Software for Dental Professionals - Full Version

Dent-O-Soft is a dental portable application that comes preinstalled in a flash disk and runs without requiring installation. 


It gives you the power to 

• Manage your practice, 
• Your patients and 
• Your finances easily, quickly and completely. 

For each patient you can enter 

• Appointments, 
• Charges and 
• Payments as well as 
• Their oral situation. 

Specifically, the oral situation is illustrated graphically in order to obtain a quick and complete picture of the patient. 
For your suppliers and dental technicians, you can control the orders or deliveries that have been made, the charges and your payments, and also you can have a history of the prices of the materials used that will help you make better choices. The ability to run the application from a flash disk without the need to install the application removes the limitation of only one installation in a computer and allows the execution of the application in your office computer or anywhere else, without requiring synchronization

.

• Management of Patients and bills
•  Medical and Dental History
• Graphical treatment chart
• Modification and addition of new dental works if needed
• Appointments and recall management
• Holiday calendar
• Two levels of security for Doctor and Secretariat with data access restrictions on medical history and practice economics
• Easy backup and recovery
• Management of dental technicians and suppliers
• Medicine file and prescription printing
• Reports for patients, accounts and appointments
• Statistics for accounts and appointments

YOU WILL GET FULL VERSION SOFTWARE HERE...

CLICK HERE TO DOWNLOAD

NO CET/NEET FOR YEAR 2012

Common Entrance Test (CET) for post-graduate medical students will not start from this session.
In a meeting on Tuesday, the Union health ministry decided that it would not be “feasible” to conduct the CET for post-graduate medical students from 2012 and decided to go ahead with the CET for under-graduates only from this year. Earlier,

the government had decided to conduct the CET for both undergraduates and post graduate medical students from this session (2012).
The All India CET for PG got into limbo with the Medical Council of India (MCI) yet to convince an agency to conduct the exam for them.

Earlier, the MCI had approached the All India Institute of Medical Sciences (AIIMS) for holding the exam which expressed its inability due to lack of manpower.

Source : Deccan Chronicle

              19-10-2011

Mnemonic For Speed Of Rotatory Cutting Tools

Ultra Low Speed - 300-600rpm

Low Speed- 3000-6000rpm

Medium High Speed- 20,000-45,000rpm

High Speed- 45,000 - 1 lakh rpm

Ultra High- >1Lakh rpm

Mnemonic

" Co relate it with Bike Price"

Suppose you want to buy a super fast bike like ninza etc. then you have to spend more than 1 lakh.

If you want to buy Not super fast, but faster than others like karizma zmr. then u have to spend more than 45000 but less than 1 lakh. price of bike around 85000

If u want to buy bike with medium speed, like passion, splendor, then u have to spend from 20,000 ( for old one) to 45000 (for new one)

You can get low speed 2nd hand scooty for 5-6000

300-600 me to ultra slow speed bicycle he ayegi... :)

Dental Library Update

BDS Final Year Ques Papers Updates In DENTAL LIBRARY.

Why Wearing Of MASK Is Necessary For Dentist ?

Human Mouth is Highly Contaminated environment. The mouth contains bacteria and viruses from many sources. The saliva of a healthy patient contains large numbers of streptococci, staphylococci, and gram negative bacteria. While many of these organisms are relatively innocuous for a healthy person, they carry the possibility of infection for the increasing number of people with compromised immune systems.

The use of hand scalers, prophy angles, and air-water syringes produce some splatter in the form of relatively large droplets. While large droplets contain potentially pathogenic organisms, they are usually controlled by standard barrier techniques such as gloves, masks, and eye protection. However, the ultrasonic scaler and the air polisher are the greatest producers of small particle aerosol contamination in dentistry. Several studies show that the ultrasonic scaler produces more airborne contamination than any other instrument in dentistry. The air polisher creates an almost equal amount of airborne contamination. The use of these instruments places hygienists at the forefront of risk for the airborne transmission of infections.

Many Dentist assume that the visible aerosols produced by an ultrasonic scaler or an air polisher are the only aerosols produced by these instruments. These highly visible aerosols are made up of coolant water and, in the case of an air polisher, some form of abrasive. If the instrument and the dental unit water lines are maintained as recommended by the American Dental Association (ADA), the coolant water aerosol represents little danger to the operator. The risk of infection occurs when these instruments are used on a patient and the visible aerosol mixes with the invisible microorganisms that arise from the patient.

Potential Danger
Scientific literature detailing the spread of infection by an aerosol route is available. Recent examples include the spread of TB on an airplane and the spread of measles through the ventilation system of a pediatric office. Traditionally, the greatest danger inherent in dental aerosols was TB. In the past, TB was considered an occupational hazard for dentistry. Currently in the United States, TB is rare. However, in certain populations such as recent immigrants, prisons, and the homeless there is a much higher prevalence of TB. Hygienists working with patients from these groups need to approach treatment with great care due to the potential for undiagnosed TB. In private clinical practice, the greatest danger comes from viruses harbored in the nasopharynx and blood particles arising from the operative site.

Blood
Several studies have shown that blood is universally found in the aerosols produced by an ultrasonic scaler during root planing. These studies further demonstrate that even when the operator cannot see blood contamination there is an adequate amount of blood in the aerosols from root planing to be detected by an occult blood test. This is true no matter what type of ultrasonic scaler or scaler tip is used. The use of ultrasonic and sonic vibration in the presence of a liquid, ie, blood, aerosolizes the liquid. Whatever bloodborne infection the patient may carry is probably present in the dental aerosols from root planing with an ultrasonic scaler.

Preventative Measures
Gloves, well-fitting masks, and eye protection should always be used and greatly lowers the risk of infection. However, a true aerosol stays airborne for up to 30 minutes and larger droplets evaporate and the contamination they carry can become re-airborne as a dust particle, ie, a droplet nuclei. Therefore, the risk of contamination continues long after the procedure is over. Because of this extended risk time as well as the often poor fit of masks and eye protection, other precautions should be followed. Using a preprocedural rinse such as chlorhexidine lowers the number of aerobic bacteria in the air. However, it will not affect blood coming from the operative site or viruses, such as SARS, coming from the respiratory tract. Using a preprocedural rinse should not be relied on to prevent airborne contamination.


The use of a high volume evacuator (HVE) has been shown to universally reduce airborne contamination, no matter what the dental source by 90% to 98%. However, a saliva ejector does not qualify as a high volume evacuator. The small diameter of a saliva ejector keeps it from removing enough air to be effective in reducing aerosols. A large diameter HVE may be held separately by an assistant or the hygienist, attached to the ultrasonic scaler, or possibly attached to one of the “dry field” devices. Using an HVE is a mandatory infection control precaution during the use of an ultrasonic scaler.


The aerosols from air polishing are more difficult to control than those from an ultrasonic scaler due to the compressed air used during air polishing. The only method proven to control the aerosols from air polishing combines a barrier placed around the air polishing tip combined with a vacuum. The barrier blocks the high speed particles from ricocheting off the tooth into the air and the vacuum removes the water and abrasive particles from the operating site within the barrier. This method has been shown to reduce the airborne contamination from air polishing by 97%.

Summary
Dental aerosols represent an infection hazard for dental hygienists due to their gross contamination with microorganisms and blood. The advent of SARS and its predicted reemergence during the upcoming flu season have brought the dangers of dental aerosols to a higher level. Aerosols are easily controlled with the appropriate precautions. 

Whenever an ultrasonic scaler or air polisher is used the following steps should be followed: 

(1) barrier protection 

(2) high volume evacuation, and 

(3) preprocedural rinsing. 

Each of these adds a layer of protection for the operator and others in the dental office. All three steps must be followed for adequate protection. The use of only one or two of the steps will not yield the necessary level of protection adequate for safety.

Notice the precautions that are being used against exposure to highly-toxic mercury vapor.

Both the dentist and his assistant are wearing special breathing apparatus. Their bodies are also completely covered to prevent mercury vapor from falling on their skin. The patient's body is mostly covered as well.

Numerous other precautions are also used including mercury-vapor air filters, rubber dams, chlorella and activated charcoal beneath the tongue which is changed often, etc