Ocena dokładności odwzorowania pola protetycznego
w zależności od techniki wyciskowej

Stępień J., Zgórniak P., Dejak B.: Ocenawpływu rodzaju masy wyciskowej na precyzjęodwzorowania pola protetycznego w technicejednoczasowej. Protet. Stomatol., 2013,LXIII, 292-300.

Google Scholar

Beier U., Grunert I., Kulmer S., CumfahrtH.: Quality of impressions using hydrophilicpolyvinyl siloxane in a clinical study of 249patients. Int. J. Prosthodont., 2007, 20, 270-274.

Google Scholar

Caputi S., Varvara G.: Dimensional accuracyof resultant casts made by a monophase, onestepand two-step, and a novel two-step putty/light-body impression technique; an in vitrostudy. J. Prosthet. Dent., 2008, 99, 274-281.

Google Scholar

Donovan T., Chee W.: A review of contemporaryimpression materials and techniques.Dent. Clin. North Am., 2004, 48, 445-470.

Google Scholar

Wu A., Donovan T.: A modified one-step putty-washimpression technique. J. Prosthet.Dent., 2007, 98, 245-246.

Google Scholar

Chee W., Donovan T.: Fine detail reproductionof very high viscosity poly(vinyl siloxane)impression materials. Int. J. Prosthodont.,1989, 2, 368-370.

Google Scholar

Majewski S., Pryliński M.: Materiały i technologiewspółczesnej protetyki stomatologicznej.Wydawnictwo Czelej 2013, 19-41

Google Scholar

Eames W., Sieweke J., Wallace S., Rogers L.:Elastomeric impression materials: Effect ofbulk on accuracy. J. Prosthet. Dent., 1979, 41,304-307.

Google Scholar

10.

Franco E., Fernandes da Cunha L., HerreraF., Benetti A.: Accuracy of single-step versus2-step double-mix impression technique.ISRN Dentistry 2011, Article ID 341546.

Google Scholar

11.

Luthardt R., Walter M., Quaas S., Koch R,Rudolph H.: Comparison of the three-dimensionalcorrectness of impression techniquesrandomized controlled trial. QuintessenceInternational, 2010, 41, 845-853.

Google Scholar

12.

Idris B., Houston F., Claffey N.: Comparisonof the dimensional accuracy of one- and twosteptechniques with the use of putty/washaddition silicone impression materials. J.Prosthet. Dent., 1995, 74, 535-541.

Google Scholar

13.

Nissan J., Laufer B., Brosh T., Assif D.:Accuracy of three polyvinyl siloxane putty-washimpression techniques. J. Prosthet.Dent., 2000, 83, 161-165.

Google Scholar

14.

Brosky M., Major R., DeLong R., Hodges J.:Evaluation of dental arch reproduction usingthree-dimensional optical digitization. J.Prosthet. Dent., 2003, 90, 434-440.

Google Scholar

15.

Brosky M., Pesun I., Lowder P., DeLong R.,Hodges J.: Laser digitization of casts to determinethe effect of tray selection and castformation technique on accuracy. J. Prosthet.Dent., 2002, 87, 204-209.

Google Scholar

16.

Valderhaug J., Fløystrand F.: Dimensionalstability of elastomeric impression materialsin custom-made and stock trays. J. Prosthet.Dent., 1984, 52, 514-517.

Google Scholar

17.

Millstein P., Maya A., Segura C.: Determiningthe accuracy of stock and custom tray impression/casts.J. Oral Rehabil., 1998, 25, 645-648.

Google Scholar

18.

Burns J., Palmer R., Howe L. Wilson R.:Accuracy of open tray implant impressions:an in vitro comparison of stock versus customtrays. J. Prosthet. Dent., 2003, 89, 250-255.

Google Scholar

19.

Panichuttra R., Jones R., Goodacre C., MunozC., Moore K.: Hydrophilic poly(vinyl siloxane)impression materials: dimensional accuracy,wettability, and effect on gypsum hardness.Int. J. Prosthodont., 1991, 4, 240-248.

Google Scholar

20.

Stober T., Johnson G., Schmitter M.: Accuracyof the newly formulated vinyl siloxanetherelas-tomeric impression material. J. Prosthet.Dent., 2010, 103, 228-239.

Google Scholar

21.

Dejak B.: Kompendium wykonywania uzupełnieńprotetycznych. Med. Tour PressInternational, 2014, 277-317.

Google Scholar

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