Heine creates otoscopes and many other medical diagnostic equipment. I googled, yahooded and msned, but still can't find a link. What I need is more information on the Heine EN 10-S wall-mounted opthalmoscope/otoscope. Thank you
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Their product line can be found here:\n\nhttp://www.heine.com/index.cfm?section=3\n\nYou can search for the model you need from that link.\n\nPS - the master catalog for 2006 can be viewed at http://www.heine.com/microsites/multilit/english/brochures/Catalog_2006_English1.pdf.\n\nHope that helps.
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Careers with a high technology component require money: 1) get the latest equipment and, 2) get the proper technical skills to use it.\n\nWill you be paying the costs of such technology? are you financially stable to do so? if not, do you know where to get financial aid? what are the conditions of the financial institution?\n\nAnd of course, have you thought about the market? do you know any other optometrist? how fierce is the competition in your area? how well are they doing?\n\nI can only give you insight on money and related, i'm not familiar with the field, but my sister is a dentist and had problems with all the above. I hope i've helped
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http://www.yahoo.com/r/vq
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http://inventors.about.com/od/mstartinventions/a/microscope.htm
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You might check on E-bay.  They have a wonderful selection of Doc's!!!
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I hope this link may help.  http://www.hefce.ac.uk/news/hefce/2006/perfind.htm
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Stethoscope \nDefinition \nThe stethoscope is an instrument used for auscultation, or listening to sounds produced by the body. It is used primarily to listen to the lungs, heart, and intestinal tract. It is also used to listen to blood flow in peripheral vessels and the heart sounds of developing fetuses in pregnant women.\n\n\n\nPurpose \nA stethoscope is used to detect and study heart, lung, stomach, and other sounds in adult humans, human fetuses, and animals. Using a stethoscope, the listener can hear normal and abnormal respiratory, cardiac, pleural, arterial, venous, uterine, fetal and intestinal sounds.\n\n\n\nDemographics \nAll health care providers and students learn to use a stethoscope.\n\n\n\nDescription \nStethoscopes vary in their design and material. Most are made of Y-shaped rubber tubing. This shape allows sounds to enter the device at one end, travel up the tubes and through to the ear pieces. Many stethoscopes have a two-sided sound-detecting device or head that listeners can reverse, depending on whether they need to hear high or low frequencies. Some newer models have only one pressure-sensitive head. The various types of instruments include: binaural stethoscopes, designed for use with both ears; single stethoscopes, designed for use with one ear; differential stethoscopes, which allow listeners to compare sounds at two different body sites; and electronic stethoscopes, which electronically amplify tones. Some stethoscopes are designed specifically for hearing sounds in the esophagus or fetal heartbeats.\n\n\n\nDiagnosis/Preparation \nTraining\n\nStethoscope users must learn to assess what they hear. When listening to the heart, one must listen to the left side of the chest, where the heart is located. Specifically, the heart lies between the fourth and sixth ribs, almost directly below the breast. The stethoscope must be moved around. A health care provider should listen for different sounds coming from different locations. The bell (one side of the head) of the instrument is generally used for listening to low-pitched sounds. The diaphragm (the other side of the head) of the instrument is used to listen to different areas of the heart. The sounds from each area will be different. "Lub-dub" is the sound produced by the normal heart as it beats. Every time this sound is detected, it means that the heart is contracting once. The noises are created when the heart valves click to close. When one hears "lub," the atrioventricular valves are closing. The "dub" sound is produced by the pulmonic and aortic valves. Other heart sounds, such as a quiet "whoosh," are produced by "murmurs." These sounds are produced when there are irregularities in the path of blood flow through the heart. The sounds reflect turbulence in normal blood flow. If a valve remains closed rather than opening completely, turbulence is created and a murmur is produced. Murmurs are not uncommon; many people have them and are unaffected. They are frequently too faint to be heard and remain undetected.\n\nThe lungs and airways require different listening skills from those used to detect heart sounds. The stethoscope must be placed over the chest, and the person being examined must breathe in and out deeply and slowly. Using the bell, the listener should note different sounds in various areas of the chest. Then, the diaphragm should be used in the same way. There will be no wheezes or crackles in normal lung sounds.\n\nCrackles or wheezes are abnormal lung sounds. When the lung rubs against the chest wall, it creates friction and a rubbing sound. When there is fluid in the lungs, crackles are heard. A high-pitched whistling sound called a wheeze is often heard when the airways are constricted.\n\nWhen the stethoscope is placed over the upper left portion of the abdomen, gurgling sounds produced by the stomach and small intestines can usually be heard just below the ribs. The large intestines in
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http://www.ehow.com/how_17057_make-simple-telescope.html
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Leeuwenhoek Microscope, pretty sure this is it. If you want a pic of it and description  visit the site i found on it.
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http://images.search.yahoo.com/search/images?_adv_prop=images&&fr=yq-tb&va=surgical+technology&fr=yq-tb
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http://tecfa.unige.ch/tecfa/teaching/staf13/mod-1/perception/st13-1-1-96.html
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Try looking on Dentaltown.com or try the Academy of Periodontology.  Dentaltown.com is going to be down for a few days as they are upgrading the site.  I believe the new site will be Docere.com, but you should still be able to find the site at the old address of Dentaltown.com.if this does not work type in Howard Farren, founder of dental town on your search engine.  If you have not been surfing on dentaltown you have missed out.  They have whole sections on endo, implants, perio, hygiene, assistants, new business dental, etc.  They have a ton of case presentations that many dentists show, and you can go to the forum section and read the threads and ask questions.  It is great.
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ROFLMAO! Do you mind if I re-write that for my Atheist chick-tracts?\n\nFor the guy above me... \n-The Watchmaker, by Rev. Jim Huber-\n\nWhile walking through the park, I found a watch. Watches (in my experience) do not simply spring into existence alongside the path. Someone of fairly high intelligence must have made the watch, then left it there. Wondering why someone might do such a thing, I decided to find the Watchmaker.\n\nLuck was with me. On the way home I saw an advertisement for similar watches available free (with the purchase of a meal) at a popular fast-food chain. I went to the nearest franchise and asked to see the Watchmaker. The counter-person was not helpful. "Dude, there's no Watchmaker here, we just pull 'em out of a box."\n\nI expressed my conviction that the watch could not simply happen. There must be a Watchmaker. The manager (who took an interest when I began to raise my voice) was able to shed some light on the matter. "Sir, we receive these watches from corporate headquarters in Vermont. If you want to find the Watchmaker, you will have to contact them."\n\nA very nice person at corporate headquarters was able to refer me to her contact at an import company, who referred me to his contact at a Far-Eastern manufacturing firm. Once I convinced him that I was not investigating his company's employment practices, he was kind enough to provide me with a description of their manufacturing process.\n\nThe watches were assembled by unskilled workers paid the equivalent of about two dollars a day. (For some reason my contact thought it was important to point out that this is nearly one-and-a-half times the local minimum wage.) The watch band, case, and face were injection molded in an automated process. The electronic portion of the watch was purchased in bulk from another company.\n\nContacting that company, I found that the electronic portions were produced on an assembly-line using a combination of industrial robots and semi-skilled labor.\n\nThe microchips were cut from blanks grown from vats of molten silicon and traces of other elements. The machinery that did this is impressive, but it did not build the blanks so much as control the environment so that the silicon could assemble itself.\n\nThe control circuitry is photo etched on to the silicon chips. The photo etchers are fairly complex, as machines go, but hardly intelligent. The operators of these machines are better trained than the laborers who assemble the finished product. However, their knowledge is limited to running the machines. They had nothing to do with the design of the watch.\n\nThe doohickey that counts off the seconds is a small bit of quartz. Quartz is a naturally occurring crystal that vibrates at a constant rate when an electric current passes through it.\n\nI'm sure all the folks involved in the manufacture of the watch were quite competent. Many of the folks I talked to seemed quite intelligent; but none of the people directly involved in the watch's manufacture would have been able to make a watch themselves from scratch. No one I had talked to so far was truly the Watchmaker.\n\nThe engineer who actually produced the design was knowledgeable and helpful. Unfortunately, his enthusiastic description of the process of circuit design was largely beyond me. I was able to glean two important facts: First, he used a computer aided design system. Second, his design was an enhancement of a previous design by another engineer, who based her design on an even earlier design, and so on; back through several decades.\n\nThe engineer was also able to provide me with a very interesting pamphlet entitled A brief history of time-keeping. This pamphlet traced the development of quartz clocks and watches back to a team of designers in the sixties. It went on to trace time-pieces in general back to the water-clocks of the ancient Greeks. It even contained a little speculation about the prehistoric people who
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I looked it up on Yahoo and found nothing.  In addition, I'm a well-read med student and I've never heard of it.  Are you sure you have the name straight?
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Try the link below for what you are looking for.  Hope this helps.
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oohh...i dunno sorry?\nBUT EDGAR DAVIES-holland \nplayed with these goggle type things...\nso i'm sure if ur son makes it[good luck to him]\nthen mayb he could get some prescribed goggles or something...CHEERS!!!
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My best friend got it done back in 1999, when it was still fairly new. He LOVED it, and said it was the best money he ever spent in his life. Till this day he has perfect vision and no problems.