Inter-Tech Overload
Technology

What Oligos Mean for Medical Research

December 20, 2014 by · Leave a Comment 

Medical research is an expensive endeavor, and results can sometimes produce more questions than answers. Costs are also spread out over several months or years, the time it takes to conduct the test. It can be difficult to use live test subjects for a number of reasons, like the costs of having them come to the facility for testing. A synthetic nucleotide/polynucleotide can solve many of these challenges effectively.

Precise Testing

When a researcher wants to study how a disease reacts with certain chemicals, he or she needs a specific strand of DNA in bulk. This is far more efficient than waiting for live patients, especially in times of crisis when there is a growing demand for vaccines. Poly c, for instance, is known to interact with macrophages and dendritic cells. As a result, it’s widely used in research involving the human immune system.

Bulk Availability and Costs

Not only is it difficult to find patients that exhibit the symptoms scientists want to test for, it can be expensive to provide a facility to perform the testing. It’s far easier to use oligos that exhibit the traits one needs for the research. Even polymers can be too expensive, and time consuming to produce, to make research feasible in all but certain circumstances.

Quality oligos also make a big difference on expensive projects. Oligos orders are the cheapest aspect of a project, but impure oligos can cause a substandard reaction. Reducing costs means getting the experiment right the first time.

Bio: The Midland Certified Reagent Company manufactures oligos used in scientific and medical research, such as poly I, poly dT, poly dC and poly dA oligos. To order oligos for your research institute, contact The Midland Certified Reagent Company online.

Giving your employees an IT education

November 10, 2014 by · Leave a Comment 

Written by Brand College

You would be surprised as to how easy it is for you to actually give your employees proper training in IT courses. All you would need to do is look for Microsoft training Los Angeles or even Information Technology Training Los Angeles and you would find several hits that are completely relevant and competent as well. If you already have employees that have a computer science background or have taken IT courses before, these courses are perfect for them so you can update their skills and training to the current practices and standards that the industry has. This way, your network would remain completely secure and efficient all thanks to competent and well-trained employees that have received the best and most updated training as well. Whether your IT department consists of two persons or one hundred, sending your people to training is one of the best business decisions you could make since you need to make your network as updated as possible. After all, there are constant attacks on computers and systems on a daily basis, and should your network suffer and get breached with one of these attacks, your IT personnel need to get it back and working in the shortest time possible so your business would not be affected by it as much. Having in-house IT personnel is also a great idea because any tweaks, quick fixes would easily be made without having to spend so much money by outsourcing IT services. Training would not even take as long as you think.

Brand College is located at 529 Hahn Ave. Suite 101 Glendale, CA 91203-1052 and has some of the best computer classes in Los Angeles that you could get your hands on. Your employees are going to love it as well.

Improvements to Time and Attendance Systems

August 12, 2014 by · Leave a Comment 

Written by: Allied Time

The technology behind time and attendance systems has changed significantly over the years. Early clocks functioned much like a rotary phone, with later clocks using a card system to record punches. Today’s clocks are almost all digital. This is a huge benefit to employers and employees, who will deal with fewer incidents of time clock fraud and a much smoother process of tracking paid hours.

Biomechanics

Today, an electronic time clock can come outfitted with several features that help to cut down on fraud. It’s not uncommon to see clocks utilizing biomechanics to verify an employee clocking in. These systems scan fingerprints, and may have advanced camera systems capable of facial recognition. In fact, facial recognition systems can scan up to 60 different parts of the face in order to verify identity. This technology is also becoming more affordable by the day, and easier to implement. Employees love that they don’t need to memorize ID numbers or carry keys with them, and security is much smoother when everyone is authorized digitally.

Online Attendance

Time clock software now tracks time spent on projects, no matter where the worker may be. The growing age of remote working has created need for employers to track hourly work. These systems not only track attendance, they can sometimes track tasks as well. Employers can download all of this information in easy-to-process time sheets that contain all of the clock punches made by an employee.

New Ways to Clock

Aside from biometrics, there are new ways to clock into a time clock. You can use key fobs that are designed to be used by a single employee, thus enabling security to track who is in which areas. There are also time clocks that utilize RFID technology, allowing employees to keep a card on them for easy access. Portable time clocks offer the features of a stand alone time clock, but they use batteries to make them portable and easy to move. Excellent for companies on-the-go or companies planning a move.

Final Thoughts

Time and attendance are important to focus on. It’s a small component of a successful business, but employees who come to work and do their jobs need to be paid for those efforts. With the new options in time and attendance technology, you will be able to track their efforts wherever they may clock into work from.

How Downhole Transducers Work

June 15, 2014 by · Leave a Comment 

Summary: Oil drilling is a complex operation, and without sensing pressure, it amounts to guess work at best.

In order to extract oil and natural gas from the ground, engineers need to drill deep into the earth. In the olden days, a great bar was lifted into the air and struck forcefully into the ground. This is where a down-hole transducer comes in handy.

A lot of time and effort goes into prospecting for oil, and finding a field that produces can be a costly endeavor. Plus, fields that have oil don’t necessarily have it by the barrel full. When engineers find an area that they suspect to be oil-rich, they do some testing to estimate the quantity of oil they might have below the ground.

Drilling companies utilize down-hole pressure transducers inside of the drilling pipe to gauge the oil in the reservoir. This piece measures the volume of oil and gives accurate readings of what actually lies in the reservoir. This way, companies can conduct their testing before deploying expensive equipments to drill into a small puddle.

The gas company utilizes geologists, whose job it is to read the downhole pressure sensor and determine if it is worth the time and resources to drill.

Monitoring these drill sites isn’t a one-time deal. Geologists are on-hand for most of the drilling process to continually read the pressure and observe the drilling operation. Observation of these readings helps technicians guage how quickly the supply is depleting. Without this knowledge, oil drilling would be no more than expensive guess work.

Online Time Tracking Is the Future

May 14, 2014 by · Leave a Comment 

By Allied Time

Time tracking is as important a feature for companies as ever. So long as a business runs with employees, time tracking methods are necessary to ensure that this important resource is reaching its potential. Without time tracking methods, however, this is simply impossible.

Like so many things in the digital age, the best options all exist online. With online time tracking options, companies are not just able to track their employees, they have by far the best way for storing this important data too and aggregating it in an efficient way that lets them run reports at will.

So companies that just use physical time tracking methods are still leaving far too much on the table. While it works fairly well for making sure people check in and out on time, it leaves far too much to be desired in terms of running reports and getting a real bird’s eye view on the reality of day in and day out time tracking.

An online time clock makes all this possible and more, including far better security to ensure the right people are signing in for themselves and not helping out others.

Time tracking isn’t about not trusting your employees, it’s about ensuring they are on track to reach their potential.

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Allied Time offers some of the best Web based time clock options on the market to meet all your business’ timekeeping needs. Whether you need the physical thing or the digital version, this company has it all.

The Uses for a Near Space Balloon

March 27, 2014 by · Leave a Comment 

The French balloonist Jean-Pierre Blanchard set off on a record breaking journey from Paris in 1785. He brought his assistant John Jeffries onto a balloon that carried the pair high into the sky. Unfortunately, the balloon soon lost its lift and was in danger of crashing into the English Channel. They managed to lighten the load and save themselves, but today’s scientists use a much safer way to monitor the skies.

A high altitude balloon lets meteorologists and other experts document their observations from the safety of the ground. On any given year, more than 60,000 weather balloons will be launched in the name of science. Hobbyists launch them with cameras attached to participate in near-space photography, launching photos from distances of up to 200 miles in the air. Even NASA uses weather balloons to monitor the conditions of a launch site before a rocket launch.

A weather balloon kit includes gear that records readings from the upper atmosphere. These readings help scientists predict weather patterns, charting the movement of storms and helping give advance warning of catastrophic storms before they happen. A GPS unit can track the distance of the balloon, and help scientists retrieve it when it falls. An onboard computer can track atmospheric pressure, record moisture levels and other important readings.

These science experiments aren’t just a novel forays into the stratosphere, entire cities rely on this data to plan for natural disasters. Thanks to weather balloons, scientists are able to spot impending thunderstorms and flash floods just before they happen.

Technical Training for Your Sweepstakes Parlor

February 20, 2014 by · Leave a Comment 

If you’re planning to launch a sweepstakes parlor, congratulations! You’re about to start a profitable company. But before you can open a sweepstakes company, you will need to learn the technical aspect of running this type of company, such as how to install and use the equipment. Learning how to properly install and use sweepstakes machines and web games can mean the difference between success and failure. But where can you find the technical training you need for your sweepstakes parlor? The answer is by hiring the right consulting firm.

If you want to operate a successful sweepstakes machines parlor, consider hiring a consulting firm that can offer onsite installation services and hands-on training. When it comes to learning how to use internet café sweepstakes software and other equipment, the right consulting firm should be able to teach you the ropes so that you don’t have to hire a technician in the future. Along with hands-on training, you should also hire a company that can help you install the machines. Free installation services means that your equipment will be properly installed from the start, which will avoid major problems down the line.

While onsite installation and hands-on training is vital to the success of your business, the right consulting company can also help you with other aspects of launching your business. If you’re new to the sweepstakes gaming market, it will help to get expert advice on every aspect of starting this company. A company like SweepsCoach can help you with selecting the right location, sticking within your budget, and choosing the best games in the industry. Learning how to install and use the equipment will ensure that you run a successful company and avoid spending more money down the road.

How Radar Guns Measure Speed

February 7, 2014 by · Leave a Comment 

Radar is a directed radio frequency transmission that is projected to an object and bounced back, allowing users to send and receive information. The information may include an object’s location, size, shape, composition, and velocity. First developed during WWII as a means of locating enemy ships and aircraft, radar is now used by a number of devices for an array of reasons, including police radar guns meant to deter speeding.

Radar Guns Explained

Radar uses a phenomenon known as the Doppler Shift to measure the speed of objects. Similar to sound waves, radio waves have their own specific frequency, or the number of oscillations made for each unit of time. When a car and a speed gun are both standing still, the echo and original signal will have the same wave frequency, creating a perfect mirror of the original signal.

However, when a car is moving, different parts of a radio signal are reflected at various points in space, which causes fluctuations in the wave pattern. When a car is traveling away from a radar gun, the signal’s second segment must travel farther to reach the car than its first segment. This stretches out a wave and produces a lower frequency. Conversely, when cars approach radar guns, the second segment of each signal travels shorter than the first prior to being reflected. This is how fixed points like radar speed limit signs help to measure speed and distance travelled.

Radar guns are able to calculate the speed of cars, trucks, motorcycles, and other vehicles as they approach or drive away from the device. However, if police radar guns are used when a police car is moving, the movement of the cruiser must be factored into the equation. For example, if a police cruiser is traveling at 40 miles per hour and the gun says the target is moving away at a speed of 15 miles per hour, then the target is driving 55 miles per hour.

Common Radar Errors

There are many errors that can negatively affect the accuracy of a radar reading. The most common problem, cosine error, occurs when the radar beam hits the path of a target vehicle at an angle. The more pronounced the angle, the greater the error will be. This results in a reading that is slower than a car is actually traveling. However, some speed guns compensate for this error simply by allowing users to input an angle. Errors also come from frequency drift caused by fluctuating voltage, temperature changes, and so on.

Radar guns must be recertified and calibrated periodically, and if a driver contends a speeding ticket, the certifications of the radar operator and the radar device may be called into question in court. Radar guns sold by manufacturers like Radar Gun Sales have many safeguards in place to ensure the proper use of radar, and that the information they provide is both accurate and correctly interpreted.

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Radar Gun Sales offers a variety of radar guns, including police radar guns and speed guns. To order a radar gun online, visit Radar Gun Sales.

How to Metallize Plastic

February 2, 2014 by · Leave a Comment 

Written by: Denton Vacuum

Plastic does not innately conduct electricity. It’s also not usually reflective and glossy, unless you metalize it. The process leaves plastic pieces coated in a metallic shell, allowing usage in the same components that metal pieces would be used. Another advantage to metalizing plastic is that you can make a metallic component for cheaper than it would cost to make manufacture the metal piece. The final piece also has some protection against abrasion, and its lighter weight than a metal component would be. Here is how the vacuum metallization process works.

Coating

To begin, the piece is washed and coated with a base layer. This base layer helps the metallic coating get applied evenly over the surface of the piece. Then a metal, typically aluminum, is evaporated inside of a vacuum chamber. The vapors that are created during this process float around inside the sputtering systems, eventually settling on the plastic piece in a thin metallic layer.

Precautions

To prevent the piece from oxidizing during the process, the entire metallization takes place within a sputter deposition system. The system creates the vacuum, preventing air from coming into contact with the metallic particles.

Final Preparations

If you want to increase the abrasion resistance on the piece you’re working with, a top coat can be applied after deposition is complete. These types of parts are found in automotive components and certain types of foils.

Thin Film Solar Uses Are Heating Up

January 23, 2014 by · Leave a Comment 

According to the National Renewable Energy Laboratory, thin film photovoltaic (PV) cells produced roughly 3,700 megawatts of power worldwide in 2010. But recent research by Wintergreen Research shows that this might just be scratching the surface of what thin film evaporation can mean for the solar energy industry. Wintergreen Research estimates that thin film PV cells will be a $44 billion market by 2017, a 15-fold increase from 2010 levels.

So why is this market expected to grow so much within the next decade? The growth can be partially attributed to the potential for new markets. According to Wintergreen Research, the auto industry is continuing to make inroads toward the acceptance of solar-powered vehicles, which will drive the need for more advanced solar technologies. Solar power will also be a growth factor in building construction.

Thin film optical coating systems have several advantages for the solar industry. Traditional solar panels have relied on silicon cells. These cells are very thick and rigid. By contrast, thin film solar panels are much thinner — they can be as little as one perfect of the total thickness of a silicon solar layer. This makes thin film solar layers much more flexible and gives end users greater application options.

Along with thickness and flexibility, thin film solar offers another advantage over silicon layers: production time. It is much faster to produce a high volume of thin film solar panels than it is to produce ones made from silicon. For high volume jobs that might need solar panels on a short timeframe, thin film panels offer a major benefit.

This blog post was contributed by Denton Vacuum, LLC. Denton Vacuum, LLC is one of the largest manufacturers and retailers of commercial thin-film devices such as PECVD machines.

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