Flexible Magnets Offer Great Marketing Appeal

Smart marketers who want a great way to ensure their products and services get maximum exposure in homes, offices and even on the street are turning more and more to flexible magnets as a viable and cost-effective solution for advertising. Permanent magnets of the “flexible” variety are ideal for marketing and they do not necessarily break a budget even when professional design, artwork and production is desired.

The flexible design of permanent magnets meant for marketing makes them ideal for use in a number of different scenarios. Generally magnetized on one side with vinyl on the other, these magnets open the door for a variety of customized designs, looks and purposes. Some of the most popular permanent flexible magnet applications for marketing include:

? Business cards. Flexible magnets that are cut and printed to replace traditional business cards offer a great opportunity for businesses to really tout their services. Many who receive these put them on their home refrigerators or place them on filing cabinets and in other very visible locations. Not only do these permanent magnets serve to remind a homeowner or office worker of a product or service, they are generally spotted by anyone who visits or passes.
? Refrigerator door fliers. Many businesses are using flexible magnets printed with specials and other pertinent information to replace fliers sent out in direct marketing campaigns. Since these often make it to the refrigerator doors in homes that receive them, this marketing vehicle has real staying power.
? Metal door signs. When signs are needed for doors, flexible magnets work wonders. Offering the platform for printing just about any text, logo or design, these are ideal for businesses that do not want to shell out a fortune for signage, but who still desire a professional look. They work well for both interior and exterior doors that are metal of nature.
? Automobile signs. Many businesses are turning to magnets to ensure that company vehicles are properly marked or that promotions are advertised while fleets are out on the road. Rather than the expense of a custom paint job, these easy-to-replace flexible magnet signs make it very easy and even cost-effective to change out signs with the coming and goings of new products, services or specials. The beauty of these signs lies in the fact they are “seen” everywhere an employee’s vehicle or company fleet vehicle goes. Even a simple logo can provide constant exposure for a business.
? Displays. Printed permanent flexible magnets are also spectacular for use in trade shows and public displays. Rather than having to worry about Velcro or tape coming loose, these magnets ensure a tight fit on the right backing and a display that is eye-popping and solid.

Although a bit more costly than regular paper printing, flexible magnets tend to have a strong appeal for businesses that want to market their goods, services or even special promotions. Since they tend to “stick” around in homes and offices that receive them, the residual benefits are nothing to sneeze at. Whereas paper business cards and fliers get lost or thrown out, permanent magnets tend to become a part of the landscape. For automobile and other signage, they also provide a cost effective means of advertising.

Programming Your Brain For Success: What Are Alpha Waves?

A lot has been said about our brain’s electrical activity and its ability to create electromagnetic oscillations called waves or brainwaves. There are different types of brainwaves Depending on their frequency range (Alpha, Beta, Omega etc.). One of the most important type of brainwaves is the Alpha type (Alpha waves).

Alpha waves where discovered by Berger in the early 70’s. He discovered that Alpha waves were arising due to electrical activity of brain cells in our brains. These brainwaves can be easily detected during periods of deep relaxation or sleep. Berger proved that when we feel happy and relaxed our brain “transmits” those low frequency waves.

So when our mind and body enters a relaxed state our brain starts sending those particular waves. Or is it the other way around? Yes it is. It’s when our brain sends out those Alpha waves that we feel relaxed and happy. So, the next question is. Is there a way for us to trigger our brain’s mechanism, to create those Alpha oscillations and enter a relaxed and happy mind state?

After years of research, scientists came up to the conclusion that brainwaves (and especially Alpha waves) can be altered so that we can feel relaxed and happy on demand. But how can we do that? Experiments and studies on people practicing Yoga showed that these people have increased alpha activities. Other studies have showed that by listening to certain sounds we can trigger the source of Alpha brainwaves and start feeling happier than ever.

A method called Alpha Biofeedback became very popular a few decades ago. Then it was abandoned due to unprofessional practices but today we are ready to scientifically use this method to help people produce more Alpha waves and lead them to a state of happiness and relaxation. People can consciously create Alpha waves. It’s a fact.

The idea behind the Alpha Biofeedback method is that if people were given enough quick feedback when Alpha waves were produced, then they could go on producing more Alpha waves on demand. People can be taught how to produce Alpha waves and enter a state of relaxation whenever they feel like it!

Function of Adipose Tissue

Adipose tissue is basically the fat we carry in our bodies. It is located in various strategic places throughout the body. 1. Around the heart. 2. Around the kidneys. 3. Under the skin. 4. Long bone marrow. 5. Around the joints. 6. Inside the eye-socket. 7. Buttocks. Adipose is a loose connective tissue which fills in the spaces between organs creating a cushion or packing which protects the organs, muscles, nerves, and blood vessels.

Pretend you are planning to mail a gift of antique glassware to a close friend. You would not send the gift unless each piece adequately packed to prevent breakage, would you? Of course not. The same principle holds true for a human package. It would not do for the items within to be allowed to loosely jostle around with every move we make. The thick layer of adipose tissue which lies under the skin helps keep us warm. It acts as an insulator by reducing the amount of heat lost through our skin. Think of your home. The more insulation present in the outer walls, the warmer your home will stay during the winter months and it will take less energy to keep it warm inside.

If you live in an old home with not much insulation, it will take a lot of energy to maintain a comfortable temperature. Another function of adipose tissue is to store excess energy. What that means is that when we eat more food than we actually need, the extra will be converted to fat which is stored in our adipose tissue. If we do not take in enough food to sustain our exertion level, the body will not simply fall over and quit. Instead, it will draw on the energy that has been stored in our fat cells, or adipose tissue.

A very thin person will most likely not be able to tolerate the cold as well as someone with a ‘little meat on their bones’, nor would they be able to survive as long if deprived of food. On the other hand, having too much adipose tissue within the body presents the possibility of developing many other health issues. If a person consistently eats more food than needed, or takes in more than is burned up, that person will continually gain weight and the weight gain will not stop until the individual makes a change either in their diet or in the amount of energy they burn each day or a combination of both.

Why Use Products Made From Recycled Materials

There are literally thousands of products that can be and are made from recycled materials. Things such as paper, glass products, even some plastic products are collected by people who are conscientious enough to put items into recyclable bins, melted down or broken down in some fashion so they can be used again, and then is used to again. So why should we use recycled materials for our products?

One good reason is because it’s already been proven that these materials are recyclable. The first time items are recycled, sometimes certain things have to be removed from those products so that the rest of what’s left can be used to create new products. When new products are created from recycled materials, those product makers are very careful in making sure that they don’t add anything to the new product that might be bad for the environment. Therefore, these items can pretty much be recycled over and over again quite easily.

Another reason to use these products made from recycled materials is because you know that these products are about as green as you can get. Sure, recycled paper may not retain that same pristine quality that new paper does, but still a viable option for many paper products such as greeting cards and paper bags for carrying groceries. You can feel good that you’re doing your part in helping to protect the environment.

One final reason for using recycled materials is that, in some cases, they can create unique designs and patterns that can be created any other way, at least on an easily. For instance, tabletops, counters, and even flooring that are made from recycled materials has some unique styles that are endemic to recycled materials. They also help in protecting your home because they’re not made with any extra chemicals, therefore you can be sure that your family will not be ingesting any poisons are noxious fumes. One complaint you sometimes hear is that products made from recycled materials cost too much. In this case, how would you measure the cost of protecting your family’s health?

Water & Environmental Technologies

Main Idea:

This conference will be organize at the Bombay exhibition center during February 13th to 14th, 2013.Water technologies which includes purification, ion exchange and ultra violet, all have their own many advantages when trying to engineer a detailed water treatment plan. Every single day, millions of people and thousands of suppliers rely on Water Technologies to help them connect with their requirements for water which usually is fresh. All these water technologies, while automated plus used adequately can certainly cure any sort of particular nourish water and produce the essential water required for a specific application.

The idea of a “living laboratory” for water technologies has become developed in cooperation with a lot of localized businesses and Indiana University Purdue University at Indianapolis (IUPUI). With a long history of development and authority in the water treatment marketplace, many Water Technologies offers many methods from emergency water supply and conventional procedure methods to high-tech micro filtration as well as Ultra violet disinfection solutions. Renewable power comes from organic sources that are continually as well as sustainably replenished. I hope that OMICS Publishing Group was first introducing first about these type of properties. Renewable energy or power has the potential to reduce air pollution, slower our planet’s atmosphere, generate innovative businesses and jobs, as well as move world toward a cleaner, healthier strength potential future. Scientific research produces measures and obtains successful digital businesses by bringing together the best quality good ideas, ability, assets and also financing by way of a centralized platform. These type of technologies are used for everyone and there may be some other creations which can also introduce later.

Renewable energy is critical to our fight against global warming. Renewable energy focuses on the production, transmission and storage area of environmentally friendly energy sources such as wind, solar energy, geothermal power, hydro-power and biomass. Environmentally friendly engineering ranges just about every area and also business of which intersects environmental surroundings. Environmental technology is of course serving to wild animals professionals record endangered creatures. Wind power is certainly a scenario of natural technology doesn’t result in acid rain precursors, green house gases, or perhaps additional weather pollutants. From the deep sea to the particular biosphere, environmentally friendly technologies are associated with the products manufactured in order to study, observe, safeguard, and also improve the environment. Professionals might collect at events this type of as environmentally friendly technological innovation conference to throw more light concerning the goal. You would get more particulars concerning the conference by using the OMICS Publishing Group official web site.


Might be I hope that this conference was useful for everyone and use for the best. These types of conferences were held by OMICS Publishing Group at various places in the world. So use as much as possible and have a good day.

Physical Therapy Assistants And Aides

Choosing to become a physical therapy assistant or aide can prove to be a rewarding and stable career choice. Physical therapy is a widely used program for individuals suffering from chronic pain or recovering from an accident where various exercises and treatments are applied to the problem area. The assistant?s job is to follow the instructions given by the physical therapist which may include working with the patient during exercise, applying hot and cold packs, electrical stimulation or other recommended treatments. An aide will help transport patients in wheelchairs and may be involved in ordering supplies and keeping records.

A physical therapy assistant can expect to earn between $40,000 and $50,000 (U.S. dollars) depending upon the work environment. Home health care services and nursing care facilities tend to pay more than a smaller physician?s office. A physical therapy aide will typically earn between $25,000 and $30,000 with the highest pay being given at nursing care facilities and hospitals. The need for both specialists is increasing and the salary expectations should also be on the rise. The education and training for assistants is more rigid than for aides, thus they will earn more income.

To become a physical therapy aide, a high school diploma is usually recommended. A special license is not required and very often training is performed on the job site. In many cases, becoming an aide is a first step to moving up to an assistant level position. An aide can learn the basic skills involved in becoming a therapist or assistant and decide to continue their education and training. The criteria for entering in this field should be a concern and caring attitude and the desire to help others. Very often aides will work with the elderly or special needs patients who appreciate patience and a gentle manner.

The requirements for becoming a physical therapy assistant typically include holding a two year associate degree and in most states in the U.S. obtaining a certification or license. Courses in biology, chemistry and physiology are recommended and basic math and communication skills are beneficial. Finding the best school and training program depends on the student?s location. Larger metropolitan areas usually have several medical training schools that provide education at a technician level and prepare the student for certification in a variety of medical specialties. In addition to completing the necessary courses, CPR training, first aid certification and a clinical volunteer internship may be required.

The classroom training program in an on campus setting typically takes one year to complete. Some online schools offer accelerated programs that can be completed through an ongoing schedule. The physical therapy assistant training costs vary depending upon the school location and size of the campus. Online programs tend to be more expensive and are usually only recommended for students who have superior study skills. The classroom learning environment provides an opportunity to exchange ideas with other students and to seek individual instruction when necessary.

What Is A Wavefront Lasik Procedure Like?

Let’s walk through what a client experiences when attending a Lasik center for a Wavefront Lasik procedure. The procedure itself generally only takes between five and ten minutes for each eye in total, and both eyes are done during the same procedure. The actual time to reshape the eye with the Lasik excimer laser is usually less than 15 seconds per eye.

Any person’s vision problems are generated by small “aberrations” within the eye that prevents the light from focusing objects as they should. The Lasik equipment locates and classifies these aberrations and then processes them so that the Lasik physician will correct these and allow the light to focus properly once the eye has healed.

In a Wavefront Lasik procedure, the patient stares at one point while a light is sent into the eye, which is reflected back and read by a Lasik Wavefront sensor. The distortions in this reflected light are mapped using a small computer within the Lasik system, and then this information is used to guide the laser that treats the eye.
Once the light creates the map for the eye, the Lasik surgeon has to create a small flap to access the cornea. This is done using a laser (this type of Lasik procedure is known as IntraLasik, or bladeless Lasik) or a small blade known as a microkeratome.

This flap is then opened to allow the cornea to be reshaped by the Lasik excimer laser actually reshapes the cornea, which is the crucial part of the Lasik procedure. In order to determine exactly how to reshape it, the map created earlier by the Wavefront sensor is used to direct the beam of light accurately. The Lasik physician uses these precise tools to get the clearest vision results possible.

This custom Lasik procedure can not only correct such standard problems as nearsightedness, but can also address aberrations that create light halos, glare, haze, or starburst patterns. Once the Lasik physician determines that all relevant aberrations have been eliminated, he replaces the flap in its proper position, where it adheres normally and will heal naturally.

As mentioned earlier, this entire Lasik process takes between ten and fifteen minutes per eye. A patient gets a mild sedative and eye numbing drops to make the procedure both relaxing and painless. Most people notice an improvement in vision due to Lasik almost immediately.

Once the Lasik procedure is finished, you will get some eye drop medication to lubricate and protect your eyes. This medication (and the liquid in the drops themselves) may cause some blurring, and so for this reason (and to avoid any eyestrain) you should arrange for someone else to drive you home. It is also a good idea to go to sleep as soon as possible after the Lasik operation in order to promote even faster healing.

To promote optimal healing the Lasik physician often gives a plastic shield to wear over your eyes for the first night or two. Follow closely any recommendations by the Lasik physician. Do further investigation into this great new Lasik procedure, and get a clearer focus on your future!

Hazards Of Cyanide In Mining

The use of cyanide in the mining process of metals such as gold and silver, leads to severe environmental risks. The use of cyanide in gold mining has led to environmental disasters in many countries across the world such as the United States, Canada, China, Guyana, Bolivia, Zimbabwe, Philippines and Ghana. Recently, Community groups and NGOs in Europe and the United States issued a report which exposed the danger of unregulated cyanide compound releases from mines around the world.

Cyanide is deadly for human beings as well as the environment. The main risks associated with the use of cyanide in mining process are exposure of workers to concentrated hydrogen cyanide gas, leaking of cyanide into the environment and exposure of surrounding communities to cyanide due to accidental releases. During the mining process, the release of cyanide along with other toxic chemicals such as arsenic, lead, cadmium and mercury, leads to harmful effects and permanent damage to some species of animals, plants and human beings. It may also result in deforestation, soil erosion, land slides, and contamination of underground water.

The release of arsenic and other poisonous chemicals during the cyanide leaching process is very dangerous. The cyanide-leach wastes of mining process have the potential to negatively impact municipal sewage and water treatment procedures. It also potentially increases the human intake of several toxic substances. All the cyanide-containing water bodies formed during gold mining milling operations are hazardous to wild animals and migratory birds such waterfowl and bats, if not managed properly. Even accidental leaking of cyanide solutions into rivers and streams will kill fish and other aquatic animals massively. Especially, freshwater fish are the most cyanide-sensitive aquatic organisms.

Workers at gold mining operations can be exposed to cyanide during the heap leaching or tank extraction process. Cyanide is very harmful to human being as it acts as a poison to the human body. Severe breathing difficulties develop when cyanide is inhaled, swallowed or absorbed through the skin. Cyanide blocks the absorption of oxygen by cells, making the victim to suffocate. Exposure to concentrated levels of cyanide can be fatal to the human beings. Exposure to very low concentration of cyanide may cause cancer in people or animals.

We are not certain about the presence and concentration of numerous cyanide compounds in mining wastes. We are also not sure about the presence, persistence, and toxicity of cyanide and related compounds in the environment. But as the effects of cyanide are getting more obvious, the opposition to cyanide leaching in gold mining is also increasing.

The use of cyanide in mining causes an unreasonable risk to the health of people, wildlife, and fish. As the hazards of cyanide in mining process are very much obvious, it is the responsibility of the Government and mining companies to take essential steps. The International Cyanide Management Code provides direction and guidance on how to manage cyanide to ensure protection of workers, the environment and the communities adjacent to mining operations. Mining waste should be regulated in the same manner as other chemical or industrial waste. The public needs enough awareness about mining hazards. The government should ban mining projects that result in environmental hazards in order to prevent ecological disasters. Citizens must also oppose such mining projects. Many organizations in countries such as United States, Canada and Turkey have started associations for banning cyanide leaching in mining.

Supplies for Cole-Parmer Laboratory Equipment

Laboratories in schools, colleges, pharmaceutical companies, hospitals, perfume manufacturers, and other industries all require different types of laboratory glassware for their day to day functions. All these institutions require these products in good quality as precision is a crucial factor in the success of experiments and manufacturing processes.

Glassware products are always predisposed to breakage on heating but since heating forms a major part of nearly all experiments we need glass equipment that can withstand heat and still maintain accurate measurements. One company that has been able to provide high quality lab glassware is Cole Parmer. The products from this company include lab and industrial glass equipment and these feature bottles, burettes, centrifuges, containers, cylinders, evaporators, flasks, funnels, pipettes, and stirrers, to mention but a few. This company has also ensured that all its products attain high levels of quality in order to enable all research facilities to function with exceptional efficiency. They also ensure that these supplies are trouble free, safe and convenient, and that they give accurate and steady analytical results. These glassware products also attain and exceed the international quality and safety criteria.

The laboratory glassware products from Cole Parmer are available from different suppliers all around but instead of running around different outlets the internet can provide online sources with best prices and discounts. These online stores also provide information on the features, specifications and costs. These stores also provide safe and prompt shipping of the purchased products. Other than just providing quality products, these products also carry extended warranties to ensure full customer satisfaction.

One of the most renowned online outlets for Cole Parmer glass laboratory ware is . Since 1989 this firm has been supplying customers with quality products at competitive prices while offering exceptional services based on honest customer-buyer relationships. Mass supply makes sales of over $ 1 million annually by selling these products to the government, medium and small as well as fortune 500 companies. They are also authorized resellers for other companies such as Fisher, Sigma-Aldrich, Lab Safety Supply and VWR to mention but a few.

Mass supply makes it easier for people to buy laboratory goods by allowing the purchase of products from different vendors using a single purchase order (PO). In other firms you may require to make different POs for each vendor and at times the cost of creating a single PO can be as high as $150. This allows customers to save time and money, this especially with reference to purchase agents. Scientists and researchers usually do not have time to follow up their orders and issues such as breakages, returns, and back orders, hence Mass Supply’ has a personalised and value added service that ensures the prompt dispatch and safe delivery of its goods.

Science Fair Project Ideas – Part 2

This article is a sequel to Science Fair Project Ideas ? Part 1 but can be read and used independently. Both articles are designed to provide project ideas. The hardest part of a science fair project may very likely be getting started. Once you have an idea in mind it is easy to formulate what experiments and research you will need to do. Until you chose a topic you do not have anything to aim toward. The science fair project is typically designed as an educational tool. This article is not designed to hand you an idea for a project. My goal is that these ideas will point you in the right direction or even give inspiration for another related idea. The three descriptions here will give you an outline, not a project; it is your job to expand on a project idea.

Idea number one: The effect of earthquakes on building structures. The main focus of this idea is to show how lateral ground movement affects the structure of a building. Some answers will only be found through research, specifically on ?inertia?. The experiment suggested here will require a large piece of rough sand paper and at least one Slinky toy (two are needed for a second idea). The set up for this experiment is simple. Place the Slinky on the sandpaper (rough side up). Then pull on the sandpaper to move it about six inches. You should observe that the top half of the Slinky leans backward then catches back up to bottom half once the sand paper stops moving. While an actual building is much more solid than a Slinky, the walls will still bend, since the force of an earthquake is much greater than that of pulling on the sand paper. This experiment can be taken to a second phase. Pull on the sandpaper just as before but in a back and forth motion. Notice how the top of the Slinky reacts to the change in direction. Another variation for this idea is to connect two Slinky toys together and repeat the experiment. The taller Slinky combo will replicate a taller building and you can observe if the height of a building has an effect on the impact of the lateral movement.

Idea number two: How is static electricity is produced. The main focus of this idea is to see how static electricity effects various objects. Some research key words will be ?static charge?, ?protons? and ?electrons?. Your study here will involve the placement, or displacement of electrons. The basic experiment of this idea will require a balloon, string, tape and a hair dryer. Blow up a balloon, tie a string around the bottom (the knot) and tape the other end of the string to a ledge like a table or shelf so that the balloon can hang freely. After washing your hands, rub one rapidly in a back and forth motion across one side of the balloon. Now, allow the balloon to hand freely again. Move your hand close to the balloon without touching it. The balloon should move toward your hand. A great variation for this experiment requires you to add two elements. Mark and ?x? on the balloon where you will rub. Then, get the balloon to spin slowly before placing your hand up to it. This will show that the excess charge is in the location you rubbed. Another fun trick is to turn a faucet on so a very small stream of water is flowing. Comb your hair with a standard comb then hold it up to the stream of water. The water will actually bend away from the comb.

Idea number three: How does a first class lever work? The main focus of this idea is to build a first-class lever and to examine its advantage. Some key terms for this idea that you will need to research are ?fulcrum?, ?effort force?, ?effort arm? and ?load arm?. In this experiment you will need to build a simple lever. Use a broom, table and a chair it you like. Place the broom handle under the edge of the table and across the back of the chair. You should be able to easily lift the table by pushing down on the brush end of the broom if you have your fulcrum (the chair) in the right spot. You can change the experiment by placing the fulcrum under the broom in different spots. Try placing the chair close the table, then close to the brush end of the broom, then in the middle. Compare the amount of effort needed in each location. Another experiment idea is the classic teeter-totter (see-saw). Using two volunteers of different weight, place one on each end of the teeter-totter then experiment by changing placement of the volunteers. What locations work best? How does moving the lighter person toward the center of the teeter-totter affect the lifting abilities? How about moving the heavier person?

These three additional science fair project ideas may give you a good place to start on your project. Please be sure to research each idea extensively and even create your own variations of the experiments. It is likely that more ideas will be presented in future articles.