After the invention of computers, biotechnology is considered as the boon to mankind. There are many benefits that have been gifted by the biotechnology work. There are many products of biotechnology that made life simpler to all of us. In short biotechnology means combination biology with technology. In fact, I would like to say that it is the technology of present and future.
Due to the advancement of technology there are many ultra-functional solar concentrator products available in the market that tend to allow solar cells to perform at various levels and this finally make solar power as an economic sense to human beings. There are many advantages of the solar technology that can be told. It is nature friendly as well as also cheaper.
Biotechnology
This technology of bio science made the critical components of life that are essential for saving diagnostic tests. When you research on the internet you will find that there are many multinational diagnostics companies working and it also make their point of care tests accurate. This will enable the personalized medicine to become as a reality to all of us.
Biotechnology Work Is The Best Deal
There are multinational companies that are in the business of making tools for stem cell researchers to develop cutting edge stem cell therapies. This helps to cure many of the perplexing diseases that affect mankind and hinder their life in each and every aspect whether it is financial or personal.
You will be surprised to know that many biodegradable products such as band aids are gift of biotechnology to us. There are many medicines that help to provide relief with the help of stem cell therapies in several chronic conditions such as heart disease and nerve damage. Many different systems are made by multinational companies that allowed many researchers in designing and development of the prototype of their own bio chips at a fraction of the cost that they are presently incurring.
One of the boons of this technology is the shrink nanotechnologies which is actually a high technological development in this field. There are various benefits that include solar energy, food, air and water protection, human as well as animal diagnostics, optoelectronic and biotechnology markets and the list is never ending.
You will be surprised to know that in addition to human being it has proven to be a boon to the environment as this technology does not harm the environment. As aforementioned in this article it is rich combination of bio science and technology is also environment friendly. This technology promotes the promise of clean and green environment.
As this technology is beneficial there are several products that can be reused in various ways. These days many people are adopting this technology as all of us want to have a good lifestyle. A good lifestyle can be achieved only if you have a good environment which is free of all sorts of pollutants. Initially you can find that the implementation of this technology can be costly but later you will realize that it is saving a lot of money as well as you are earning from it.
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You can now easily learn about the progress in the field of Biotechnology Work.
With the advent of science and research, technology plays an important role in our life, touching every aspect of it. Biotechnology is no exception to this. Biotechnology, is a research based stream of science that covers biological sciences like genetics, microbiology, animal cell culture, molecular biology, biochemistry, embryology, cell biology and other fields like chemical engineering, bioprocess engineering, information technology and bio-robotics, which are beyond the purview of biological sciences. Continuous research, development and the need for betterment is an integral part of Biotechnology. Scientists, researchers, students of medicine, and pharmaceutical firms are always in pursuit of inventions and modifications that will simplify lives further.
Biotechnology has revolutionized agriculture with application of genetic engineering, animal cell culture, plant cell culture and other categories of science. Better production in terms of quality and quantity has been achieved. The nutritional value has been enhanced by modification; spoilage of perishable items like vegetables and fruits has been minimized. Going further, even the taste, appearance and texture can be altered through biotechnology. It also enables farmers to reduce fertilizers, pesticides and other agrochemicals to protect crops from pests and weeds. For this purpose scientists introduce herbicides that do not damage crops. Currently, studies on developing vaccines and insulin from plants, is being carried out. Such cost-effective measures will surely be a boon for developing countries of the world.
Biotechnology
Formerly, Biotechnology was restricted to agriculture, but now it has expanded to other fields like medicine. From discovery of drugs to determining methods of drug usage, Biotechnology plays an important role. Genetic diseases and other illnesses like hepatitis B, hepatitis C, cancer, arthritis, hemophilia, bone fractures, multiple sclerosis, and cardiovascular disorders can be treated through Biotechnology. With its aid, you can manufacture effective and inexpensive medicines.
Biotechnology - Bringing Out the Best in Pharmacy
Another branch of Biotechnology is Genetic Testing that has helped researchers in decoding DNA, studying its structure and so forth. Prenatal diagnostic screening, Cancer Screening and Carrier screening is facilitated by genetic testing. Forensic labs are now equipped with the latest devices and testing equipments, that help resolving criminal cases. Many experiments and clinical studies undertaken, have further thrown light on DNA, RNA and other complex molecular structures.
Apart from that, Biotechnology also helps in the conservation and protection of environment. An ever-increasing demand for fuel has caused depletion of oil resources. Biotechnology has also resulted in the evolution of Biofuels that are derived from sugarcane, plant vegetable oils, animal fats and recycled greases, thereby providing a cleaner and greener environment.
With each passing day, Biotechnology with its innovations and applications improves quality of life. Environmental degradation, over-dependence on natural resources and other issues that are grappling the world today, are steadily being resolved. With better medicines, finer treatments and sophisticated medical centers, the average life expectancy has also increased.
In a nutshell, Biotechnology has widened the horizons of modern science and improved every aspect of human life.
Biotechnology - Bringing Out the Best in PharmacyX-Men Evolution: Season 3, Episode 3 Video Clips. Duration : 21.42 Mins.
GET ALL FOUR SEASONS ON ITUNES! X-Men: Evolution Season 1 itunes.apple.com X-Men: Evolution Season 2 itunes.apple.com X-Men: Evolution Season 3 itunes.apple.com X-Men: Evolution Season 4 itunes.apple.com The outed X-Men return to Bayville High and are scorned and verbally abused. Worse of all, Principal Edward Kelly is now prejudice of every mutant of Xavier's and New York. The School Board decides whether to allow mutants to attend school. The Brotherhood attack to get even with Scott. The X-Men stop them by only using their powers to save people. The School Board votes to allow them to attend school.
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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
Biopharmaceutical plants use the concepts of Biotechnology to develop important medicines that can cure common as well as crucial diseases. These useful medicines are produced from the cells of micro-organisms and also from the plant cell cultures and all the production procedures are carried out in bioreactors having different configurations. Some other methods are also implemented for manufacturing medicines that includes the genetic alteration of plants and animals.
The genetic modification of plants and animals is called as a controversial method as the manufacturer puts him into a risky situation because there are chances of failure. In some cases, the research work may be successful but the final medicine produced may not be approved by the government bodies because of some of the risks and ethical concerns. Thus the manufacturer has to bear the risk of losing all of his investments in an unsuccessful project. Another risk is also involved in the production of biopharmaceuticals, which is the cross contamination of genetically engineered crops with the food crops.
Biotechnology
All the Biopharmaceutical plants require huge and robust machineries that should be developed using all the guidelines formulated by the professional bodies like the Food and Drug Administration (FDA). All the medicines must be developed in "clean room" environment that ensures the complete safety of all the workers engaged. The developed drugs have to undergo various clinical trials for several years before they are approved. The developed medicine is not approved and released for commercialization in case it does not clears the guidelines set by "current Good Manufacturing Practices" (cGMP) and regulations prescribed by FDA.
Various Applications of Biopharmaceutical Plants
These plants have numerous applications. It has contributed a lot towards the medical world by manufacturing several medicines that are highly efficient and fight against the most deadly diseases.
Various Applications of Biopharmaceutical PlantsX-Men Evolution: Season 2, Episode 15 Video Clips. Duration : 21.37 Mins.
GET ALL FOUR SEASONS ON ITUNES! X-Men: Evolution Season 1 itunes.apple.com X-Men: Evolution Season 2 itunes.apple.com X-Men: Evolution Season 3 itunes.apple.com X-Men: Evolution Season 4 itunes.apple.com A mentally unstable, but immensely powerful mutant called Wanda is abducted from a mental institution and becomes the newest Brotherhood member, much to the horror of her brother Pietro. The new Brotherhood defeats the X-Men single-handedly.
Biotechnological plants have changed the face of Pharmaceutical Engineering. It has given answers to environmental threats and deadly diseases. Latest reports say that Biotechnology can defeat economic crisis. It welcomes all the latest technologies and easily adopts them.
Biotechnological plants have manufactured medicines which are far more efficient then the existing ones. Various anticipations are being made about biotechnology. It is roughly predicted that by 2015, biotechnology will produce all new medicines and half of the world's chief crops. Not only this, it will also produce daily needs based products like fuels, plastics, food additives, detergents etc. Crop yield has increased many folds using this technology, also the major requirements like water, fertilizers and pesticides are also decreased.
Biotechnology
Biotechnology has made a place in medical world which no one can take. But it is also true that there are numbers of hurdles in its way to success. Biotechnological plants have to face a lot of challenges which includes both natural and technological issues. Huge pre-investment, inadequate resources, different rules and regulations, social reception and market structures are some obstacles which are standing on the way of its development.
Biotechnological Plants Welcoming All Latest Technologies
According to the report, total 75% of financial contribution of R&D expenditure and business-biotechnology is associated to industries and agriculture but the truth is that only 6% is given to these two units. 85% of the total expenditure goes to health sector with a return of 25%. This report makes other sectors excluding health and medicine sectors disinterested in this field. The only solution to maximize the interests of other sectors is to encourage them with vigorous participation of private and public units.
Global economic crisis could not even touch Pharmaceutical engineering because it is using the concepts of biotechnology. It welcomes all the new tools and techniques. It has provided several substitutes for the non renewable sources of energy by using genetic engineering. Huge pre-investments has saved it from the dangerous clutch of economic crisis.
Biotechnological Plants Welcoming All Latest TechnologiesX-Men Evolution: Season 2, Episode 15 Tube. Duration : 21.37 Mins.
GET ALL FOUR SEASONS ON ITUNES! X-Men: Evolution Season 1 itunes.apple.com X-Men: Evolution Season 2 itunes.apple.com X-Men: Evolution Season 3 itunes.apple.com X-Men: Evolution Season 4 itunes.apple.com A mentally unstable, but immensely powerful mutant called Wanda is abducted from a mental institution and becomes the newest Brotherhood member, much to the horror of her brother Pietro. The new Brotherhood defeats the X-Men single-handedly.
Forestry courses can start you on the path to a great career. When you study forestry, you can consider a host of career options including Biotechnology, Wood Processing, Forest Operations and Forest Management. Although we have a somewhat colloquial view of the 'forest ranger' personality, as nothing but a glorified tour guide to the forest, modern forestry is vibrant and on the cutting edge for climate change technology, conservation, sustainable harvesting and education. A career in forestry is more than just a walk in the trees. So where do you start to learn more about forestry and the career options available to you?
Well, to start with, learn about the different job classifications and professional practices that are taught in forestry courses. For example, Silviculture is the science of controlled forestry. You will learn how to monitor and control a forest from the establishment of seedlings through the life of the trees. You will learn about forest health, composition and quality all focussed toward meeting the needs of society, landowners and local culture. When you learn Practical Logging, you learn how to responsibly produce timber on a sustainable model.
Biotechnology
Forestry courses will also train you for jobs in processing and manufacturing including positions as Timber Machinists or Saw Doctors, as Forest Managers or Harvest Planners. Cutting edge forest technology is helping us to understand how we can produce and manufacture timber without destroying the environment and properly trained workers are required to implement these advances. Forest related Biotechnology courses are perfect for students with an interest in tissue culture and plant biology who are hoping for a career in plant related science. Whether you are planning on training for a job-ready status by taking courses in Forest Operations, Forest Management or Solid Wood Processing, or whether you want your forestry courses to be a jumping off place for a career in Biotechnology, choosing the right school to study at is critical.
Forestry Courses - Should You Consider a Career in Forestry?
It makes sense to take forestry courses at a school that is effectively positioned in or near a forest. Just as Marine Biologists need to study by the ocean to get field experience, so too must forestry students have access to a working forest. In New Zealand you can get a solid forestry education with both classroom and practical learning strands that will launch you into a career in forestry. Choose a career where you can make a real difference - choose forestry.
Forestry Courses - Should You Consider a Career in Forestry?X-Men Evolution: Season 2, Episode 15 Video Clips. Duration : 21.37 Mins.
GET ALL FOUR SEASONS ON ITUNES! X-Men: Evolution Season 1 itunes.apple.com X-Men: Evolution Season 2 itunes.apple.com X-Men: Evolution Season 3 itunes.apple.com X-Men: Evolution Season 4 itunes.apple.com A mentally unstable, but immensely powerful mutant called Wanda is abducted from a mental institution and becomes the newest Brotherhood member, much to the horror of her brother Pietro. The new Brotherhood defeats the X-Men single-handedly.
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Waiariki Institute of Technology - Whare Takiura, was established as a Community College on 1 April 1978. Waiariki is passionate about its business. It is non-profit making, but its job is to help others make profits. Waiariki is aiming to be the leading and uniquely bicultural polytechnic in New Zealand. Our role is to enable people to realise their aspirations, their goals and dreams for themselves, their family - and their future a qualification from Waiariki is a ticket to their "journey to success".
Waiariki Polytech is dedicated to continuous quality improvement, to collaboration and partnership with other tertiary providers and to a seamless transition from secondary school to careers, or to improving the opportunity to learn, in home, office or workshop. We strive to collaborate with employers, Iwi, Industry Training Organisations, other providers and a wide range of stakeholders locally and nationally to be the best institute of technology in New Zealand.
Science has advanced to a very large extent and has touched our lives in every way. Biotechnology deals with living creatures and studies their functions. It is a science that uses technology to gain knowledge and invent medicines and create new ways to deal with problems that have challenged mankind. Medical Biotechnology is a constantly growing field and there have been many advancements in the technology of this field. It is also a highly controversial field and there are mixed reactions about the extent to which biotechnology can be used to manipulate science.
Medical Biotechnology is most commonly used to produce medicine. Many Biotech companies have emerged to solve the medical mystery of cures and inventions. It has been widely used to find out how plants for example can have medicinal value or healing quality for us. This is done by first identifying the plant if the plant has a healing quality. Plants have been around us for many years and have to be identified for cures. The way to do it is to test different bacteria against it. If it kills the bacteria, then the compound needs to be isolated. This is a very time consuming process since biotech companies have to try these products and make sure they are safe.
Biotechnology
Genetic testing is another very important use of biotechnology. It is an extremely useful scientific process and requires a great deal of accuracy and precision. Gel electrophoresis helps in testing the different strands of DNA in cells. This is a very important discovery and it can help in various different ways, for example to identify the father of a child or a criminal in some forensic cases. There are many other uses of this testing and it will help us in understanding how we work and live. It can be used to develop different kinds of drugs to treat diseases. It can also be used to project if you may have a pre condition for some illness. This is very important to treat some dreadful diseases and save mankind.
The Importance Of Medical Biotechnology In Our Lives
Gene therapy is another upcoming field of medical biotechnology. Though it is very complicated, but its use can be extremely amazing. Through medical biotechnology, it has been discovered that viruses are spread by bacteria by injecting genes into animal cells. A lot of research has been done in this field to come up with different cures for diseases. This can be done by injecting some bacteria into people that will not harm them but actually help them. Biotechnology has also resulted in the evolution of Biofuels that are derived from sugarcane, plant vegetable oils, animal fats and recycled greases, thereby providing a cleaner and greener environment.
Many scientists are also doing cloning by which we can take DNA from animals and grow it to create an identical organism. This helps you make an exact replica of another species with precision that reaches every atom in the body. This is extremely controversial. If it is used for ethical purposes then it can be justified. but using it for unethical reasons can be extremely dangerous and controversial for the future of mankind. Medical biotechnology has many advantages if it is used in a way to enhance research or cure illnesses or prevent the onset of life threatening illness. It is extremely important to use it for better health and inventing new ways to cure illnesses. May be at last we have found the cure and the solution.
The Importance Of Medical Biotechnology In Our LivesX-Men Evolution: Season 2, Episode 15 Video Clips. Duration : 21.37 Mins.
GET ALL FOUR SEASONS ON ITUNES! X-Men: Evolution Season 1 itunes.apple.com X-Men: Evolution Season 2 itunes.apple.com X-Men: Evolution Season 3 itunes.apple.com X-Men: Evolution Season 4 itunes.apple.com A mentally unstable, but immensely powerful mutant called Wanda is abducted from a mental institution and becomes the newest Brotherhood member, much to the horror of her brother Pietro. The new Brotherhood defeats the X-Men single-handedly.
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Shrink is developing novel biological research and development tools that take advantage of NanoShrink™ and Shrink's proprietary manufacturing platform, the ShrinkChip Manufacturing Solution™. Our goal is to provide cutting-edge "pick and shovel" bioscience products for Medical Biotechnology.
As the chief marketing communication officer in your organization, we challenge you to take an important and not-as-difficult-as-it-seems step in your day-to-day management of communications and sales support activities. It's time to find out what is your brand identity.
We will warn you that facing this challenge may change how that day-to-day communication takes place. So, buckle up and let's start.
Biotech Rumor
First of all, if your company is like most B-to-Bs, you probably pay homage to the logo that you see everyday when you walk through the lobby to your vast and plush office. Or smile at the clever (even brilliant) well-designed literature that you worked so hard to produce, and that is receiving praise across the organization...and even with clients and prospects. You have, perhaps unknowingly, developed a strong perception of what that company mark stands for. And, that's not all bad.
Discover Your B-to-B Brand Identity
But, whether you have or haven't is not the issue, really. What is most important is that you can separate your own perceptions with true client/prospect perceptions of your brand identity.
How to get to the bottom of the brand
Here are some things we know about brand identity:
1. Brand identity is not just the reaction one has, conscious or not, when they see or hear about your company.
2. Brand identity includes perceptions clients/prospects hold based on their interaction with every part of your company and each individual, as well.
3. Brand identity can develop from rumor, or third-party influence.
4. Brand identity can be altered, for good or bad.
5. Brand identity lives and breathes.
6. Brand identity can be measured.
Stop! Let's pause...we could go on forever. Let's focus on #6 in our list:
Brand identity can be measured. Whether you have a sizeable budget for marketing research or not, you should, if you haven't already, undergone a simple process of analyzing what is your identity? And in what condition is your brand? Of course, this will require that you survey key internal individuals (be sure to include sales representatives and key C-level officers), clients, prospects and even partners and vendors. Anonymity will be required, but make sure you can identify which survey group results are obtained from - this will be critical in your analysis.
Size of sample
If you have the budget, survey at least 20-30 from employees, clients, prospects, and vendors/partners. If not, get at least 10 from each group.
Survey Format
Ask open-ended questions that get respondents to describe what their experience is with your company: what your company stands for, strengths and weaknesses, of most value, of least value, and how they would define your company's products/services. Finally, ask them if they do business with your company. Also, ask why they do or don't.
Gap Analysis
What you'll likely determine from this qualitative research is that there is a gap between what the internal responses portray about your company or brand in comparison to what the prospects and clients perceive. You may find, for example, that your sales force perceives the brand as high value, while prospect responses were riddled with "too expensive" or "unresponsive."
What's Next?
Once you have identified trends or commonality in specific group responses, identify areas of action. These will include two approaches: A) Leverage areas of strength, and B) Address areas of weakness that detract from the company's vision for the brand.
By completing this simple analysis, your marketing communication planning is greatly empowered to address brand identity issues and make supportable and positive steps toward building and maintaining your brand in the marketplace. And you will never approach advertising, Web design, internet marketing or Web functionality, html emails, copywriting, direct mail, public relations, video production, or internal communication (see Make Internal Communication A Priority) without considering the well-being of the brand.
Opportunity: If you would like Danskin Creative Communication to assist you with this process, in marketing communication plan development, or with execution of marketing initiatives, please contact us by phone or email.
Discover Your B-to-B Brand IdentityX-Men Evolution: Season 2, Episode 17 Tube. Duration : 22.32 Mins.
GET ALL FOUR SEASONS ON ITUNES! X-Men: Evolution Season 1 itunes.apple.com X-Men: Evolution Season 2 itunes.apple.com X-Men: Evolution Season 3 itunes.apple.com X-Men: Evolution Season 4 itunes.apple.com The X-Men are shocked when Professor X teams them up with the Brotherhood to stop them, but then, a shocking twist reveals that nothing was to be as it seemed to be.
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For over 20 years, Mick Danskin has been obsessing over marketing and advertising strategy and execution. He brings that passion, along with an open mind and a team of seasoned professionals to his clients' marketing communication challenges.
Danskin Creative Communication services small to medium sized companies who need business to business or consumer advertising, Web site design and marketing, SEO, video production, PR, and general graphic design services.
Fiddling around with nature in the name of progress is slowly seeping into the mainstream. Not to be a wet blanket of any sort, it is essential to understand the line drawn between nature and experimentation. Where that line lies is also constantly being shifted like moving goal posts.
First and foremost, the drive to study and apply biological concepts and sciences to existing organisms for the purpose of improvement is to be lauded. Without experimentation in biotechnology, certain sorts of medications would not have been discovered to provide cures for previously terminal diseases. Thanks to Alexander Fleming's accidental discovery, whoever knew that a petri dish of mold held such great potential to ward off a host of bacterial infections?
Biotechnology
As part of the course curriculum, students are constantly confronted with mental and physical challenges on how to incorporate biology with technology in the hopes of finding the next mind-blowing discovery. Amidst course work in attending lectures and tutorials via online channels, participants will need to make arrangements of some sort in order to gain access to laboratory facilities. Unless their master's dissertation leans towards the theoretical slant, some are bound to require physical facilities as part of their fact finding journey. In a bid to generate more interest, some institutions offer this course with financial aid. By affiliating themselves with known figures in the relevant industries, students also receive exposure of real-life situations to complement their laboratory experiences.
Is Biotechnology A Step Forward To Solving Problems?
As with any experimentation related to biotechnology, things are bound to get a little hot and heavy. Ethical questions arise in the form of safety in the production of genetically modified foods to curb famine, medical progress in stem cell treatment despite skeptical audiences, two-headed sheep and a host of other factors. By pursuing proper academic exposure, students become empowered to tell fact from fiction, friend from foe. This then assures a generation of responsible subject matter experts who pursue this field of biology with technology for the right reasons.
Is Biotechnology A Step Forward To Solving Problems?X-Men Evolution: Season 4, Episode 9 Tube. Duration : 21.42 Mins.
GET ALL FOUR SEASONS ON ITUNES! X-Men: Evolution Season 1 itunes.apple.com X-Men: Evolution Season 2 itunes.apple.com X-Men: Evolution Season 3 itunes.apple.com X-Men: Evolution Season 4 itunes.apple.com The X-Men, the Brotherhood, SHIELD, Angel, Spyke, Havok, and the New Mutants all join forces to save humanity from the ambitions of Apocalypse. Then, Professor X tells them what may happen in the future (because he had glimpsed into the mind of Apocalypse).
Unlike layman's perception, biotechnology is not just about working in the laboratory wearing white lab coat and preparing medicines to improve the quality of life. The field is so broad that it has a variety of career options from sales and marketing to research and development, to manufacturing and quality management of drugs and medical devices.
The field of biotechnology combines technology with biological sciences such agriculture, food sciences, waste management, medicine and in mining industry, although, biotechnology has been around since ancient times, the first advancement was in the field of food sciences, which took place around 5000 BC. A large number of diverse strains of plants and animals were hybridized to produce greater variety in the species.
Biotechnology
Biotechnology has been applied to create new biodegradable material, transfer of particular gene from one organism to another, preservation and growth of genetically uniform plant-animal cell cultures and also to fuse dissimilar kinds of cells to produce new medical products like monoclonal antibodies. Keeping in view the importance of biotechnology in Pakistan, a separate entity called the National Commission on Biotechnology has been established, which has initiated several projects for various fields of biotechnology, mainly in the health and agriculture sectors.
Career in Biotechnology in Pakistan
Some of the many educational institutes in Pakistan offering degree courses in biotechnology are:
Department of biotechnology, University of Karachi
National institute for biotechnology and genetic engineering (NIBGE), Faisalabad
Department of Biochemistry, University of Arid Agriculture Rawalpindi
School of Biological Sciences, Punjab University
Department of Biotechnology, University of Peshawar
Institute of Biotechnology and Genetic engineering NWFP Agricultural University, Peshawar
The recent boom in the IT sector has paved way for biotechnology as well and now there is a huge scope for biotechnologists in Pakistan.
Eligibility for admission in degree programme:
Students who want to get a seat in the biotechnology degree programme after their intermediate must have completed their HSC in pre-medical, pre-engineering or computer science.
Biotechnology Jobs in Pakistan:
The combination of computer science and biology, termed as bioinformatics has created various opportunities for the people in biotechnology. Now many of our degree holders are working either in private companies or are employed by research organisations.
Some of the many sectors where there is a wide scope for biotechnologists are health care, environment, agriculture and food technology. Biotechnology jobs opportunities can be seen regularly in Pakistan national dailies. For those who want to pursuer a career in a biotechnology, must be aware of the difference between biotechnology and bio-medical engineering.
Biomedical engineering deals with the application of engineering principles while biotechnology deals with biochemistry, genetics, molecular biology and biophysics.
There are separate institutes for biomedical engineering in Pakistan. Among them
NED University of engineering and technology
Sir Syed University of engineering and technology
There is a huge scope for our biotechnologists in private companies and they are paid reasonable salaries.
Career in Biotechnology in PakistanX-Men Evolution: Season 4, Episode 9 Video Clips. Duration : 21.42 Mins.
GET ALL FOUR SEASONS ON ITUNES! X-Men: Evolution Season 1 itunes.apple.com X-Men: Evolution Season 2 itunes.apple.com X-Men: Evolution Season 3 itunes.apple.com X-Men: Evolution Season 4 itunes.apple.com The X-Men, the Brotherhood, SHIELD, Angel, Spyke, Havok, and the New Mutants all join forces to save humanity from the ambitions of Apocalypse. Then, Professor X tells them what may happen in the future (because he had glimpsed into the mind of Apocalypse).
The external failure cost is an element of the cost of quality. The external failure cost is often associated with the defects or problems that are found once the product or service has reached the customer. External failure costs include issues with customer service, product returns, warranty claims, customer complaints, and even product recalls. The amount of money your company spends on these issues is identified as external failure cost.
Internal failure cost is another element of the cost of quality and associated with problems internally within the company. Internal failure cost is recognized prior to the service or product reaching the customer. This category includes reworking a job, scrap, re-testing, material reviews, re-inspecting, and even material downgrades. If an employee makes a mistake and has to start over, the failure cost would be the additional labor required because he or she had to start the project over. This expense would go toward the cost of quality.
Biotech Rumor
Inspection cost is anther category or element of the cost of quality. Quality assurance departments or testing departments must evaluate and assure a product is good prior to reaching the customer. Most products must conform to agreed requirements with the customers. A business must evaluate, measure, and audit the product prior to release. These are inspection costs that fall under the cost of quality. Some typical costs might include testing equipment, inspection, testing, process and service audits, calibration, and measuring.
Elements of the Cost of Quality
Prevention costs also fall under the cost of quality category. These are the expenses incurred to prevent failure rates and poor quality. The goal is maintaining appraisal and failure cost to a minimum. Some of the typical company expenses might be quality planning, surveys, reviews, education and training, quality improvement teams, new product reviews, and more.
The cost of quality for a company is commonly as high as 25%. The goal of Six Sigma Implementation is to keep the cost of quality to a minimum which will allow a business to make more money. There are many training programs available both onsite and online, such as Six Sigma certification, which teach management about techniques they can use to identify ways to lower the failure rates and have a lower cost of quality. The most successful businesses have the lowest cost of quality and failure rates.
Elements of the Cost of QualityX-Men Evolution: Season 4, Episode 2 Video Clips. Duration : 21.90 Mins.
GET ALL FOUR SEASONS ON ITUNES! X-Men: Evolution Season 1 itunes.apple.com X-Men: Evolution Season 2 itunes.apple.com X-Men: Evolution Season 3 itunes.apple.com X-Men: Evolution Season 4 itunes.apple.com In order to boost their reputation, the Brotherhood decide to stage accidents and then rescue the bystanders. In the beginning, they are successful, but then, a staged accident runs out of hand. The X-Men just save the day, and the Brotherhood stops with their deeds.
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I have a strong faith. And very few things shake it. One thing I do remember shaking it and shaking it hard was waking up the morning of April 16, 2007, and turning on the television only to see a "special news report". There was some kind of shooting (in progress) happening at W. Va. Tech but details were "still sketchy". As always, I tried to think the best, and perhaps this was some kind of hostage situation, and everyone would be fine. It was not to be. It turned out, of course, to be the deadliest shooting rampage by a single gunman in U.S. history, on or off a school campus. In a flash, the foundation of my faith had been shaken. I try not to question God. For so long I held onto that tired-old philosophy (that now I often feel is cliché' outdated at best) that is, "Everything happens for a reason". I found no reason for this. I found it senseless, and, if I held on to that notion "everything happens for a reason", to me, it is the lazy person's excuse.
I sat at my home office desk for the next few days unable to focus or concentrate. I felt similarly to how I felt after 9/11, and, which oddly enough, my first memory of such "questioning the universe" was in my teens, watching the body bags coming home from Viet Nam, and, upon entering college, actually losing friends in that war. It was, like, even today, watching the news and hearing of body bags of young people in Iraq, I have decided to stop the silly notion of using the term, or at least using it as rarely as possible "everything happens for a reason". It too easily makes me a nonparticipant in the world in which I live. It give me an excuse not to write about, talk about it, try an open-ended democratic discussion about it, and praying the right words fall into the hands of the right person, who can put a stop to this "reasoning". I still feel, at age fifty four, that as long as I am alive and kicking, in a free country such as this, it is unreasonable not to speak out, work, think, and try to find ways to make the world a better place for everyone. All life is valuable to me, and I value the ingenious democracy of America more than anyone will ever know, in which someone is able to question, to challenge, that notion of "everything happening for a reason".
Biotechnology
A few nights after the tragic West Virginia event, I had a dream. I tend to keep a pen and pad by my bed, as, being in cartooning and e-commerce, I feel that a lot of my best ideas come to me in my sleep, when my consciousness is as open and free as it will ever be.
Everything Does Not Happen For a Reason - Biotechnology Creates Changes
Suddenly in the dream, I was instructed to invent a product that had never been invented (or much less even dreamed about). It would be a life saving product. It would require high tech, knowledge of biotechnology, physics, etc., all of which I had no training (my training was in Internet Technology) which would be rather useless in this product, except for the marketing of it.
It was an odd dream. I was in a science lab, with some other scientists, and we were watching a large screen tv. The funny tv commercial of "Life Alert", the woman "Help, I've fallen and I can't get up". One of the scientists instructed me that this usually does not happen. When serious emergencies happen, more often than not, the victim is either unconscious or too disoriented to push a button and cry for help. What was needed was a fully-automated computerized bracelet, that would constantly monitor vital signs (even oxygen proximity), store medical records, and actually "dial and text message" the nearest 911 or emergency center with a full explanation of person's name, medical history, location, etc.
In the dream, I was given a "crash course" in biotechnology and designed the device. I even named it "Insert Alert" in my dream, even though it is not actually inserted into the body, it is noninvasive and has sensors which can "read" one's insides.
It even monitors blood pressure, which brings me back to the dream. Had only one child (as if that were not enough) been shot in West Virginia, 911 would have been immediately alerted, hence the possibility of others being shot could have been diverted. Even if the one shot had not been wearing the device, it would have raised the one wearing its blood pressure and heart rate fast enough to wear the device would auto-dial 911 with the location of the emergency. If you remember, there was a lot of confusion and it took police too long to get there, hence giving the killer time to do his deed.
I woke up and took notes. Oddly enough, I found myself illustrating the device. I downloaded the patent paperwork from the US Patent office and received my provisionary patent. I put up a website and began raising funds to have it built. That is not an easy thing, only about .001% at most seed inventions get any money at all from investors. An investor contacted me, not vice versa. He put up enough for me to contract with an engineering firm to start development on the device. Two powerpoint presentations were made.
At the time, "Bluetooth" was the best satellite communications protocol for such devices, but today, there are more advanced ways to communicate with satellites. So I did some major amending on the design, but left the old way up, just in case someone decided to copy it. Good for them. They would have sunk tens of thousands in a device that would have barely worked. I never said all dreams were fully instructional. I was lucky to have a good friend who has several PhD s, one if physics and one in electrical engineering, a senior engineer at IBM. We have been close long enough to know, I could confide in him. I was still careful. I told him that I would tell him of my new invention, if he would give me a quote for my website. That would be enough protection for me, I felt, if he accidentally told a fellow associate at IBM. I knew he would never steal the idea. He gave me a glowing report, and it remains on the front page of my website.
For several months, I had to pull back on the project, since technology changed so much, and I knew I was going to have to hark on 2-3 years of development even after raising the monies to build the prototype, then license it out to a larger corporation for mass production and distribution.
Still struggling with some minor health problems (which are fixable), I will be starting back that process of finding investors, licensees, etc. to make the project work.
It will work in downtown New York or atop the Himalayas, I know this from my experience from working in the largest independent satellite news feed production house in Washington in the late 1980's and from talking to my friend at IBM.
Hopefully, the right investor(s) will come. I do know where to look and make presentations if they do not.
If you read Dr. Beiller's comment, he generously called my work "ingenious". It may or may not be, but I don't consider myself a genius as much as I do "a relentless street hustler with a late-in-life education". To me, everyone has some form of genius in them, and it is up to them to figure out what it is and then use it, so, that the next thing "something happens for a reason", they too can say (if it is a tragedy), "but it is not going to happen again if I can help it!" You may not be a writer, a cartoonist, an inventor, or the things that I prefer to do to expose my "genius", but trust me you have it. (I was considered a "slow learner", and proven to be right. But that was academia, this is life.)
The article may sound a bit like "bragging rights", it is not. It is to drive home my point, and perhaps change the cliché' "Yes, everything happens for a reason, but if happens, and we don't want it to happen again, let's fix it and say that happened for a reason too".
Everything Does Not Happen For a Reason - Biotechnology Creates ChangesX-Men Evolution: Season 4, Episode 2 Video Clips. Duration : 21.90 Mins.
GET ALL FOUR SEASONS ON ITUNES! X-Men: Evolution Season 1 itunes.apple.com X-Men: Evolution Season 2 itunes.apple.com X-Men: Evolution Season 3 itunes.apple.com X-Men: Evolution Season 4 itunes.apple.com In order to boost their reputation, the Brotherhood decide to stage accidents and then rescue the bystanders. In the beginning, they are successful, but then, a staged accident runs out of hand. The X-Men just save the day, and the Brotherhood stops with their deeds.
Rick London is a writer, cartoonist and e-entrepreneur. His Insert Alert [http://nsatinc.com/] site features several short power point presentations of the world's first fully-automated medical alert system he invented.
During tough times, it becomes increasingly difficult to keep yourself and others focused. Our brain's reaction to fear kicks in and we pursue a variety of options just in case. Despite our brian's insistence that we look at multiple opportunities and constantly explore new things, tough times are not the time to diffuse your energies. Focus, focus, focus!
Get clear on what excellence looks like for the next six months. Define it so all employees can relate to it and can make the right decisions moment to moment. Once you have gotten yourself focused on the right things including prioritizing where you should spend your time and other resource, there are some simple do's and don'ts for keeping employees engaged and aligned. To start, at the company or team level, make sure you have reconsidered the culture necessary to achieve excellence based on the changes around you. Culture helps people know what to do and how to act. Remember that actions speak much louder than words, so it is the apparent behaviors that get translated into beliefs and drive behavior throughout the organization. An aligned and positive culture can contribute significantly to an organization's success and even more so in tough times. The behaviors of everyone can contribute to getting you to your destination points or they can slow you down at the worst possible time. An unaligned (usually unintentionally developed) culture gets in the way.
Cultures poorly aligned to the elements of your strategic framework (why do we exist, how will we behave, what is our value to key stakeholders, where are we going, where are we today, where will we focus our energies) can be damaging and distracting. For instance, when a company needs all employees to become obsessive about customers due to tighter markets, increased competition or ever higher customer expectations, the culture has to support the employee behaviors necessary to achieve this obsession. This includes building policies and practices that allow employees to make decisions and take risks about satisfying customer requests immediately. For example, if a customer service agent is only allowed to operate 'by the book' in addressing customer requests, she risks losing a customer when they have a unique need and it requires three levels of approvals to have that need met.
Leaving culture changes to chance is like abandoning one half of your strategic planning framework. It is like pretending that those darn employees and the way they get things done do not really matter to achieving success. There are five core practices and beliefs driving high performance cultures today:
1. Clearly define what winning looks like
2. Measure what matters and what employees can relate to
3. Develop an ownership mentality and enable educated risk taking
4. Keep an eye on the external environment
5. Set up people to succeed and nurture trust
Especially in tough times,
Do Reiterate where the company is going and why as well as the core strategies to get there
Provide persuasive reasons why the company/team can win - what are the strengths that will prevail
Paint a compelling vision of the future (with as much visual detail as you can create) - describe what winning now looks like
Deliver ongoing feedback - communicate even more with direct reports about how they are doing and continue to reward (in low or no cost ways) and realign behaviors. When you don't communicate enough, employees make up much worse than the truth especially in tough times
Structure ongoing communications to all employees through a variety of channels to keep the goals/destination top of mind
Don't Assume employees understand why or how your organization can succeed when they see a lot of 'news' about failing companies all around them
Make promises you can't keep (i.e. there will be no layoffs)
Ignore the confusion or frustration that initiatives or projects have been scaled back - talk about the why and the new how it will get done
Assume a one-time, feel good meeting can fix things or that employees won't see thru it if there is no new strategy behind the changes. (Wasting time in a cheerleading session creates even more employee frustration if the content is not very focused on their situation and if it does not provide real 'meat' specifically about why the company can now win).
Cultures are difficult to change and it takes a concerted, visible and powerful energy to shift them. One of the real benefits to completing your strategic framework and communicating it constantly is that it will drive a culture that fully supports getting you to where you want to go. When things are clear and simple to employees, they develop a sense of direction and focus and can move quickly.
Everyone wants to be a winner and do their best each day. Your job as a leader or manager is to set yourself and others up to be successful. Leadership and management behaviors (not words) are the single greatest influence on an organization's culture. Don't leave success to chance!
Biotech Rumor
Keeping Employees Engaged to Get to Where You Want to Go
Keeping Employees Engaged to Get to Where You Want to GoX-Men Evolution: Season 4, Episode 2 Tube. Duration : 21.90 Mins.
GET ALL FOUR SEASONS ON ITUNES! X-Men: Evolution Season 1 itunes.apple.com X-Men: Evolution Season 2 itunes.apple.com X-Men: Evolution Season 3 itunes.apple.com X-Men: Evolution Season 4 itunes.apple.com In order to boost their reputation, the Brotherhood decide to stage accidents and then rescue the bystanders. In the beginning, they are successful, but then, a staged accident runs out of hand. The X-Men just save the day, and the Brotherhood stops with their deeds.
Consultant, Author, Speaker Holly Green is the CEO of THE HUMAN FACTOR, Inc. (http://www.thehumanfactor.biz) She has over 20 years of executive level and operations experience in FORTUNE 100, entrepreneurial, and management consulting organizations.
Green's background stretches across strategic planning, organization design and development, and leadership assessment and development. She has been responsible for successfully designing and building critical infrastructures in several organizations and has worked as both an internal and external resource for multinational corporations including: The Coca-Cola Company, AT&T, Dell Computer, Bass Hotels & Resorts, Expedia, RealNetworks, Microsoft and Google. She was previously president of The Ken Blanchard Companies, a global consulting and training organization, and the biotech firm LumMed.
Her commitment to educating executives on how to be effective leaders and managers in today's changing world is evident with a proven track record of value-added delivery. As a sought-after speaker and consultant, she has received national recognition and in 2007 was honored as a dynamic business leader and role model receiving the Women Who Mean Business Award.
Holly conducts more than 50 workshops annually for Vistage, the world's largest CEO membership organization. She is also a frequent keynote speaker for numerous corporate and professional associations. Her book, More Than A Minute: How To Be An Effective Leader & Manager In Today's Changing World (http://www.MoreThanaMinute.com) lends voice to her corporate experience and goes beyond the theory of leading and managing by providing practical action oriented information..
Holly has a BA in behavioral sciences and Master of Science degree in organizational development from American University in Washington, D.C. She is currently on staff at Webster University where she teaches courses in the graduate program. Holly also teaches for the University of California San Diego, Rady School of Management in the executive education program.
When it comes to (re)designing an organization - whether a biotech in growth mode, a mature division in need of regeneration, an amalgamation of groups after a merger or acquisition, a new structure for a research group or any other internal reorganization - you are confronted with a plethora of options, each with its own liabilities. The business literature offers many 'models', often attractive ones. But how do you know what is best for you?
One tends to go for safe territory. If in your previous company you saw or were part of a merger or a particular reorganization that worked, you may be tempted to reproduce it. This is a dangerous path because what worked was contingent to that particular company, time and circumstances and may not be good for extrapolating here and now. Your management intuition may, by and large, be the best guide, but you may want to use more than that in your thinking and implementation.
Biotech Rumor
There was a time when business schools taught that 'strategy' came first and 'structure' followed. In other words, make sure you know what you want to do and what the purpose is and then figure out how to be organized, not the other way around. It's difficult to challenge this logic. However, the world today is more complex than traditional business school linear thinking. The above is true but if you consider 'structure' a simple by-product, you are bound to commoditize it because strategies and purposes, at least at a high level, are not necessarily very different. That's why pharmaceutical companies tend to be organized in a rather similar way and stuck in organizational architectures (structures and operating models) that have not changed for the past 40 years or so.
(Re)Designing Organizations
Architecture is a strategy
For some of us, architecture is strategy. The way of being organized and doing things is itself a competitive advantage and a source of strategy generation. For us, strategy and organizational architecture meet in a circle, not in a straight line.
Pharma R&D organizations in particular face major challenges in terms of maximizing the potential of their structures and systems to deliver high productivity. Pharma R&D leaders should be less pre-occupied with copying what others have done, or trying off-the-shelf ideas, and more focused on reinventing their own R&D in a way that is specifically tailored to their needs. That may entail borrowing ideas from others, even borrowing heavily, but never a total replication. The problem is that few people believe organizational aspects are a real priority. A while ago, a senior leader of a top ten pharma company showed an audience of pharma professionals a dozen or so organizational models and said, "We have been looking at those models for a while but decided not to waste our time." Judging by the performance of that company, it was obvious he was right: top management had been admiring the models for a while and had done nothing about it.
The reality is that pharma has not even scratched the surface of possibilities for novel structures and architectures. One of the problems may lie in a strong inward-looking tendency. Under the umbrella-label of regulated business, we find an excuse for uniqueness which is misleading. This tunnel vision has prevented us from looking, or indeed accepting that it may be worth looking, outside the industry for organizational inspiration. The competition mantra with its sister, the benchmarking mantra, has taught us that if you are GlaxoSmithKline you look at Pfizer or Novartis. If you are Novartis, you look at GlaxoSmithKline, etc. In other words, you look around, as opposed to outside. The result is incestuous, more-of-the-same thinking. One of the problems my company encounters with its 'small' clients is that, consciously or unconsciously, they want to replicate the 'big' ones. Size is in the mind. A medium-sized company is not a smaller version of a big one, just as biotech is not a smaller version of a medium-sized pharma. Size is just one factor of importance depending on your ultimate goals.
New Product Incubators
Novel, out-of-the-box organizational architectures may be more able to deliver in the tough times we live in. The idea of New Product Incubators is a way of rethinking the whole area of pipeline filling, particularly exploratory development.
This is how it works. Many research-driven companies have no problem declaring that they expect their own pipeline to be responsible for a proportion of the compounds going through development. The percentage varies between companies and, once acknowledged, it's usually left to 'business development' to come up with the rest of the goods.
Because in-licensing has been seen traditionally as a commercial activity, R&D staff are called to the party only at due diligence time, often as an extra burden on top of everything else and not infrequently as a favor. This leads to a progressive detachment of key scientific brains from scanning the market and making preliminary assessments. This is premise one. Once the pipeline starts to be fed from outside, what you need is a sort of 'rapid reaction force' that is able to do fast due diligence (scientific and technical), fast minimal exploratory work on the compound or molecule, and to make fast decisions to answer the fundamental question: do we go with this? The bulk of the work is usually to do with 'proof of concept'. But in many cases this is undertaken by the same discovery or development machinery that is used when a compound is already in full development. In other words, complex, lengthy and unnecessarily 'safe' ways to assess the viability of a molecule. This is crazy. What you need at that stage is the ability to make fast decisions with less than perfect data, a concept pretty alien to the standard researcher.
A New Product Incubator (NPI) is a small entrepreneurial structure that sits neither in research nor in full development, that borrows what it needs from traditional 'exploratory development' and incorporates or hosts business development, in-licensing and any due diligence activity. It's an all-in-one engine of fast assessment that is neither R&D nor commercial, but both. It should attract your best scientific brains and your best commercial ones. It does not have to be a host for someone's entire professional life - people may apply to belong to this structure for a predefined period. The New Product Incubator is also the best place to learn about the cross-fertilization of science/technology and business, as well as a School of Partnership Management. But the NPI must be governed by rules that are different from the rest of R&D or commercial; it borrows as much as possible from the concept of business or technology incubators and therefore needs the 'protection' and the resources to be able to function as an entrepreneurial cell within the larger company. This is just a small illustration of a new architecture; I am not suggesting for a second that such a model will be appropriate for all companies.
Organizational issues are often dismissed as secondary. The few regional or global pharmaceutical for a (conferences, congresses, etc.) hardly focus on organizational architecture. Air time is taken by sexy science and technology, M&A pros and cons, semi-generic rhetoric about innovation plus an endless repetition of the challenges the industry is facing. But professionals (scientists, marketers, sales people, factory managers, etc.) work and spend most of their life in specific 'houses'. How that house (company, organization, division) acts as a host for innovation, knowledge-flow or fast decision-making, for example, matters a lot.
What is the best size?
Small is beautiful... and lonely. Big is powerful, and impersonal. What's the best size? For many companies this is an academic question because they are stuck with a small, start-up structure. Assuming you can do something about your size, the temptation is to produce a beautiful solution that does not address the right question. It has become fashionable to break up anything that is big (for example an R&D structure) in the hope that agility will follow. But without doing anything about the internal barriers for communication or innovation, old behaviors controlling day-to-day life or an intrinsically lousy decision-making process, any break-up into business units, for example, will not solve anything. Worse, it could raise false expectations because of publicizing to the world that now the company will be 'freer and more independent, therefore more productive.' It's rain-making blessed by stock analysts.
Before presenting one of several ways to (re)design architectures, let me comment briefly on the two all-purpose, universal 'answers' we have come to believe will solve most of our problems: the 'matrix' and 'the teams'. Both have different meanings depending on companies. Matrix is associated with the idea that you need a crossroads between different constituencies and that if you belong to A, for example, you need to work with other people who belong to B, C and D. The matrix was created as a way to meet in neutral territory and to work outside the boundaries of your own division or group. But matrix needs rules of the game and a clear definition of accountabilities and these are not always explicit. The matrix does not solve problems unless the individuals decide to do so. Matrix is often a word for all seasons. The problems with teams are a mirror of the above. Teamocracy has been established as the preferred way of working but we don't know much about the liabilities until we hit them. Be wary therefore of people suggesting teams and/or matrix as universal solutions and spend time defining what they mean by these terms.
(Re)designing processes.
Is there a way to (re)design an organization following a rational process? There are many. My company follows a process based upon the principles of behavioural decision-making and multi-attribute decision analysis. If this sounds grandiose, it's only that, the sound. In practical terms, we ask the client to split into two separate groups for twin-track thinking. We ask one group to think and provide a list of the 'criteria' they would use to assess the merits of any potential organizational design. It's a way to find out what it is you care about. Or where you would put your money. A second group is in charge of producing several potential organizational models, all of them legitimate and each with their own pros and cons. Eventually, after days or weeks of preparation, depending on the complexity, both groups meet, usually over a three-day conference and we try to put together both sets of data. A computer model helps us weight the pros and cons in a way the human brain is not capable of.
The criteria finally chosen for a particular case are weighted against all the potential organizational models and among themselves. The weighting is client-specific. While client A may put a lot of emphasis on innovation, client B may weigh scale-up capabilities more heavily. The real work starts once the maps of preferences are produced. The computer (or consultant) does not make decisions; management does, based on a unique set of maps from its own input. The decision-analysis tool only helps to put some meaning to what is a complex combination of criteria and models.
The client and ourselves examine a significant number of combinations from which a pattern of preferences will emerge. The beauty of the computer model is that one can see different outcomes should the original weightings be changed to accommodate differences in opinion among the client team.
To conclude:
Yes, reinvent the wheel. That's a good start. Ignore off-the-shelf solutions or carbon copies of other companies and invest in reinventing one for yourself.
Most organizational structures are good for some things and less good for others. What you care about should drive your choice.
There is no correlation between a particular organizational architecture and success. If there was, all companies would look even more the same. You need to find out what's good for you even if that is different from the average company.
It all depends on what you mean by success. A lean and mean, downsized, clean and small organization as the result of the latest pseudo-reengineering may produce short-term deliverables (and therefore success) at the cost of losing talent and becoming an unattractive place to work in the medium term.
Use a rigorous process. This is not a case for simple brainstorming or back-of-envelope ideas. Define your criteria for deciding, explore different models and apply tests.
Involve your key people in the process; invest time in organizational thinking.
Look outside the industry; there is a lot to learn.
For good leaders, there is nothing like 'a place' as a legacy. A 'place to be' lives beyond short-term product success or financial success. (Re)designing your organization may be the best piece of success-crafting you can embark upon. This is not reorganization for the sake of reorganization. It's the (re)building and refurbishment of the house that hosts innovation and talent. If you think of yourself as a leader, think also as an architect.
GET ALL FOUR SEASONS ON ITUNES! X-Men: Evolution Season 1 itunes.apple.com X-Men: Evolution Season 2 itunes.apple.com X-Men: Evolution Season 3 itunes.apple.com X-Men: Evolution Season 4 itunes.apple.com In order to boost their reputation, the Brotherhood decide to stage accidents and then rescue the bystanders. In the beginning, they are successful, but then, a staged accident runs out of hand. The X-Men just save the day, and the Brotherhood stops with their deeds.
Dr Leandro Herrero practiced as a psychiatrist for more than fifteen years before taking up senior management positions in several pharmaceutical companies, both in the UK and the US. He is co-founder and CEO of The Chalfont Project Ltd, an international firm of organizational consultants. Taking advantage of his behavioral sciences background - coupled with his hands-on business experience - he works with organizations of many kinds on structural and behavioral change, leadership and human collaboration. He has published several books, among which The Leader with Seven Faces, Viral Change and New Leaders Wanted: Now Hiring!, all published by meetingminds.
Environmental Monitoring is a critical process utilized to determine the cleanliness of controlled environments, within the Pharmaceutical and Biotechnology industries. These services are usually conducted by pharmaceutical consulting firms who also inspect the manufacturing environment to make sure everything is safe and up to code. Environmental Monitoring serves as a vital pro-active tool for Quality Assurance purposes in the manufacture and control of sterile and non-sterile products and support areas.
When having your business tested, Environmental Monitoring Specialists will conduct a thorough search of the specified area and report back to you using concise data formats. The samples will be collected and sent off to a microbiology laboratory and/or the pharmaceutical consulting company for analysis. This method of service works rapidly to obtain results to identify current or potential contamination problems.
Biotechnology
Environmental Monitoring has been criticized in the past for costing too much and delivering too little. However, environmental monitoring services can play a tremendous scientific role by revealing long term trends and potential contamination problems. They can also lead to new knowledge or understanding. Monitoring is essential for determining correct environmental planning and policy. Because of its unique contribution to science, and business, environmental monitoring is an essential and integral aspect of ecological management, research, and policy.
What is Environmental Monitoring and Why it is So Critical?
The benefits of Environmental Monitoring are not always entirely clear, as many of the benefits are sometimes not immediately apparent. However, scientific-based imitative monitoring can be absolutely vital in determining if a certain policy is having its intended results. By detecting problems early, monitoring can sniff out any potential catastrophes in the making, saving your company possibly millions of dollars, if a problem is detected early.
For monitoring to be cost-effective, it should be carefully planned in terms of the size, scope, importance, and risks of your project. The cost in monitoring should only be a small fraction of the overall cost of the project, or it will not prove to be balance-effective. However, it is usually a small price to pay in regards to the potential benefits that come from successful management of ecological systems.
Through an aggressive adaptive management approach, environmental monitoring firms can become an excellent source of learning & enabling a significant reduction in the uncertainty inherent in Ecosystem Management. If monitoring is essentially woven into your strategic planning in the beginning of the project, then, what your company could save in time and money is without measure. Without a correct monitoring service, your project could be doomed well before the project ever gets off the ground.
What is Environmental Monitoring and Why it is So Critical?Guren Dances(Eng Dub) Video Clips. Duration : 24.32 Mins.
Visit our website at tinyurl.com and purchase DVDs and Blu-rays if you like! Every purchase helps support this channel. Code Geass Season 1 - STAGE 10 - Guren Dances - English Audio Dub Uncensored A Britannian applies to join the Black Knights. His name is Diethard Ried, a TV producer. The members of the Black Knights think he is a spy for Britannia, but Lelouch uses the information Diethard brings and heads to the Narita mountains. According to the information, Cornelia is about to attack Narita where it is believed the headquarters of the Japan Liberation Front is located. Is it Diethards trap, or could he be for real? Lelouch uses his Geass to infiltrate the Britannian Forces watch-house and is successful in manipulating information. Futhermore, he inspires the Black Knights who are terrified of fighting Cornelia by saying he would create a miracle. The Japan Liberation Front is crushed one by one by Cornelias troops. During that time Lieutenant-General Tohdoh, known as the Japanese soldier of miracle, prepares for battle too. Lelouch launches the first Japanese Knightmare, the Guren Mk-II.
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I am sure that in this day and age you have heard the term biotechnology many times in your life. It is a relatively new concept that is rapidly evolving into a science. Defining biotechnology itself is a difficult task however it involves living creatures and their functions. Biotechnology is the art of manipulating living organisms to gain knowledge, invent medicines and create new species and hybrids. Medical biotechnology is a constantly growing field and we are always finding new uses and disease to cure with biotech. As it seems, biotech is a very controversial field of science and it is heavily debated all throughout the world.
The most famous use for this new field is through producing medicine. The path from plant to pill is amazing and there are so many things that go into this production. The first thing is to identify that a plant actually has a healing quality. Most of these have been circulating with us for generations but recently scientists have been experimenting on different plants. When the plant is identified, you have to crush it and test different bacteria against it. If it is successful in killing the bacteria then you know you need to isolate the compound. This process takes a long time since biotech companies have to try these products and make sure they are completely safe.
Biotechnology
The next use for medical biotechnology is genetic testing. Though it seems relatively useless, genetic testing is an extremely useful scientific process. Genetic testing involves gel electrophoresis which is a fancy way of testing the different strands of DNA in peoples cells. Different strands travel different lengths and so when you run it through a gel with electricity you can compare the DNA to see if it matches. It is actually an amazing process and it can help you determine the father of children and also the criminal in many cases. We can also learn a lot of things from this type of testing and it will help us understand how we work.
The Reach Of Medical Biotechnology
Gene therapy is another amazing aspect of medical biotechnology. Gene therapy is very complicated but when simplified it is understandable that it is so amazing. Through medical biotechnology we have discovered that bacteria spread virus via injecting their genes into other animals cells. Scientists are now trying to manipulate the DNA of bacteria so that they have the cure to different diseases. This way we can inject bacteria into peoples system it does not harm them but actually help them. Although we are still far away we are making amazing progress and being able to reach this goal will change science forever.
The most known and debated form of medical biotechnology is cloning. Now, we can actually take DNA from animals and grow it into another duplicate organism. Cloning would mean that you could have an exact replica of something, down to every atom in the body. It really is amazing but also scary. This is why it is so debated. Are we really supposed to go this far into science?
The Reach Of Medical BiotechnologyX-Men Evolution: Season 3, Episode 3 Video Clips. Duration : 21.42 Mins.
GET ALL FOUR SEASONS ON ITUNES! X-Men: Evolution Season 1 itunes.apple.com X-Men: Evolution Season 2 itunes.apple.com X-Men: Evolution Season 3 itunes.apple.com X-Men: Evolution Season 4 itunes.apple.com The outed X-Men return to Bayville High and are scorned and verbally abused. Worse of all, Principal Edward Kelly is now prejudice of every mutant of Xavier's and New York. The School Board decides whether to allow mutants to attend school. The Brotherhood attack to get even with Scott. The X-Men stop them by only using their powers to save people. The School Board votes to allow them to attend school.
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Shrink Nanotechnologies Inc. is an innovative nanotechnology company developing products and licensing opportunities in the solar energy production, Medical Biotechnology diagnostics and sensors, and biotechnology research and development tools businesses.
Is it true that Iran is working on the cloning of humans, yet at the same time attempting to have us believe that they are following the true doctrines of Islam? Is this indeed rather hypocritical. Is this rumor true is Iran really working on Human Cloning?
We know they are very high tech and working on high-speed underwater torpedoes, which can travel underwater at 400-mph and they claim to have buzzed the USS Ronald Reagan with a Stealthy UAV. They also have shot off and tested a new stealth missile. Additionally they are as we know enriching Uranium from Chinese Stock and perhaps have considered building an atomic bomb or nuclear warhead to put on top of the ICBM 39-foot missiles that they have bought from China.
Biotech Rumor
You see at first I did not believe the secret intelligence rumor about the cloning of humans in Iran. But when you consider the interesting in their buying of Russian Anti-Aircraft war toys, Chinese missiles and developing high tech weapons of war the rumor actually sound just about right, as such an attempt at advancement would in fact be right up their alley.
Iran is Funding Cloning
And since they know that they need more International Terrorists, rather than recruiting them, why not simply grow them through human cloning. Is Iran funding human cloning, Hitler had an interest in that remember? Lots of similarities there it appears. Consider all this in 2006.
Iran is Funding CloningInside North Korea Tube. Duration : 46.03 Mins.
Go undercover with National Geographic correspondent Lisa Ling as she journeys into mysterious and reclusive North Korea.
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"Lance Winslow" - Online Think Tank forum board. If you have innovative thoughts and unique perspectives, come think with Lance; www.WorldThinkTank.net/. Lance is an online writer in retirement.
I always get a bit frustrated when I hear that the reason Mohave County was excluded from the Radiation Exposure Compensation Program was because of a "spelling error". My response to that is always the same: Hogwash!! And I heard it again, just this past Monday evening, when Mike Watkiss from Channel 3 in Phoenix reported that the reason hundreds, if not thousands, of Mohave County residents were excluded from being compensated by the government was because the drafter of the 2000 Amendments mistakenly confused Mohave County (in Arizona) with Mojave County (in California), and decided not to include any part of the county for compensation. However, a quick look at the amendments that were made to the RECA in 2000 and 2002 totally discounts this theory.
The Radiation Exposure Compensation Act was passed into law in 1990. The original version of the Act did not include any county in Arizona. On July 10, 2000, the RECA Amendments of 2000 expanded the geographical areas covered under the program to include an additional five counties in Arizona: Yavapai, Coconino, Apache, Gila and Navajo.
Biotech Rumor
Then, on November 2, 2002, President Bush signed the Justice Department's FY2002 Authorization bill, which included several revisions to the program. One of the revisions re-inserted a portion of Mohave County, Arizona (located north of the Grand Canyon) that was inadvertently eliminated when RECA was amended in 2000. Re-inserted a portion of Mohave County? Yes, you read that correctly. There was a mistake made in 2000 when the amendments went into effect, but it was not a spelling error. Rather, a "portion" of Mohave County was completely eliminated from the amendments, and that "portion" was the northern-most part of Mohave County, commonly referred to as the Arizona Strip. The rest of Mohave County was not included, nor was it ever supposed to be included in the 2000 amendments.
What Happened to the Mohave County Downwinders?
And to put to rest another rumor that has been circulating in Mohave County, Dianne Spellberg, an attorney who works with the Department of Justice, never confirmed in a letter to the Mayor of Kingman that the mistake was a "spelling error" as some have indicated recently. There has never been an admission by anyone at the Department of Justice that the mistake was anything other than what it was - the Arizona Strip wasn't included when it should have been.
So why wasn't the rest of the county added to the program in either 2000 or 2002? If a finger needs to be pointed at anyone, I would point to the elected representatives serving Arizona at the time. Senator Orrin Hatch from Utah originally introduced the bill in 1999. Senate Bill 1515 (S.1515) had six co-sponsors with Senator Hatch, including Senators Tom Daschle and Tim Johnson, both from South Dakota, Senators Jeff Bingaman and Pete Domineci, both from New Mexico, Senator Paul Wellstone from Minnesota and Senator Ben Nighthorse Campbell from Colorado. The original text of S.1515 is still available online and nowhere within that text is any mention of any portion of Mohave County, north or south.
What is missing? Well, it does not take a rocket scientist - or a nuclear physicist - to figure out that if no one from Arizona is advocating for a change to the program, then there isn't going to be change. While it is admirable that Congressman Franks from Arizona has finally decided to introduce a bill to the House (after years of pressure put on him by the Mohave County Downwinders), if the bill gets buried in the Judiciary Committee, then the rest of Mohave County will continue to be left out in the cold.
What Happened to the Mohave County Downwinders?X-Men Evolution: Season 2, Episode 13 Tube. Duration : 21.40 Mins.
GET ALL FOUR SEASONS ON ITUNES! X-Men: Evolution Season 1 itunes.apple.com X-Men: Evolution Season 2 itunes.apple.com X-Men: Evolution Season 3 itunes.apple.com X-Men: Evolution Season 4 itunes.apple.com The Bayville High Sadie Hawkins dance arrives, and everybody is scrambling for dates. Jean is highly jealous of Scott's date. In the meanwhile, Forge constructs a device which augments Nightcrawler's teleportation, but is unaware that vicious monsters from Kurt's bamf dimension will now be able to enter Earth.
If you market a pharmaceutical product, biotechnology product, medical device, hospital or health plan, or any other brand of medical products and services, you need a talented healthcare advertising agency to help make your branding and communications as effective as possible. To find the right agency partner, follow six steps.
Step 1: Research
Biotechnology
Go online. Search for "healthcare advertising agency" or "medical advertising," or use related keywords. Visit the sites of agencies that appear in both the sponsored links and the organic search rankings. Visit numerous sites, and take your time at each. Choosing an agency partner is important and not to be rushed. Look closely at the content of each site. Also look closely at its design and ease of navigation. Designing your website may be one of the areas where you need agency help; if their own site is lacking, beware.
6 Steps To Find The Best Healthcare Advertising Agency
Step 2: Consider core capabilities
What are your needs? Strategic and tactical planning? Creative branding? Web programming? Development of broadcast and print promotions? Social media management? Copywriting, editing, and proofreading? Think about your short-term and long-term needs. Look for an agency partner that delivers the capabilities most essential to your communication plans. Here, too, a word of caution is in order. Most agencies will say that they are "full-service." But are they truly? Do they offer equally strong design as well as promotional and technical copywriting skills? Do they provide print production capabilities (a dying art at many agencies) in addition to digital programming services? Do they have strategic and tactical planning expertise based on knowledge of diverse sectors of the healthcare industry?
Step 3: Review Case Studies
Analyze the case studies your agency candidates feature on their website. Do they show a clear challenge, solution, and outcome? Do they appear strategic as well as creative? Don't over-emphasize whether the case studies exactly match your specific market challenge. The objective is to assess the diversity of challenges the agency helps address, the creativity of their solutions, and the results of their efforts.
Step 4: Schedule a presentation
Once you have found several agency candidates, schedule a presentation with each. Provide them with as much guidance as possible, for example, "We would like to see samples of your work in launching cardiovascular drug therapies" or, even more specifically, "We would like to discuss your experience in promoting respiratory care technology to physicians and allied health professionals." Emphasize that you would like to see the agency's best work in any market, but also want to devote half (or more) of the presentation to your specialty area. At the presentation, look closely at the content: the case studies shared and other selling points the agency features. But also look at the agency representatives' presentation style. Do they appear relaxed, organized, and confident? Are they the kind of people you can entrust your brand and budget to? Are they the kind of people you want to work with on a day-in, day-out basis?
Step 5. Request references
After narrowing down your list of candidates, contact all who made presentations to thank them for their time. From those candidates who remain contenders, request three references from both current and former clients. Contact each promptly and ask about the quality of the agency's work, the value they deliver, their level of service...as well as the strongest and weakest qualities of the agency's work and people.
Step 6: Propose a trial project
Now that you have vetted your agency candidates' credentials, give each a trial project. Spell out the parameters clearly and equally for all agencies. If feasible, offer a modest fee for the effort (this helps the agencies recoup at least some of the often significant expense involved in this type of work). Perhaps you would like to see preliminary concepts for a new advertising campaign. Or a proposal of ideas for advisory board activities. Or a schematic showing potential social media cross-promotions. Invite each candidate to present their work, in person or via WebEx or other means. Once again, closely observe not only the quality of the work but also the quality of the presentation.
Once you have selected your agency partner, be sure to thank all of the other candidates for their efforts. And, if appropriate, provide each with a brief summary of the strengths and weaknesses of the work presented. Then schedule a meeting with your new partner ASAP and get started!
6 Steps To Find The Best Healthcare Advertising AgencyX-Men Evolution: Season 2, Episode 13 Tube. Duration : 21.40 Mins.
GET ALL FOUR SEASONS ON ITUNES! X-Men: Evolution Season 1 itunes.apple.com X-Men: Evolution Season 2 itunes.apple.com X-Men: Evolution Season 3 itunes.apple.com X-Men: Evolution Season 4 itunes.apple.com The Bayville High Sadie Hawkins dance arrives, and everybody is scrambling for dates. Jean is highly jealous of Scott's date. In the meanwhile, Forge constructs a device which augments Nightcrawler's teleportation, but is unaware that vicious monsters from Kurt's bamf dimension will now be able to enter Earth.
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An experienced healthcare advertising agency can be one of the most valuable assets that you and your brand have. Choose very carefully. A proven leader in this field is an experienced, award-winning advertising and public relations agency called bryantBROWN Healthcare. As you conduct your healthcare ad agency search, be sure to visit BryantBrown.com. Or call 1-310-406-2460, x101.
Bryant Brown provides complete healthcare advertising and medical marketing services: strategic and tactical planning, copywriting, design, programming, and print production. Pharmaceutical and biotechnology companies, medical device manufacturers, hospitals, and other organizations "everywhere in healthcare" rely on Bryant Brown for creative solutions to the most demanding challenges. Visit Bryant Brown at: http://www.bryantbrown.com/bbhomepage.php
