Pharmaceutical Sales A Great Career For Science Degree Graduates

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So you graduated with a bachelor of science degree and you dont want to become a doctor, dentist or work in a lab. You also dont intend to pursue a graduate degree in science either as scientific research is not really your calling. So you might be thinking about what type of careers and jobs are open for university or college graduates with science degrees.

I was in that same situation many years ago as I felt that I would prefer wearing a business suit rather than a lab coat for my working career. I wasnt interested in Petri dishes, Bunsen burners, flasks or dissection tools anymore. I wanted to carry a snazzy briefcase and have business luncheons instead.
So I was fortunate enough to stumble into a career field that I would stay in for fourteen very lucrative and rewarding years. This career was in pharmaceutical sales which turned out to be a perfect match of science and business.

There are many perks and benefits when working as a drug rep in the pharmaceutical industry. Salaries and bonuses could amount to six figures for high achievers and there is the use of a company car. Corporate expense accounts are also available for business entertaining. There are also the travel opportunities that are paid for by the company as many sales meetings as well as medical conventions are often located at nice places.
Being a pharmaceutical sales representative also means that there is a lot of freedom and independence with the job as fixed working shifts are no longer the way for a drug rep. Even better is that for 95% of the time, there is no boss to look over your shoulder while on the job.

Being a drug rep also has some intangible rewards I didnt expect when I first started. The field involves working with medical professionals to bring them useful products that will greatly benefit their patients. Drug reps with pharmaceutical sales forces can be considered as part of the overall health care team since they are playing an important role in helping patients.

So if you are a science graduate and want to do something in business rather than in a purely scientific field, consider pharmaceutical sales as a viable career option.

Why Are Teens So Stressed Science Fair Projects

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The topic of your science fair project is critical to its success. If you select a topic that you are not interested in you will find the process of completing a science fair project boring and tedious. However, you can overcome this problem by focusing on something that either interests you or that impacts your life directly. Here is a topic for this year’s science fair project “why are teens so stressed?”

Background Research

“Why are teens so stress?” This is the topic for your science fair project this year. So now that you have a topic your next step is to conduct research on this subject. This research will need to begin with a general search of teen stress. The results from this search will provide you with leads on what is stressing out teens and what research has already been done.

Develop a Hypothesis

Now that you know a little bit about your topic your next step is to develop a hypothesis. Your hypothesis will predict what is stressing out teens. For example, your hypothesis may be that teen stress rates are impacted directly by the stricter entrance requirements for college.

Develop an Experiment

After you have a hypothesis you will need to find a way to test that hypothesis. If your hypothesis is that teens are stressed by the increase in acceptance standards of colleges then you will need to design an experiment that tests how these higher standards are impacting student stress levels. You can do this by collecting data on college entrance requirements from the 70s and comparing them to those of today, and you can also conduct interviews with teens to figure out how stricter college entrance requirements are impacting their stress levels.

Collect Data

Data collection for this type of science fair project will involve collecting data and information from government and nonprofit sources, as well as collecting data directly from your own test subjects. When you are collecting data from your test subjects make sure your test conditions remain constant for each experiment. This will help to ensure your data is reliable and valid.

Learn The Computer Science With Experts And Professionals

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The rush of improved tutors evidently shows that stress for proper guidance on the subject is sky high but there are few excellence tuition centers available for the scholars. Under the circumstances online computers discipline can be helpful for students in given that them with the a great deal desirable help to Computer science Assignment Help on time.

Among the net teaching center online tutoring is of greatest options that are able to approach handy for students all above the globe. The association is helping students with range of reimbursement in abundance of subjects. Be it Computer science Assignment Help or homework help on the study of computers, you can obtain all the best ends in all of these subjects with appropriate help from the middle. There are abundance of skilled educators who are there to assist students 24×7 with all their knowledge and modern methods of teaching. Students can speak to them essentially and obtain much desired help in any type of computer related subjects.

Although in mainly of the cases students believe these deal and they get benefit with it as well. There are plenty of instance of victorious students who complete it to the top with guidance from this organization. Thus, Computer science Assignment Help from the association is a huge possibility for user to flourish well in their career.

There are numerous streams in computer studies like hardware, program, networking and others and you can obtain good online tutoring in all of these subjects. Like in the occasion you need to obtain project assist from The Global Tutors, and then you need to choose your subjects first. Moreover, you be able to obtain numerous other forms of Homework Help and additional helps here. At the center you can obtain help on Programming Languages, Database management method, Operating Method and others. What is suitable with tuition from this online middle is that students do not have to visit coaching centers actually with that. The opposite, they can obtain all essential helps lacking leaving the reassure of home.

You resolve not very find someone without basic information on computers in current context. Even in small towns and villages, makes utilize of these modern tools are on the rise. However, that does not denote that everybody is a specialized in the subject. Computer science is a enormous study with numerous streams under it. Students on the subject may occasionally find it firm to inclusive all assignments on programmed time. There comes the requirement of tuition centers.

Circulating Tumor Cells Technologies With Promising Significance

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Circulating Tumor Cells can be found in the blood of patients with primary tumor. These cells are extraordinarily rare and their detection presents a major challenge. But collaboration between bioengineers, molecular biologists and clinicians, many technologies have been developed which can detect CTCs. There are many ongoing research on this which are facilitated by the reports generated earlier. Because of the circulating tumor cells clinical significance, there has been a lot of stress on developing methods that can allow detailed studies across multiple types of cancer and its detection.

Detailed study on CTC technologies shows that this field of biotechnology can offer unique opportunities for the detection of tumor cells in patients with early stage cancer. It also confirms the ability to genetically characterize tumor cells without needing an invasive biopsy, and determine responsiveness to the new generation targeted cancer drugs. Some of the latest reports even discuss the ability of CTC technology to offer the opportunity to study -cancer stem cells- or -metastasis precursors- which were thought to be at the origin of cancer spread via the bloodstream, to define their molecular vulnerabilities and help design new therapies to prevent cancer metastasis.

Clinical research on circulating tumor cells technologies can be considered to be in its early stages and it has a long way to go. This field of research work is getting mass support from private and government organizations and reaching new heights every day. Its remarkable significance in pharmaceutical industry is encouraging many investors and business person to invest in its R&D for discovery of some technologies that really bring some highly effective difference in the process of cancer detection. Hope of a number of cancer institutions and future of cancer patients depend on the development of CTC technologies. The next generation of clinical trials is waiting to be designed based on the upcoming reports.

RI Technologies develops reports on circulating tumor cells technologies which can prove to be a great aid for future R&D. It provides a complete market insight into technologies and services used for cancer detection and serves as a guide to CTC industry. Profiles of more than 150 companies are discussed who are engaged in CTC studies, screening, products or services. Clients can get information related to recent product releases, development, partnerships, collaborations, and mergers and plan their business strategies for smooth market entry. A complete report on future of CTC industry, its estimations and predictions are presented which are relevant to client’s requirements. For more information ask for some sample pages. Visit www.researchimpact.com/MIR036_CTCTECHNOLOGIES.aspx.

Two Oled Technologies Amoled And Pmoled

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OLED is a new technology that can make thin, efficient and bright displays. OLEDs are made from organic light-emitting materials, and OLEDs do not require any backlight and filtering systems that are used in LCDs. So OLEDs are more simple to make and actually can be made flexible and transparent as well. OLEDs are also very efficient, and companies are working towards OLED lighting – an OLED “lightbulb” will be efficient and thin, opening the way for great new lighting designs.

There are two types of OLEDs used in displays – PMOLED and AMOLED. The difference is in the driving electronics – it can be either Passive Matrix (PM) or Active Matrix (AM).

With Passive-Matrix OLEDs, the display is controlled by switching on rows and columns. When you turn on row number x and column number y, the pixel at the intersection is lit – and emits light. Each time you can choose just one pixel to light. So you have to turn these on and off very quickly. You do so in a certain sequence, and create the desired image. This is somewhat like the interlace-system used in old CRTs, but the control is done pixel-by-pixel.

PMOLEDs are very easy and cheap to build, but they are limited to small sizes (up to 3″, typically). The image displaying is a bit complicated (because of the row/column method). Also the power consumption is not as good as AMOLEDs.

AMOLEDs have a different driver electronics – each pixel is controlled directly. AMOLEDs are more expensive, and much more difficult to create, but can be used for larger displays (current prototypes are up to 40″) and are very power efficient.

The first OLED products in the market used PMOLEDs – these were MP3 players, sub-displays on cellphones and radio decks for automobiles. The displays were small and usually with just one or two colors. When AMOLED panels started to emerge in 2007 and 2008 we have seen these larger displays in mobile video players, digital cameras, mobile phones main displays and even OLED TVs.

PMOLEDs are still very popular – there are more MP3 player sold today with PMOLED than with LCDs. But for larger displays, AMOLED is the best technology, and is growing much more quickly than PMOLED displays. Obviously for larger displays, such as TV, laptop monitors or PDAs, AMOLED is the only choice.

Today there are several companies that are working on technologies that actually close the gap between PMOLEDs and AMOLEDs – offering a sort of hybrid system. The promise is that these displays will be both easy to make and allow power efficient larger displays. We still have to wait and see whether these technologies actually work on commercial displays. One such technology is Dialog’s SmartXtend.

Potential Of Open Source Technologies

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Open source technologies have emerged as a serious threat to proprietary software owing to their free to use nature. The popularity of open source technologies has forced companies selling proprietary software to roll out cheaper versions of their software. It has also forced these companies to innovate and add value to their existing range of software products.

Open Source Technologies when used to develop ERP systems have the potential to drastically reduce the marketing, distribution and sales costs of organizations selling ERP software. Existing proprietary ERP systems are too costly to install and require a lot of customization to suit the specific requirements of an enterprise. Open source softwares allow the source code to be modified by users in line with the changing dynamics of the market. Proprietary systems, on the other hand, do not give such freedom to users and for every modification; users have to depend on the vendor. This proves to be a costly exercise but since proprietary systems are slightly more secure than open source systems; organizations that are paranoid about security usually opt for the former.

Open source technologies are an ideal way for companies to execute internal projects at the lowest cost. If the applications that need to be developed do not have a bearing on customer satisfaction then the sensible way to develop them would be to use open source technologies. However, customer facing websites and applications would require the support of a vendor if the applications have been built using open source technologies.

By exerting a downward pressure on price, open source alternatives indirectly help in improving the PC penetration in developing countries as more number of people are able to take advantage of software systems to improve their daily lives. Open source technologies also help companies to reduce the cost of setting up and maintaining their telecom infrastructure. Open Source Technologies have helped students, amateurs, professionals and those in the SOHO segment of the market to build applications without bothering about software and licensing costs.

Open source technologies have helped immensely in the promotion of e-learning technologies. Being free to use they have helped in lowering the cost of delivery and therefore helped a larger section of the audience to take advantage of open source technologies. Shopping cart solutions built on the open source platform have helped companies to set up and maintain online storefronts at very low costs. Easy availability of shopping cart solutions has helped in the development of an internet economy.

New Pricing Technology Makes Car Insurance Cheaper

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Over the years, the technology used to calculate car insurance premiums has changed dramatically. Actuaries used to figure out premium levels by hand using books of statistical data. Later, adding machines and early computers ground through the numbers. More recently, online forms were invented which allowed you to get a quote online.

After all that time grinding things out, what most insurers and consumers wanted was speed. As a result, the current model for most traditional or mainline insurance companies in Australia consists of just a few questions. With these tiny points of data, a quote is generated based on aggregated consumer averages.

The result is a fast quote, but not a very accurate one. Most people dont notice that they are being treated as averages. They simply pay the quoted amount and pay rate increases even if they are accident free. However, you dont have to settle for this outdated and inaccurate system any more.

While most insurers havent gotten there yet, there are a few car insurance companies that have been pioneering a new way of calculating premiums. This new pricing methodology is based around creating highly detailed risk profiles of potential customers. This allows a calculation of premium that can truly separate high-risk from low risk customers.

There are several winning elements to this methodology. However, for consumers like you, the main benefit is often lower prices. If you are a good driver with a limited number of claims, you can really make home some substantial savings by switching to a company using this in-depth modelling framework to calculate rates for insurance cover.

It can feel a bit strange, especially after years of living with the old speed-is-everything system. Thats not to imply that this method isnt fast, mind you. It simply asks several additional questions about parking locations, length of commute to work, and so on.

As one of the early adopters, you stand to benefit the most. While your friends potter along with outdated insurance policies with off-the-rack premiums, you can have a custom tailored premium that only charges for the real risk you face as a driver and customer. Youll be able to quit subsidizing the behaviours of others through blanket premiums, and get to enjoy the fruits of your own careful behaviour on the road.

This is especially true if you really arent an “average” driver. If you only drive a few days a week, work from home and dont use your car regularly, or are retired and dont drive long distances, you have a dramatically different risk profile than most Australians. Yet you have been paying “average” rates for years, since the old method never inquired about your true habits.

Even if youre not a fan of the new and different, this is a new technology youll want to embrace. The new technology behind this quoting system isnt all flash and sparkle. It truly represents a way to make insurance premiums cheaper for you through more accurate pricing of your insurance cover based on your real risk profile.

Electronics Gadgets For Idiots Four G Technology

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For somebody who’s a techie, 4G is something you ought to already be familiar with. However, if you’re not one of those who’s fond of electronic gadgets, you should know that there’s more to 4G than meets the eye.

4G is commonly referred to as beyond 3G, a fourth generation wireless technology equipped with a more comprehensive and secured Internet Protocol. It is well-known to provide users with higher speed and better quality anytime, anywhere. It’s packed with better features compared to its predecessors.

Contrary to what others may suppose, 4G is not limited to mobile phones alone but also in computers. If you’re someone who’s fond of watching videos online, you’ll find that 4G provides high definition videos regardless of your whereabouts. You can surf the World Wide Web faster using any web-enabled devices you have by connecting them to the 4G modem. You can chat with your friends faster, hear their voices clearer and monitor their cams with no pauses and disruptions. You can also share pictures and videos without too much hassle. In case you’re going out, you can still use your mobile to surf the net with 4G mobile technology.

So why is 4G highly regarded than 3G or other types of mobile phone network? We are living in a high-tech world where additional technological innovations are discovered almost everyday. 4G happens to be one of the most advanced and recent mobile phone networks in today’s age. It is the network of choice by many since it is very accessible. It also has a very high data rate amounting to 100 Mbps and a very extensive bandwidth capacity which added networks fail to provide.

There are pitfalls though. The main one is that as a cutting edge technology there is likely to be very few places that actually have a 4G network in position.

Chances are it is used first in highly urbanized areas before it spreads out to rural areas. To remedy this problem, various companies set 4G hotspot areas where users can go to and use it free of charge. In some cases, there are computers which aren’t applicable with 4G since it’s engineered for Windows.

Today, almost all kinds of cell phones are suitable for 4G. Nevertheless, many techies believe that smart phones are the best because of their quality digital cameras. Others use T-mobile and iPhones which are likewise 4G compatible devices. Another concern will be the price. You can have these gadgets with or without 4G contract. A device with a 4G contract is cheaper with price starting at 199 to 299 US Dollars while those without a contract can cost you 599 to 699 US Dollars.

Switching to 4G is a good option you can make especially if you’re someone who’s into the latest technological craze and doesn’t want to be left behind. With so many features it offers, 4G is certain to change the way you look at technology.

Computer Science Curriculum

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If you want to get a BS degree in computer science, you will need to complete approximately four years of schoolingthe same as for any bachelors degree. There are different types of schools that offer these computer degrees, ranging from online schools to technical schools to traditional campus-based universities. Whether you choose a traditional four-year college or an alternative program, your information technology coursework will include most of the same materials.

If you want to get a BS degree in computer science, you will need to complete approximately four years of schoolingthe same as for any bachelors degree. There are different types of schools that offer these computer degrees, ranging from online schools to technical schools to traditional campus-based universities. Whether you choose a traditional four-year college or an alternative program, your information technology coursework will include most of the same materials.

When you begin a computer science program, the first semester or two will be spent on the basic introductory courses. This might include computer history, basic terminology, and some other science-related course like calculus and chemistry. This is the point that students often decide which direction they want to take their computer science degree, which could range from programming to networking to computer repair and building. Programming is probably the most popular choice these days, though.

Once you have finished the basic courses and decide on the area you want to specialize in, you can start taking more specific courses. If you want to go into programming, for example, you can start taking fundamental courses in BASIC, FORTRAN and COBOL before more advanced courses on topics such as programming languages like C++ and PASCAL. Or, if you want to go into networking, you will begin taking courses that concentrate on networking systems like Novell and Microsoft Networks.

In most cases, a bachelors degree in computer science or information will involve some sort of final project. The computer and information technology program curriculum may vary from one school to the next, however, and it will also vary greatly depending on the degree you are going after. If you are getting a certificate or an associates degree, you might just focus on one very specific area or get a more basic overview of things. And, if you are getting a masters degree, the learning will be much more in-depth for your specific area of specialization. You can learn more about the program curriculum at various schools by visiting their web sites or speaking to a counselor there.

Find the perfect Computer And Information Technology School today and start your path to a rewarding career.

How is 3D printing technology used in Architecture and Medicine

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D printing technology is used to manufacture prototypes, tools, and end-user parts directly from a CAD design. This printing technology offers unprecedented flexibility as it can create a part of any dimension out of any material. Some of the 3d printing materials used include metals, polymers, ceramics, composites, and many more. The 3D printing technology has complete control over material composition, surface texture, and micro-structure of the prototype. 3D printing technology also allows the user to construct prototypes using two different materials. >

Lets take a look at this amazing technology and how it has affected the field of architecture and medicine:

3D printing for Architecture

Architects know that there is nothing like a physical model of a building when it comes to displaying their work or design concept. Physical models also play an important role when it comes to explaining and convincing the customer while selling a project.

3D printers are affordable and high quality solutions for architects. Building a physical model requires great deal of expertise, precision, and time. 3D printing machines help designers focus on their building design, while the devices make 3D models of the project.

Many architects are not tech-savvy and are not used to operating complex devices. 3D printers do not require human intervention at any stage of the printing process. Architects just need to need to draw a CAD diagram of the project and instruct the 3D printer to build a 3D model. The 3D printer can print the model within a few hours, which can then be presented to the client.

3D printers are capable of producing of 3D models with accuracy and speed without compromising on the finer details of the architectural project. The price of desktop 3D printing machines is not that high and independent architects can also afford them.

3D printing for Medicine

The application of 3D printing technology can also be found in the production of medical devices. There are different 3D printing materials available that can be used to build real parts. For example, manufacturing hearing aids is a complex process because they are custom-fit devices and cannot be mass produced. 3D printing greatly helps in such matters where medical devices need to custom-fit a patient.

The future of the 3D printing technology is very bright. Market experts state that 3D printing technology will be affordable to the masses by the next decade. The prices of 3D printing devices are falling rapidly, and it is believed that the prices of 3D printers will drop by as much as 80% in the next 5-10 years. It will not be a surprise to see 3D printing devices in each household just like refrigerators, washing machines, and televisions.