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Cone beam computed tomography is an imaging technique that consists of X-ray computed imaging where the X-rays reflect and diverge, creating a cone-shaped beam. The cones are formed as the rays are deflected by colliding with a mirror and the resulting image is viewed from the inside of the cone. Cone-beam computed imaging uses the power of a computer to create images using the principle of diffraction and is very efficient in obtaining high quality images. Increasing prevalence of dental disorders is expected to propel growth of the global cone beam computed tomography (CBCT) market. For instance, according to the Centers for Diseases Control and Prevention's Oral Health Surveillance Report, 2019, the prevalence of untreated tooth decay in primary teeth was 10% among children aged 2-5 years and 16% among those 6-8 years during 2011-2016. Moreover, approval and launch of new products is also expected to aid in growth of the market. For instance, in December 2018, EhmetDX, received FDA 510(k) clearance for its 3D CBCT positioning software. The software is used to guide the position of proton beams in patient treatments. Increasing geriatric population is expected to offer lucrative growth opportunities for players in the global cone beam computed tomography (CBCT) market. For instance, according to the U.S. Census Bureau, the U.S. geriatric population is expected to reach 77 million by 2034. Read more @ https://sachinbhombe.blogspot.com/2021/03/increasing-prevalence-of-dental.html

Laser is an advanced technique about using beams of light. It sends short concentrated pulsating beams of light at irregular skin. This removes unwanted damaged skin in a very precise manner one layer at a time. Laser is a non-surgical painless office procedure that does not require any admission. In our Hospital we have different lasere for different problems

A Basic Understanding of Shipyard Workplace Safety Shipyard Workplace Safety is a high importance, high criticality area for safety regulation. This is so because shipyards are among the most hazardous of places to work in. it is estimated that at any point of time, the number and incidences of injuries and fatalities in the shipyard industry is at least twice that of the next most hazardous industry, construction. This calls for urgent and important Shipyard Workplace Safety regulations. Present Shipyard Workplace Safety Regulations OSHA has a number of Shipyard Workplace Safety regulations for this industry. These need to be read with CFR Title 29 Code of Federal Regulations (CFR) Part 1915, which not only lay out regulations, but also prescribe codes and methods of implementation of these regulations. Why these two regulations need to be implemented together is that there may be a few hazards not covered by Shipyard Industry standards set out by OSHA. These gaps are covered by the regulations set out in CFR 1915, making these a well-rounded set of regulations for Shipyard Workplace Safety. The need for Shipyard Workplace Safety regulations The need for Shipyard Workplace Safety is acutely felt because of the sheer variety of hazards that present themselves in shipyards. Shipyards, which employ between a few dozen and a few thousand employees each, are a site of potentially serious accidents. Even if accidents do not occur, the very nature of work done at these shipyards can be dangerous and hazardous. Shipyard Workplace Safety is a core requirement that employers in this industry have to keep in mind and put in place. The nature of their work could range from and include any or many of these: Scrapping Demolition Electrical Fabrication Creating large and heavy steel or iron plates, sheets, beams, pipes and related items Soldering Drilling Dealing with propulsion systems Welding Shipyard Workplace Safety has to begin with an understanding of these issue

Overview: This presentation will introduce the participants to changing role of the panoramic x-ray machine in dental offices today. Its expanding role in extra oral exposures and enhanced diagnostic capabilities is forever changing the path of dental x-ray imaging. Digital radiography is rapidly improving in diagnostic quality and loweringthe radiation exposure with ultra-low dose technology. We can have extra oral 2D bite wings and periapical x-rays with less radiation and greater diagnostic capability than traditional intraoral x-rays. The time has come that all dentists should have access to 3D-Cone Beam Computer Tomography. It is rapidly becoming the standard of care. Why should you Attend: Digital radiography is rapidly changing in today's dental offices. The new technology is revolutionizing patient flow and improving diagnosis. Dr. Jesek is at the forefront of this technology, using both 2D and 3D radiography. Seminar attendees will get easy to understand approach, which enables deep learning and provides tools they can use when they get back to the office Monday morning. Areas Covered in the Session: CBCT can be used to in areas of general dentistry to improve patient acceptance and quality of treatment outcomes. General and Restorative Dentistry Oral Surgery Implant Dentistry Endodontics Periodontics Orthodontics Sleep Apnea/Air way Who Will Benefit: Dentists Hygienists Assistants Speaker Profile : Dr. Warren Jesek graduated from Millikin University with a B.A. in biology and chemistry. After, he completed graduate work studies in anatomy at the University of Nebraska before attending Loyola University Dental School where he received his dental degree in 1979. He has maintained a private general practice in Decatur, Illinois since 1979. Unique to the area, his practice houses a crown and bridge laboratory with three technicians focusing on CAD/CAM milling technology to produce metal-free inlays, crowns and bridges. Dr. Jesek continued his training

A type of surgery that uses the cutting power of a laser beam to make bloodless cuts in tissue or remove a surface lesion such as a skin tumor. There are a number of different types of lasers that differ in emitted light wavelengths and power ranges and in their ability to clot, cut, or vaporize tissue.

Overview: If you've ever felt the frustration of unpredictable results in splint therapy, you're not alone. Join us for this eye-opening course as Dr. Jesek zeroes in on the dentist's role in diagnosis and treatment of TMJ conditions as they relate to occlusion. Why should you Attend: Dr. Jesek is the founder of Jesek Seminars for Success: Promoting and Teaching Excellence in Dentistry (an approved AGD Pace provider.). He has presented at national meetings for the Academy of General Dentistry, the American Equilibration Society, the American Dental Association, the American Academy of Pain Management and Chicago Dental Society Midwinter Meeting. Seminar attendees appreciate his passionate, easy to understand approach and his teaching style, which enables deep learning and provides tools they can use when they get back to the office Monday morning. Areas Covered in the Session: TMJ anatomy and muscles of mastication function. How to use bimanual guidance to determine TM joint health. How to palpate muscles of mastication. Differential diagnosis of TMD and occlusomuscle disorders. Temporomandibular joint rehabilitation. How to know when occlusal treatment will work predictably. How to identify and treat trigger points and muscle pain. How occlusal appliances make restorative dentistry easier. What imaging is needed: panorex, transcranial, tomogram, CT or MRI, and why. How to use emergency appliances to eliminate acute occlusomuscle pain. When you can just equilibrate the teeth and not use an occlusal appliance. How to stop the need of grinding on your crowns at delivery. Who Will Benefit: Dentist and Hygienists Speaker Profile Dr. Warren Jesek graduated from Millikin University with a B.A. in biology and chemistry. After, he completed graduate work studies in anatomy at the University of Nebraska before attending Loyola University Dental School where he received his dental degree in 1979. He has maintained a private general practice in Decatur, Illinois since 1

Apollo Hospitals Mumbai uses Stereotactic Radiosurgery is a form of radiation therapy that focuses high-power energy on a small area of the body. This type of treatment involves the use of high-energy X-Ray or Gamma ray beams to destroy the cancerous tissues or tumor area.

Bone cancer treatments are used all over the world, especially in regions such as the US, UK, and Italy. The standard bone cancer treatment of all types and stages of bone cancer consists of surgery. Surgeons will surgically remove the entire cancerous growth from the bone and surrounding healthy tissue, including lymph nodes. Sometimes, surgeons will only target the lymph nodes. In the bone, surgeons employ limb-sparing methods when possible. Radiation therapy as bone cancer treatment is often used for bone cancer treatment. This kind of treatment is very successful at removing all cancerous cells from the affected area. It uses high-energy radiation beams that are targeted at cancerous growth. Although radiation bone cancer treatment can remove some of the symptoms, it is not a guarantee of complete removal of the disease. This method may give an early diagnosis, but it does not guarantee a successful treatment. However, if this bone cancer treatment is conducted early enough, it will help to slow the spread of the disease. Read more @ https://coherentmarketinsights-cmi.blogspot.com/2021/08/bone-cancer-treatments-are-administered.html