concerns over the scarcity of food which according to them would grow into a serious global issue that needs to be tackled head-on.
Biotechnology
With the population mounting in Asia and African regions, the global population is expected to touch 7.5 billion by 2020 and 9 billion by 2050. Needless to say, there is an increased need to use scientific technology to boost agricultural production, informed Dr B Mishra, vice-chancellor of the Shere-e-Kashmir University of Agricultural Sciences and Technology, Jammu.
Are You Using Nano-Biotechnology to Increase Crop Yield?
India is known to produce 230 million tones of food grains, 149mt of horticulture products, 51 billion eggs, 7 billion tones of fish and 105 mt of milk, nonetheless dearth of post-harvest technology leafs to annual loss of Rs.76,000 crore. Of this, around Rs.52,000 core is reportedly lost in wastage of milk, fish, fruits and vegetables alone, informed Dr A K Srivastava, director, National Dairy Research Institute (NDRI), Karnal.
As per the statistics available, over 1 billion people across India and the rest of the world live on one meal a day, of which nearly 250 million are from India alone. And the top of it, the one meal they get is from left-overs and garbage cans, elaborate Dr. Srivastava. By 2020, the agriculture industry would need more water for its sustenance, however the water availability would go down by 12 percent, he further added. The only remedy is to opt for scientific methods and enhance nutrient content in the soil so as to fortify the soil that losing its strength to produce.
The deteriorating conditions have prompted Punjab Agriculture University (PAU), Ludhiana, to start research. The university has already set the stage to counter the crises by setting up one of the best nano-biotechnology labs of the country and has undertaking some ground-breaking work on nematodes in the soil. According to PAU vice-chancellor Dr M S Kang said, Nematoda is the prime culprit that causes crop destruction and that leads to less crop yields. PAU has undertaken a research wherein the fungus is applied to lock in nematodes.
Continual efforts are being made to use nano-technology for better and prudent use of fertilizers and pesticides. Technology can be applied for fast detection of diseases and delivery of fungicides in a proper maneer. This will aid in increased crop production. Likewise in South India, Karnataka Veterinary, Animal and Fisheries Sciences University located at Bidar is making use of new technologies to increase the output of fish and other marine species used as food.
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Biotech venture capital funds are looking for lucrative new business ventures and deals to invest in. After a slump in the last year, the Venture capitalists are back with a bang and they are investing in the biotechnical field like never before.
Why Biotech?
Biotechnology
Did you know that:
Understanding Biotech Venture Capital Funds
• Biotech was in fact, second in venture capital funding levels? Six hundred and thirty nine million dollars were invested in only sixty six companies. That works out to roughly 9 million per company!
• Biotech is the hot new field for investment because people are desperate for cures for cancer, because there is a very real fear that the new age weapons of war will be infectious diseases and because of an aging baby boomer population.
• The total value of life science companies has steadily been on the rise in the last few years and it is thus the hottest field for investment at the moment.
• There is a renewed interest in the field of developing vaccines to prevent killer diseases.
Thus biotechnology is definitely a field you would want to invest in, if you are a part of biotech venture capital funds simple because it is a field which shows a great deal of promise and potential.
If you are an entrepreneur, seeking funding, the basic thing to remember is corporate venture capital firms look to invest in companies wherein it can find commonalities between itself - the greater the number of common factors, the greater the chances of securing an investment. A very basic example is as follows.
Motivations
Very large corporations, dealing with say, pharmaceuticals will invest in a small company that it believes, will be able to produce a key compound that the large company plans to use in its own products. This is a very solid reason for investing. They won't invest in a company which produces products which are of no value to them.
Another main reason for investment in a company is if the company is capable of realizing a high profit margin. This is after all, the main reason why a biotech venture capital fund will invest in your company. If you are able to guarantee good returns, they will guarantee you all the funding that you need to carry out clinical trials and experiments. If you have a promising product and are able to convince the investors of its potential, then you have a winner in your hands.
There are several reasons why a corporate healthcare company has invests in a smaller company, but the main reasons are strategic or financial. Large corporations like to diversify and produce new products. They hope that the products produced by the companies that they take under their wing will complement the product line of the parent company.
Another reason why investments are frequent in this sector is that companies hope that fledgling companies can offer services (like research) that will help them make more profitable business decisions in the future. So if you have a good product, then biotech venture capital funds will always be there to help you with it.
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A Biotech engineer is a person who works on various techniques such as: DNA - Extraction, and chromatography. To be a successful Biotech engineer you should also have some knowledge regarding microbiological experiments. Writing an effective resume is also very important for you. A good resume could get you the job.
So, now let us talk about some of the things that you must consider while writing a resume. First of all, make sure that you include all the important details in your resume. You should not miss anything. Now, given below are a few things that are indispensable to include in your resume:
Biotechnology
1. Personal Contact information It is very important to include all your personal details and contact information in the resume. State all your telephone numbers and email ids through which the employers could get in touch with you.
Best Resume For Biotech Engineer
2. Resume objective The most important part of your resume is a resume objective. It is a short statement that informs the employer regarding your career goals. It should leave a lasting impression on the employer. Now, let us have a look at one of the best sample resume objectives for Biotech engineer job: looking for a purpose oriented position in biotechnology field with a decent organization where I could expand my skills.
3. Education The employers are very much interested to know what your educational qualifications are. You could mention any special degree that you possess. You could say that you have done Bachelor of Science from a reputed organization.
4. Your Qualifications Summary Including your qualifications summary is also of great importance. You could say that you are well acquainted with a number of subjects such as: organic chemistry, immunology and cell biology. Also tell them any additional skills that you possess.
5. Work achievements You could also highlight some of your achievements. Tell them about a particular award that you won for your work in this field.
These are some of the important things regarding Biotech engineer resume. Read this article at least once. It could really help you a lot. Have fun and enjoy yourself!
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Biotechnology experts claim that in the course of an office-based worker's career, he or she would be spending 80,000 hours sitting on a chair, usually in front of a computer. Not a lot of people know that sitting for prolonged periods causes more injuries to the body than standing. To prevent such injuries, many offices now furnish their premises with ergonomic chairs for the use of their employees.
It is important to use ergonomic chairs in the workplace. As stated above, sitting for long hours can harm the body more than standing does. It is because while standing, the pressure of supporting the body is evenly distributed along the spine. The circulation of blood in the body is unhindered, and the spine freely receives the nutrients that it needs to remain fluid and flexible.
Biotechnology
Sitting, however, makes the pressure of supporting the body uneven along the spine. The brunt of the pressure is received by the lumbar portion of the spine, which is the lower back. Blood circulation is blocked, and so the lower portion of the spine does not receive enough nutrients, causing it to harden. Preventing the lumbar portion of the spine from hardening is one of the health problems that ergonomic chairs aim to address.
Minimizing Injuries with Ergonomic Chairs
However, buying even the best-designed and the most expensive of ergonomic chairs would be useless if the people using them do not sit on them correctly. Aside from using ergonomic chairs, a few minor adjustments to a person's sitting habits will greatly reduce the cumulative damages that prolonged sitting can do to the spine.
For example, in the case of lower back pain, it can either mean that the lumbar portion of the spine is not being supported, or there is too much pressure on the vertebrae. It could also be that the muscles of the thigh are pulling at the spine because the legs are dangling and the feet are not flat on the floor. To address this problem, the backrest of the ergonomic chairs being used should be tilted forward slightly so it curves against the lumbar area of the spine. Another adjustment that should be made on the ergonomic chairs being used is to adjust the height of the chair itself so the legs are not dangling.
In the case of neck strain, tensed shoulders and pain in the upper back, it means the head is tilted too far forward or too far back. The arms also are not being supported. The adjustments that need to be made on the ergonomic chairs being used are, first, tilting the seat and the backrest either forward or backward so that the back, neck and the head are in a completely vertical position. As for the arms, the armrests of the ergonomic chairs being used should be raised or lowered so the arms are resting upon them comfortably.
If pain is experienced on the buttocks, then it means that there is too much pressure on the person's rear. The ergonomic chairs being used should then be tilted so that the people using them are sitting deeper into the chair. The back of the thighs should also be in the seat pan.
Even the best and the most expensive ergonomic chairs cannot help reduce the damage sustained to the body if they are not being used correctly. Only a few minor adjustments to these chairs and to the person's sitting habits are necessary, but the effects shall be great in the long run.
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Magnetic beads have been used in many ways through which the right jewelry and various forms of magnetic jewelry that comes in forms of healing and relaxing therapies in different purposes. There are many forms of magnetic beads and strings that have different forms which can be used for various healing ways for the body and also for setting up higher energy frequency around us. There are accent beads, magnet rondels, rice, swirl, drums, bi-cones, marbleized pear beads and many things more.
These different forms of beads come in different combinations for being used in different healing functions. However one must be careful while using magnetic beads in front of electric devices. Being highly charged these natural magnetic beads may upset the EMF balances of several devices. These beads are also fatal when swallowed and should be kept away from children and pets. These should also be handled carefully and not near batter operated devices. Nucleic acid purification process is a major transformative stage that occurs in this work which can be utilized in turn, for various kinds of DNA code alteration and activation synthesis work.
Biotechnology
DYNAL beads are internationally acclaimed and revolutionized separation methods. These beads can be used in differing ways through which scientific applications as well as cite thousands of helping modalities that are achieved through these. These beads deliver various diagnostic assessments and other therapeutic protocols. Overall these are wonderful ways through which any alternative healing therapy can be empowered as they do not interfere with most holistic treatments. Today's biotechnology continues to develop in a system and they bring high impact on different nuances on of one's health. Thus the magnetic beads are being embraced by many. The different sections in terms of Dynabeads help to get to know the different kinds of usages present in these several sizes. There are various applications of Dynabeands that experiment and deal with the different technologies that are being revolutionized in today's world.
Different Forms of Magnetic Beads and Their Uses
Different Forms of Magnetic Beads and Their UsesHalo: Reach - Achievement HORSE #8 (Jack vs. Geoff) Video Clips. Duration : 8.90 Mins.
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You want to establish a promising career in biotechnology. You have prepared an excellent resume suiting this purpose that is adorned with your work experiences and effective testimonials nevertheless; you find it difficult to set your foot. In order to present your skills, craft a striking cover letter to grab the interest of the recruiter so that they are compelled to set up an interview with you. Here is an example of a potential cover letter.
The Applicant's Name,
Current permanent address,
Current contact number,
E-mail address (not mandatory)
Biotechnology
To,
(Contact Information of your recruiter)
Date: 21st June, 2010.
Writing a Cover Letter For a Research-Based Job in the Field of Biotechnology
Dear Mr. /Mrs. Xyz,
I was pleased to discover on Findmyjob.com that the FCG Biotech Company has an opening for the post of Research Assistant in the field of Molecular Biotechnology. I believe that my credentials and my concerns go with your requirements. I have just finished my graduation this May and I want to apply for the mentioned vacancy.
As a Biotech Engineer, I have completed my studies in Genetic engineering, Micro biology, as well as, in Mathematics and Molecular Chemistry. I am presently drawn in a research assignment based on Pharmaceuticals at the Jesus and Mary Hospital, California, scrutinizing the affects of drugs on children, Genetic disorders, blood cultures for metamorphosis and Recombinant DNA technology. The previous year, I had a chance to work with PGC Pharmaceutical Company, where I contributed in Antibiotics Development and Research Studies.
I have a three years experience in the field of Biotechnology as a Teacher at the St. Agnes Convent School. I get all the errands concerning biotechnology. I am capable of working in a team as well as individually. I am able to put in efforts under pressure.
Besides my experience in the field of research and teaching, I am also involved in some extracurricular activities which include my communal services for the Society of Girls, where I actively organized a Women Scouts Day. I think that I present acute communication expertise and the aptitude to build a strong judgment according to the project needs.
You possibly are interviewing other prospective employees working in the same field. However I expect that you will not craft your final decision until I can discuss this trade with you and present my professional skills.
My Credentials are enclosed; I am awaiting an opportunity to meet you, in order to discuss this prospect. Please feel free to contact me on my number: 001-4678903 to call for an interview as per your convenience, in case you believe that I can make a potential employee. I am sincerely thankful to you, for considering my application.
Sincerely,
The Applicant's Name
Enclosures:
1. Curriculum vitae
2. Documents of qualification
3. Experience letters
4. Academic certificates.
So, I am sure that by now, you must be having an idea regarding a cover letter. I feel you will succeed in this task! So, Good luck!
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There's a graduate degree designed to provide students with the advanced training that might help them in relatively new, or newly expanded, careers. It's known as a professional science Master's degree - and students in some instances can participate in studies part-time, even online.
Professional science graduate degrees combine studies in science with those in management, policy and law, according to the Professional Science Master's Degree Association. The Master's degrees are designed to train students for "fields of the future," according to what a Washington state university representative told a Daily Evergreen reporter in February. Some of these fields include:
Biotechnology
Atmospheric Scientists. These professionals study the atmosphere, explore climate trends and forecast the weather. Many atmospheric scientists work for the federal government, and students might want to ensure first that the college or university they select offers courses that the National Weather Service requires. While a Bachelor's degree in meteorology or a similar field is often required to embark upon a career as an atmospheric scientist, some positions require a Master's degree, and even the most basic research spots call for a PhD.
Biotechnology Allows For Advancements In Graduate Science Degrees
The US Bureau of Labor Statistics anticipates that employment for atmospheric scientists is to increase faster than average. These jobs are to be very competitive, the agency notes, making it more likely that candidates with graduate degrees will actually obtain them. Median annual wages for atmospheric scientists in May 2008 were ,290.
Agricultural and food scientists. These professionals study farm crops and animals that supply us with food and come up with ways to make them more abundant, of a better quality, and in some instances to convert them to use as fuel. Many graduates with Bachelor's degrees might expect to find work in developing products in this field, but those who prefer research might consider continuing on to a graduate degree, the Bureau of Labor Statistics reports. Median annual wages of food scientists and technologists in May 2008 were ,520.
Biological scientists. These professionals are the zoologists who study animals and the microbiologists who study tiny organisms. The work that they carry out is designed to help in solving problems related to human health and enhancing the natural environment. Graduates with Bachelor's degrees might expect to find some work in the field, though a PhD is typically required in instances where graduates hope to carry out independent research. Median annual wages of biochemists and biophysicists in May 2008 were ,840.
The Bureau of Labor Statistics anticipates faster than average employment growth for biological scientists because of the growth of biotechnological research and development. The agency also attributes biotechnology to the employment growth for agricultural and food scientists. With biotechnology, scientists have the ability to make plants hardier and resistant to pests, perhaps limiting agriculture's adverse impacts on the environment.
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Students in many instances might want to study beyond the Master's degree for some of these careers. With so many advancements in different fields these days, they might find that the offerings available to them at the graduate degree level are more varied and abundant than they were in the past such as being able to earn a Master online. Thanks to the advancements in technology, people can attend colleges online.
The primary goal of the biotechnology industry is to invent new biologically-active substances, for the treatment of disease, the pharmaceutical industry, and the management of agriculture.
The U.S. is the world leader in biotechnology, currently providing employment for more than 300,000 people in over 6,000 U.S. biotech companies, with an estimated market capitalization of approximately USD 281 billion in 2008. The biotechnology industry has more than tripled in size since 2000, with revenues increasing from USD 25 billion in 2000 to more than USD 80 billion in 2008. In 2007, Amgen, Inc., the world's largest biotechnology company, achieved total sales of USD 14.7 billion. Expectations are that the biotechnology market will increase to more than USD 130 billion by 2011.
Biotechnology
Geographically, the U.S. accounts for 65% of the biotechnology market, Europe 23%, Canada 7%, Australia 3%, and the rest of the world, 2%.
The Biotechnology Industry
Today, genomics and bioinformatics development both are being pursued within major pharmaceutical companies. There have been key collaborations with traditional IT technology companies such as IBM, Hitachi, Ltd., Samsung, SK Telecomm and Motorola. The U.S. biotechnology research and pharmaceutical industry spent a record USD 8.5 billion in 2007 on the R&D of new medicines and vaccines. As of 2006, the biotechnology industry compared favorably with the pharmaceutical industry in terms of R&D expenditures per employee. Venture capital investments in bioscience companies reached USD 11.6 billion in 2007.
Ernst & Young reported that in 2006, 82 publicly-traded Canadian biotech firms claimed S3.2 billion in revenue, accounting for 4.4% of global biotech revenues. Human health accounts for the largest segment of the Canadian biotech industry, representing more than half the interest of all biotech companies, approximately 70% of all biotech revenues and nearly 90% of all biotech R&D. Bioinforrnatics provides an important capability for the Canadian biotech industry, encompassing genomics and other "omics", tissue engineering and drug discovery technology.
Canadian bioinformatics companies include Bioinformatics Solutions, Inc., DNA LandMarks, Inc., and Kinexus Bioinformatics Corporation. Montreal, Quebec, has Canada's leading biotech cluster, followed by Toronto, Ontario; Vancouver, British Columbia; and Winnipeg, Manitoba.
Five European Union (E.U.) member states-Denmark, Finland, Germany, Sweden and the U.K.-continue to be world leaders in biotech innovation along with the U.S. and Japan. In the second half' of 2007, European biotech companies reached USD 765.3 million in venture capital investment. In January and February of 2008, venture capital funds invested a total of USD 145.6 million into new European biotech companies; however, with the economic stresses of the latter part of the year, many European biotech firms may find it harder to raise money in early 2009.
The Biotechnology Industry Organization of Germany (BlO Deutschland), located in Berlin, has more than 180 members, including companies, BioRegions, and sector service providers. The goal of the organization is to support and promote a stable economy through innovation in bioscience. Among the German biotech companies are the Biotechnology Research and Information Network (BRAIN AG), 4SC. AG, Bionas, UmbEl and Direvo, which recently (September 2008) was purchased by the German pharmaceutical and chemicals giant Bayer HealthCare. In view of' the burgeoning German biotech sector, traditional German scientific companies like Eppendorf, AG, Sartorius, AG and Qiagen also have gotten into the act.
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Dr. Richard Graydon, http://www.medauthor.com, trained as an Oncologist, holding both M.D. and PhD degrees, specializing in molecular genetics and cancer research. His education and experience have provided him analytical and clinical skills for keen insight into diagnosis, treatment, and care of cancer patients. See http://www.medauthor.com for further information
Since the times mankind took to agriculture, we have been improving our crops in order to get more yield. The tools of crop improvement are selective breeding of crops with desired characters, cross pollinating two related plants for desired characters followed by controlled self breeding. But this method of breeding has one major drawback. Nature has provided all organisms with genetic inability to breed freely with other species. An organism can breed only among those of same type. Due to this genetic blockage one species is unable to cross breed with another species. A species can breed among relatives of the same species only thus limiting the scope of improvement. There are some exceptions in nature to this like a cross between a donkey and mare is possible and results in a hinny, similarly across between a horse and jackass results in a mule but both hinny and mule are sterile.
Advances in Molecular Biology and Biotechnology have provided us with tools to do away with this genetic blockage. Biotechnology has enabled us to produce organisms with desired characters crossing all limits of species except for religious, moral and ethical issues.
Biotechnology
The result of advances in Biotechnology and Molecular biology is Genetically Modified crops or animals popularly called GM Crops or GM Animals. Various steps in producing GM Crops /Animals can be summarized as
GM Crops - Boon Or Bane?
Organism with desired character is identified.
The gene( a specific sequence of DNA nucleotides that code for a specific character) is identified and cut off from the main sequence.
This gene is attached to a carrier or vehicle called vector. Vector is either a virus or bacterium. The bacterial cells have an extra piece of DNA called plasmid. The gene is attached to plasmid and transferred back to the bacterium.
The bacterium multiplies and produces a large no. of copies of the desire gene.
These gene copies are then transferred to the target cells either by firing them at high velocity into the cell or through a soil bacterium Agrobacterium tumifaciens.
The cells are then cultured using tissue culture techniques to produce GM plants.GM plants are extensively tested to find the proper working of the gene. This is done with the help of certain marker.
Genes express themselves through proteins. This hypothesis is called central dogma
DNA(Gene) ------> mRNA ------> Protein
We may not inadvertently create a similar monster world full of interspecific plants and animals, lest the God once again has to wipe the slate clean to start all over again.
Central Dogma
The expression of gene is a complicated and controlled process through promoter and suppressor genes. These gene switch on or switch off a specific gene thus regulating its expression.
Using biotechnology it is possible to transfer non plant genes into plants.The best example of this is B.t or Bacillus thuringonsis, a naturally occurring bacterium that produces a crystalline protein lethal to insect larvae. This B.t gene has been transferred to many crops like Maize(Corn),Cotton, Brinjal etc. These are commonly called B.t Corn, B.t Cotton and B.t Brinjal respectively.
GM foods may be able to alleviate food supply to millions of the hungry people around the world. GM foods may also reduce dependence on pesticides and herbicides thus addressing the environmental issues. The GM crops will be disease resistant and will be able to tolerate increasing cold or drought or salinity. GM foods may provide us with cheap edible vaccines or specific medicines. They may also help us to clean up heavy metal contamination of the soil.
However, concerns have been raised by religious groups, environmentalists, Public interest groups, Scientists and others regarding the potential impact of GM crops on environment and health.
In the Bible there is a reference to times when mankind was able to interbreed with other organisms(Genetic isolation was absent), resulting in a world full of half human and half animals. God became angry and wiped the slate clean to start all over again.
Though GM foods have a great potential, we must proceed with utmost care to avoid unforetold damage to environment and health.
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I belong to the community of teachers and I teach Life Sciences. Life Science is something what I consider 'Mother of all Sciences'. It is the way of human life. Life science encompasses practically all branches of knowledge,as life itself is dependent on all the physical and chemical parameters with in our knowledge. I write regularly write at http://myinferencesonlife.blogspot.com.
Biotechnology is an advancing area of business at the moment. It involves living microorganisms that are used in conjunction with technological processes to create new products in a variety of ways.
Since this is an advancing technology it is not surprising that a lot of companies involved in this area of science issue biotech penny stocks for people to buy. It is an attractive area to invest in when it comes to penny stocks too, because there is always the chance that you will come across that one company which could make the big time.
Biotechnology
So how do you find the right biotech penny stocks to invest in?
Biotech Penny Stocks
You can start your research online, as there are plenty of websites that list some of the most promising stocks in this area. Don't take everything for granted though - make sure you research each company and find those that have been trading stocks for a while. New companies should be watched to see what happens. You need a steady company which is performing reasonably well in order to make the most of it.
Some biotech companies do well for a short period of time and grab the headlines before fading into obscurity again. If you invest in one of these you will surely lose your money. So stand back and get to know the market and the players before investing anything in biotech stocks.
Don't discount the websites that give you the names of biotech companies however. Names such as Aastrom Biosciences Inc, Magnum D'Or Resources and Opexa Therapeutics can all be found on such sites. Read what they have to say and then do your own research to get the low down on whether a particular stock might be worth investing in.
It goes without saying that doing some general research into penny stocks will also be useful. Learning how the land lies will highlight potential dangers and worthwhile investments as you discover where your money will be most at home.
Even when you do make your first investment be sure to keep an eye on it. Some investors recommend that only a small percentage of your investments should be ploughed into biotech penny stocks. Always spread the risk as much as you can, watch for new companies and new opportunities and don't be afraid to bail out if a biotech company looks to be going downhill.
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Federal lawmakers patted themselves on the back, last Friday, in a joint bi-partisan news release issued by three New Mexico politicians: U.S. Senators Pete Domenici and Jeff Bingaman, and U.S. Congressman Steve Pearce. Their celebratory remarks were meant to remind voters why the politicians were in Washington - to bring their state new jobs for at least some of New Mexico's voters. While the chorus of praise revolved around creating new jobs and bringing millions of dollars into the state's economy, is there more behind this story, which has not yet been told?
For Senator Domenici, this was another major victory as the longest serving U.S. Senator in New Mexico's history. The Republican Senator heads the Senate Energy and Natural Resources Committee. Domenici made his views on nuclear energy quite clear in his book "A Brighter Tomorrow: Fulfilling the Promise of Nuclear Energy" (Rowman & Littlefield, 2004). He began pursuing Louisiana Energy Services to move to New Mexico in February 2003, after it became apparent Hartsville, Tennessee didn't want uranium being enriched in their backyard.
Biotech Rumor
And again, it was Domenici, whose last minute negotiations with Energy Secretary Samuel Bodman, led to the adoption of the Part 810 Waiver. The waiver allowed Louisiana Energy Services (LES) to contact foreign-owned Urenco Ltd about transferring high technology data (the gas centrifuge technology) to LES so the uranium enrichment technology could be utilized at the new facility. U.S. laws ordinarily prohibit such nuclear technology transfers, but Domenici's intervention brought the project to the NRC approval stage. LES had been on the drawing boards since 1989, having derived its name from the state of Louisiana. The LES partnership was initially formed with the intent of building its centrifuge enrichment plant in Homer, Louisiana.
A Nuclear Power Plant May Be Next for New Mexico
Senator Domenici's impact upon the nuclear resurgence in the United States is evident to the entire industry and most politicians. He announced last year, "In 1997, I predicted the resurgence of nuclear energy in the United States. For the last eight years, I have worked to help make that renaissance a reality." Is there, perhaps, one more achievement Senator Domenici would like to add on behalf of the nuclear industry, before giving up his Senate seat? In his book, "A Brighter Tomorrow," Domenici bemoans and condemns nuclear fuel reprocessing. With the advent of the Global Nuclear Energy Partnership (GNEP), Domenici may bring a nuclear power plant to New Mexico before he retires.
Domenici's Democratic counterpart, Senator Jeff Bingaman, is the ranking Democrat on the Senate Energy and Natural Resource Committee. We suspect Bingaman may play an integral role in helping Senator Domenici fulfill that dream. Ironically, Senator Bingaman, who last November was invited to a Santa Fe anti-nuclear environmentalist fundraiser, and which highlighted television mogul Ted Turner, was effusive in saying about the LES enrichment facility, "This will be one of the largest construction projects our state has ever seen. And the economic impact in southeastern New Mexico will be tremendous." Does Bingaman appear to be playing both sides of the nuclear chessboard?
No, the former attorney, who reportedly once provided legal advice to uranium mining powerhouse, Kerr McGee, is deftly maneuvering between being a good Democrat and providing what he may honestly believe is best for his state. While Bingaman has curried favor among the environmentalists, in May of this year, he accepted, along with Domenici and others, the William S. Lee Award for Leadership at the Nuclear Energy Institute's (NEI) annual conference, saying, "I share a belief that nuclear power can make a meaningful contribution to controlling the growth of greenhouse gases, while still allowing our economy to expand." It was his subsequent remark directed at the NEI, which leads us to believe he may be among the first to support additional nuclear growth in New Mexico. He told the NEI, "I am hoping that you will do your part to use those tools that Congress has put in place to ensure that nuclear power achieves its potential as part of our future energy mix."
The Global Nuclear Energy Partnership
In March 2006, Senator Domenici pledged his support to President Bush's Global Nuclear Energy Partnership (GNEP),
"With GNEP, we begin to close the cycle on nuclear waste in ways that prevent proliferation and reduce both the volume and toxicity of waste. By recycling spent nuclear fuel, we can reuse the uranium, which is 96 percent of spent fuel, and separate the most toxic radioactive material to be burned in an advanced burner reactor. By reusing uranium fuel and burning the transuranic material in a new generation of modern reactors, we can reduce the amount of waste placed in Yucca Mountain by a factor of 100."
One of the key technologies in the GNEP program in is the Advanced Burner Reactor (ABR). Deriving its technology from fast reactors, which were used to make nuclear weapons, the concept of the ABR is to minimize the amount of nuclear waste, produced by the nuclear industry's power plants, to a tiny fraction of content. The concept behind the ABR is to "burn" the transuranic elements, such as plutonium and other long-living radioactive material. In this case, burning the radioactive waste is translated as: destroying the transuranics, by converting them into shorter-lived isotopes. When the transuranic elements are consumed by the ABR, a large amount of energy is released and then converted into electricity.
Instead of burying several football fields of nuclear waste in Yucca Mountain (or elsewhere) for one million years, the toxic waste would be recycled as energy to be immediately used to power homes and industry. Part of the GNEP plan is to combine the current, or advanced, light water reactors with the ABR. As the light water nuclear reactors produce transuranics, the ABRs consume those highly radioactive elements. This leaves less nuclear waste for future disposal, and immediately provides energy.
The major issue in the western United States, about nuclear waste, is "please don't put it in our backyard." Several western states have been approached, and even the Carlsbad area was once discussed. Through the ABR technology, it may be possible to minimize the amount of this waste to make it a less undesirable disposal problem. A look at local New Mexico politics may provide an insight as to where the two U.S. senators may be heading with regards to a nuclear power plant for New Mexico.
New Mexico's Enrichment Facility:
Prelude to a Nuclear Power Plant?
If Federal lawmakers are happy about the proposed uranium enrichment facility, some of New Mexico's state politicians were still floating on clouds when we talked to them yesterday. New Mexico legislator John A. Heaton, the Democratic representative serving Carlsbad, waxed enthusiastic about the enrichment facility, "It's the first step in converting this country to nuclear energy."
Mainly the four state senators and representatives, whom we interviewed, echoed each other's praise about Urenco's proposed enrichment facility. "I could not be more pleased," Senator Carroll H. Leavell told us. "It will have a major, very positive impact on the economy." At the peak of construction, as many as 1200 workers may be employed. Later, when the facility is operational, about 300 workers will remain. All four were pleasantly surprised that town hall hearings for the proposed facility were overwhelmingly positive, and the local citizens would be delighted to have this facility in built in southeastern New Mexico. Senator Leavell said with disgust, "Most of the (anti-nuclear) protests have come from outside our area, places like San Francisco, DC and Santa Fe."
Senators Leavell and Gay G. Kernan, the state senator from Hobbs, were invited by Urenco Ltd. to tour an enrichment technology plant in Almelo, Netherlands and left impressed with the company, its honesty and especially the management's attitude of looking at both sides of the issues. Both state senators also observed the surrounding community failed to be negatively impacted by the enrichment facility.
Looking for deeper insights into what the future might hold, we asked all four about the possibility of a nuclear power plant in New Mexico. All four agreed it would be desirable. Additional comments by the four state politicians led us to believe there might be a second step, following Heaton's remark about the enrichment facility being the first step.
Donald L. Whitaker, the Democratic legislator from Eunice, the closest town to the proposed enrichment facility, told us, "I would like to see a nuclear reactor in New Mexico." Whitaker has toured a nuclear facility, and believes one would be great for the state's economy. "They employ about one thousand and bring high-paying jobs," he said. Representative Whitaker was not the lone voice among his fellow eastern New Mexican legislators.
"Yes, we want a nuclear reactor in New Mexico," Representative Heaton said. Heaton is the legislature's Vice Chairman of the Radioactive and Hazardous Materials committee and a member of the Energy & Natural Resources Committee. He discussed the ABR technology and GNEP, explaining how this would solve the waste disposal problem of nuclear reactors and sway public opinion on nuclear energy.
Senator Leavell took a more cautious approach, explaining how nuclear reactors need tremendous amounts of water. "I don't think New Mexico could have a nuclear reactor, not with the current technology." But, he still agreed it would be a good idea if new technologies were developed, which used less water.
Senator Gay Kernan told us, "I don't know if I should be talking about this, but we are one of the candidates for the GNEP program." Having heard a rumor that General Atomics may propose building a nuclear power plant in eastern New Mexico, Senator Kernan confirmed such a plant may be on the drawing boards, and telling us West Texas is likely to be developed as an "alternative energy corridor." She told us, "It would stretch from Carlsbad, New Mexico to the Odessa-Midland, Texas area." Senator Kernan would also like New Mexico to have a nuclear plant, "I don't have a problem with that."
The third politician, joining Senators Domenici and Bingaman, in praising the NRC approval of a draft license for LES and Urenco Ltd, was U.S. Congressman Steve Pearce. Comments, issued by his press secretary on Friday and praising the LES announcement, may foreshadow New Mexico's next step, "Today's announcement marks a major milestone in our efforts to cement our state's leadership role in the development of alternative energy." What greater leadership by a state than in introducing the new GNEP ABR technology in New Mexico? After all, the state of New Mexico remains the founding home to nuclear technology, where the world's first atomic technology was designed at Los Alamos.
In a related development, David Watts, President of the University of Texas of the Permian Basin, recently met with Congressman Pearce about developing a helium-cooled nuclear reactor facility, which would be built underground in either Lea County, New Mexico or Andrews County, Texas. General Atomics of San Diego has funded the pre-conceptual design, which is underway and scheduled for completion in August. Waste Control Specialists has a low-level radioactive waste storage site in Andrews County. Realistically, a nuclear reactor in New Mexico is not out of the question. The legislators may get what they want. We believe Senator Domenici will ultimately set into motion the plans to bring New Mexico its first nuclear power plant. It would become his crowning achievement in helping the nuclear renaissance blossom in this country and in his state.
A Nuclear Power Plant May Be Next for New MexicoHalo: Reach - Achievement HORSE Video Clips. Duration : 9.77 Mins.
Jack and Geoff try something a bit different in Halo: Reach. Today they played a game of HORSE. Things get a bit wacky. Let us know if you enjoy this stuff, we'll keep making it if so! **UPDATE** Here is a link to most of the maps we used: tinyurl.com
James Finch contributes to StockInterview.com and other publications. StockInterview’s “Investing in the Great Uranium Bull Market” has become the most popular book ever published for uranium mining stock investors. Visit [http://www.stockinterview.com]
