20 years ago - Etiska Nämnden

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DENTAL IMPLANT PROFILAX SYSTEM     

When a tooth is extracted, the balance of two tissue systems is broken.   
The Epitel tissue: it consists of many cells but has little intercellular substance. Epithelial tissue cells grow very fast, in order to cover potencial defects (for instance, a wound or a tooth alveol after it has been extracted).   
The Connective tissue has few cells but a lot of intercellular substance. There is an empty space- alveolen-after a tooth has been extracted. It is filled with blood which later changes to connective tissue (bone). In this case, the blood becomes bone.   
Connective tissue transforms from one kind of tissue to another ( for instance, from cartilage to bone, or from blood to bone). This takes time and after the tooth has been extracted, the alveolar process is no longer needed and it decreases both in height and in breadth. The result is an alveolar process atrophy. 

 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 

 
 
English: Mr.Dr.Stoyan Boshnakov 
 stoyan-boshnakov@swipnet.se 
 
 Bulgarian or Russian: Dr.Stoyan Boshnakov 
stoyan-boshnakov@swipnet.se 
 

 
 
 

CATALOG PAGE: 
1, 2, 3, 4
 

 

 
          Our aim 
1. To avoid alveolar process atrophy and at the same time solve the prosthetics problem for a dentist and his patient, thereby avoiding having to make complete dentures.   

2. To make it easy for a general practice dentist in the principle of a single tooth replacement, by using a simple system. One example of the simplicity is that the implant screw can be put directly into the alveol. fig.(212, 213)  

3. To make it inexpensive and easy for a general practice dentist and his patient. This has been achieved by rational solutions for implant and instrument production (fig. 451, 442, 443) and the monolithic implant, which is suitable for transalveolar implantation. 
(fig. 213, 251, 312, 313). 
 
 

 
 
        Indications 
    Indications for beginners among general practice dentists- for most tooth extraction of teeth 12, 22, 14, 24- palatinal. alveol (fig.212, 213, 242, 333, 342, 343). Missing teeth in the region 15 to 25 in the upper jaw, as well as 44 to 34 in the lower jaw.
 
 
 
 
 
 
 
 
Implantation technique- single step- transalveolar 

For instance, fig.211, 223.Use terminal anesthesia. 
Start by extracting with root elevator technique (narrow pointed) or peritom. Curetera thoroughly  
and rinse with salin solution. If the alveol has less diameter than the implant, thread directly with a thread tap (fig.433, 451). 
The implant is screwed into the threaded hole in the bone. Keep the cracking. Close in thoroughly with suture around the neck of the implant. 
In cases where the alveol is broader than the screw  
(there are two screw diameters -3.8 and 4.8 mm), one has to deepen the alveol apical with a drill of the same diameter as the neck of the implant. The package is color coded. The speed reducing contra-angle is recommended in order to avoid heat development, because the bone cells die at 46 degrees Celsius. 

Thread the deepened alveol / artificial socket / and apply the implant. Since an empty space is created between the implant and the bone wall of the tooth alveol, there is a risk that the fast growing epithelial tissue might fill in the empty space. In such scenario, the implantation might not succeed. 
Use therefore G.T.R.(guided tissue regeneration technique), in this case H.A (Hydroxypatite), which is mixed with blood and bone scrape (e.g. what is left over after deepening the alveol). The mixture is pressed thoroughly around the implant and saturated tightly (in certain cases, use flap technique). For best results, osteogenon should be used. 

Twenty years have passed since our first publication in the Dental Products Report International (they found our implant technique so good that they published our advertise for free) ,(fig.411, 412). 
The implant shown in fig.211, 223 was made 20 years ago. The implant shown in fig.311, 331 was made 8 years ago (generation II). 
Now we have come to generation III (fig.422, 423), with two models which have two different thread widths (diameters 3.8 and 4.8mm.). 
The model in fig.423 exists for one and two steep/ phase technique. 
There is also a model for "over denture". 
The basics principle remains, but we live in a very dynamic time and try to follow the latest news in medicine, and dental implantation in particular. 
Finally we provide various types of support material. 
A 20 minutes video tape is available, which shows the implant technique, as well as slides of dia pictures of a much better quality than the ones shown on the brochure. Included with the implant follow various   
kind of support material such as forms for general and local patient history, information for the patient explaining the process, advice regarding X-ray examination, advice for medication, antibiotics, and medical sedation. 

For further information contact us in this different languages: 

German: Ms.Heléne Baumkircher 
baumkircher@hotmail.com 

Spanish: Mr.Robin Gracia 
robin_gracia@hotmail.com 

Swedish and Norwegian: Ms.Helene Baumkircher 
baumkircher@hotmail.com

 
 

 


                                                                        stoyan-boshnakov@swipnet.se
 

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