Key Features:

Natural esthetics – Highly polishable
Tough, resilient, fracture and wear resistant, absorbs shock
Releases and recharges calcium, phosphate and fluoride
Chemically bonds – Seals against microleakage
No sensitivity
Moisture tolerant – Simplified technique
Light cure and self-cure
No sensitivity

Bioactive Properties
Physical Properties

Description:

ACTIVA™ KIDS is an esthetic, BioACTIVE resin restorative that stimulates apatite formation and the natural remineralization process with release and recharge of calcium, phosphate and fluoride. It is an opaque white shade ideally suited for pediatric dentistry.

ACTIVA is the first bioactive restorative with an ionic resin matrix, a shock-absorbing resin component, and bioactive fillers that mimic the physical and chemical properties of natural teeth. It delivers all the benefits of glass ionomers and has the esthetics, strength, and durability of composites. ACTIVA KIDS bonds and masks silver diamine fluoride stains.

ACTIVA is safe for children and contains no BPA, no Bis-GMA and no BPA derivatives.

ACTIVA KIDS is a dynamic material that continuously reacts to pH changes in the mouth and actively participates in the ionic exchange with saliva and tooth structure that is essential for maintaining healthy teeth.

“Unique and unprecedented”

– Drs. Ted Croll, Joel Berg, Kevin Donly

“Truly impressive”

– Dr. Josh Wren

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“Outstanding results”

– Dr. Mark Cannon

“Totally cool and utterly awesome”

– Dr. Ted Croll

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Gebrauchsanweisung
FAQs / User Guide
Produktblatt
Clinical Procedure
Science & Literature
MSDS
ACTIVA White Paper
Dental Advisor Evaluation

Code and Description:

VKP – STARTER KIT: 5mL/8gm syringe Opaque White Shade, ACTIVA-SPENSER™ + 20 automix tips with bendable 20-gauge metal cannula

VK1P – ACTIVA KIDS SINGLE REFILL: 5mL/8gm syringe Opaque White Shade + 20 automix tips with bendable 20-gauge metal cannula

VK2P – ACTIVA KIDS VALUE REFILL: 2 x 5mL/8gm syringes Opaque White Shade + 40 automix tips with bendable 20-gauge metal cannula

DS05 – ACTIVA Spenser: Dispenser for 5mL automix syringes

A20N1 – Automix Tips, clear, with bendable 20-gauge metal cannula- pkg of 20 Use for ACTIVA and for 2.5mL, 5mL and 10mL 1:1 automix syringes

A50N1 – Automix Tips, clear, with bendable 20-gauge metal cannula- pkg of 50 Use for ACTIVA and for 2.5mL, 5mL and 10mL 1:1 automix syringes

AD20T – Automix Tips, clear + short intraoral tips (IOT) – Pkg of 20

AD50T – Automix Tips, clear + short intraoral tips (IOT) – Pkg of 50

AD20R – Automix Tips, clear + long, narrow intraoral tips (IOR) – pkg of 20

AD50R – Automix Tips, clear + long, narrow intraoral tips (IOR) – pkg of 50

AS20 – Automix Syringe Tips, Pkg. 20 5mL syringe

AS50 – Automix Syringe Tips, Pkg. 50 5mL syringe

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Product:

ACTIVA™ KIDS BioACTIVE – Restorative™

Feuchtigkeitstolerant - Dual Cure - Verschleißfest - Chemisch bindend - Fluorid, Kalzium & Phosphat

Physikalische Eigenschaften
Bioaktive Eigenschaften

„Einzigartig und nie dagewesen“

- Dr. Ted Croll, Joel Berg, Kevin Donly

„Hervorragende Ergebnisse“

- Dr. Mark Cannon

„Wahrhaft beeindruckend“

- Dr. Josh Wren

„Total cool und absolut fantastisch“

- Dr. Ted Croll

ACTIVA™ KIDS ist ein ästhetisches BioACTIVE-Kunststoffrestaurationsmaterial, das die Apatitbildung und den natürlichen Remineralisierungsprozess durch die Freisetzung und Wiederaufladung von Kalzium, Phosphat und Fluorid stimuliert. Es ist ein opak-weißer Farbton, der sich ideal für die Kinderzahnheilkunde eignet.

ACTIVA ist das erste bioaktive Füllungsmaterial mit einer ionischen Harzmatrix, einer stoßabsorbierenden Harzkomponente und bioaktiven Füllstoffen, die die physikalischen und chemischen Eigenschaften der natürlichen Zähne nachahmen. Es bietet alle Vorteile von Glasionomeren und verfügt über die Ästhetik, Stärke und Haltbarkeit von Kompositen. ACTIVA KIDS bindet und maskiert Silberdiamin-Fluorid-Flecken.

ACTIVA ist sicher für Kinder und enthält kein BPA, kein Bis-GMA und keine BPA-Derivate.

ACTIVA KIDS ist ein dynamisches Material, das kontinuierlich auf pH-Änderungen im Mund reagiert und aktiv am Ionenaustausch mit dem Speichel und der Zahnstruktur teilnimmt, der für die Erhaltung gesunder Zähne unerlässlich ist.

Klinische Dokumente

Ressourcen

Wissenschaft und Literatur

Vielseitiges, alltägliches Kariesmanagement

Klasse II Schüttgutabfüllung

Fallstudie: Schnelle Feuchtfeld-Bulkplatzierung bei einem pädiatrischen Patienten mit ACTIVA™ KIDS BioACTIVE-RESTORATIVE™

Vorbereitete Zähne

Mit ACTIVA restaurierte Zähne (pädiatrische Farbe)

Bilder mit freundlicher Genehmigung von Dr. Mark Cannon

Feuchtigkeitsfreundlich und ideal für Klasse Vs

Fallstudie: Reparatur empfindlicher zervikaler Läsionen

Zervikale Läsionen

ACTIVA bietet Bioaktivität und Patientenkomfort

Bilder mit freundlicher Genehmigung von Dr. C. H. Pameijer

Kern-Aufbau

ACTIVA wird zum Aufbau des Kerns an einem stark abgebrochenen Molaren verwendet.

Der Zahn ist bereit, eine Krone zu erhalten.

Bilder mit freundlicher Genehmigung von Dr. Robert Lowe

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ACTIVA™ KIDS BioACTIVE – Restorative™
ACTIVA™ KIDS BioACTIVE – Restorative™ - Image 2
ACTIVA™ KIDS BioACTIVE – Restorative™ - Image 3

ACTIVA™ KIDS BioACTIVE – Restorative™

Sprechen Sie mit Ihrem Vertriebsmitarbeiter, um zu erfahren, wie Sie bestellen können.
SKU: VK Kategorien: ,

Zusätzliche Informationen

Stil

Nachfüllen, Starter Kit, Wert nachfüllen
Farbton

Pädiatrie/Deckweiß
Größe

5 mL
Paket Menge.

1, 2
Applikatorspitze Qty.

20, 40
Inklusive Spitze Stil

Biegbare 20-Gauge-Metallkanüle

Kompatibel mit:

Ähnliche Produkte

Applicator Tip:

Accessory:

ACTIVA SPENSER

ACTIVA SPENSER

DS05 - ACTIVA Spenser: Spender für 5mL Automix-Spritzen

Sprechen Sie mit Ihrem Vertriebsmitarbeiter, um zu erfahren, wie Sie bestellen können.
SKU: DS05 Category:

Ähnliche Produkte

Physical Properties

Light cure setting time:

20 seconds

Depth of light cure:

4 mm

Initial self-cure setting time at 37°C:

3 minutes

Percentage filler by weight:

56%

Percentage reactive glass filler by weight:

20%

Fluoride release 1 day:

11.0 µg/cm²

Fluoride release 21 days (cumulative):

21.9 µg/cm²

Flexural strength:

102 MPa / 14,790 Psi

Flexural modulus:

4.3 GPa

Compressive strength:

280 MPa / 40,600 Psi

Diametral tensile strength:

42 MPa / 6090 Psi

Water sorption (1 week):

1.65%

Polymerization shrinkage:

1.7%

ACTIVA Characteristics

Physical Properties

Bioactive Properties

Applications

Clinical Procedure

ACTIVA™ KIDS is easy to place and is an opaque white shade ideally suited for primary teeth.

Fig. 1: Pre-op shows recurrent decay on restored molars

Fig. 2: Prepared teeth

Fig. 3: Teeth are etched for 10 seconds

Fig. 4: Shows teeth restored with ACTIVA™ KIDS

Photos courtesy of Dr. Mark Cannon

ACTIVA™ 36-Month Recall

Fig 1: October 7, 2012 – ACTIVA BioACTIVE-RESTORATIVE post-op.

Fig 2: October 8, 2015 – 36-month recall, shows great esthetics, no wear or chipping, no marginal staining

Photos courtesy of Dr. John Comisi

Science & Literature

The Dental Advisor 5 Star Clinical Performance Report
Click here for the ACTIVA White Paper
  • Fluoride ion release and recharge over time in three restoratives. Slowokowski L, et al. J Dent Res 93 (Spec Iss A_ 268, 2014 (iadr.org).
  • Zmener O, Pameijer CH, Hernandez S. Resistance against bacterial leakage of four luting agents used for cementation of complete cast crowns. Am J Dent 2014;27(1):51-55.
  • Zmener O, Pameijer CHH, et al. Marginal bacterial leakage in class I cavities filled with a new resin-modified glass ionomer restorative material. 2013.
  • Flexural strength and fatigue of new Activa RMGIs. Garcia-Godoy F, et al. J Dent Res 93 (Spec Iss A)_ 254, 2014 (iadr.org).
  • Deflection at break of restorative materials. University testing. Submitted for publication.
  • McCabe JF, et al. Smart Materials in Dentistry. Aust Dent J 201156 Suppl 1:3-10.
  • Cannon M, et al. Pilot study to measure fluoride ion penetration of hydrophilic sealant. AADR Annual Meeting 2010.
  • Water absorption properties of four resin-modified glass ionomer base/liner materials. (Pulpdent)
  • pH dependence on the phosphate release of Activa ionic materials. (Pulpdent)
  • Kane B, et al. Sealant adaptation and penetration into occlusal fissures. Am J Dent 2009;22(2):89-91.
  • Rusin RP, et al. Ion release from a new protective coating. AADR Annual Meeting 2011.
  • Sharma S, Kugel G, et al. Comparison of antimicrobial properties of sealants and amalgam. IADR Annual Meeting 2008. (iadr.org).
  • Naorungroj S, et al.Antibacterial surface properties of fluoride-containing resin-based sealants. J Dent 2010.
  • Prabhakar AR, et al. Comparative evaluation of the length of resin tags, viscosity and microleakage of pit and fissure sealants – an in vitro scanning electron microscope study. Contemp Clin Dent 2011;2(4):324-30.
  • Pameijer CH. Microleakage of four experimental resin modified glass ionomer restorative materials. April 2011.
  • Microleakage of dental bulk fill, conventional and self-adhesive composites. Cannavo M, et al. J Dent Res 93 (Spec Iss A) 847, 2014 (iadr.org).
  • Comparison of Mechanical Properties of Dental Restorative Material. Girn V, et al. J Dent Res 93 (Spec Iss A) 1163, 2014 (iadr.org).
  • Mechanical properties of four photo-polymerizable resin-modified base/liner materials. (Pulpdent)
  • Singla R, et al. Comparative evaluation of traditional and self-priming hydrophilic resin. J Conserv Dent 2012;15(3):233-6.
  • Water absorption and solubility of restorative materials. (Pulpdent)
  • www.nidrc.nih.gov
  • Spencer P, et al. Adhesive/dentin interface: the weak link in the composite restoration. Am Biomed Eng 2010;38(6):1989-2003.
  • Murray PE,et al. Analysis of pulpal reactions to restorative procedures, materials, pulp capping, and future therapies. Crit Rev Oral Biol Med 2002;13:509.
  • DeRouen TA, et al. Neurobehavioral effects of dental amalgam in children: a randomized clinical trial. JAMA 2006;295(15):1784-1792.
  • Nordbo H, et al. Saucer-shaped cavity preparations for posterior approximal resin composite restorations: observations up to 10 years. Quintessence Int 1998;29(1):5-11.
  • Skartveit L, et al. In vivo fluoride uptake in enamel and dentin from fluoride-containing materials. J Dent Child 1990; 57(2):97-100.
  • Wear of calcium, phosphate and fluoride releasing restorative material. University testing. Submitted for publication: IADR 2015. (iadr.org).
  • Surface roughness and wear resistance of ACTIVA compared to glass ionomers, RMGIs and flowable composites. University testing. Submitted for publication: IADR 2015. (iadr.org).
  • Pameijer CH, Garcia-Godoy F, Morrow BR, Jeffereis SR. Flexural strength and flexural fatigue properties of resin-modified glass ionomers. J Clin Dent 2015;26(1):23-27.
  • Pameijer CH, Zmerner O, Kokubu G, Grana D. Biocompatibility of four experimental formulations in subcutaneous connective tissue of rats. 2011.
  • Pameijer CH, Zmener O. Histopathological evaluation of an RMGI ionic-cement [Pulpdent Activa], auto and light cured – A subhuman primate study. 2011.
  • ACTIVA BioActive-Restorative: 6-month clinical performance. The Dental Advisor 2015. www.dentaladvisor.com.
  • ACTIVA BioActive-Restorative: One-year clinical performance +++++. The Dental Advisor 2015. www.dentaladvisor.com.
  • Compressive strength and deflection at break of four cements. Daddona J, Pagni S, Kugel G. J Dent Res 95 (Spec Iss A) 0658, 2016 (iadr.org).
  • Surface deposition analysis of bioactive restorative material and cement. Chao W, Perry R, Kugel G. J Dent Res 95 (Spec Iss A) S1313, 2016 (www.iadr.org).
  • Comparison of compressive strength of liner materials. Epstein N, et al. J Dent Res 95 (Spec Iss A) S0653, 2016 (www.iadr.org).
  • Water absorption and solubility of four dental cements. Hall J, et al. J Dent Res 95 (Spec Iss A) S1126, 2016 (www.iadr.org).
  • Shear bond strength of several dental cements. Tran A, et al. J Dent Res 95 (Spec Iss A) S0579, 2016 (www.iadr.org).
  • Repetitive deflection strengths of adhesive cements. Samaha S, et al. J Dent Res 95 (Spec Iss A) S1076, 2016 (www.iadr.org).
  • Fluoride release of bioactive restoratives with bonding agents. Murali S, et al. J Dent Res 95 (Spec Iss A) S0368, 2016 (www.iadr.org).
  • Profilometry bioactive dental materials analysis and evaluation of dentin integration. Garcia-Godoy F, Morrow BR. J Dent Res 95 (Spec Iss A) 1828, 2016 (iadr.org).
  • Staining and whitening products induce color changes of multiple composites. Parks H, Morrow BR, Garcia-Godoy F. J Dent Res 95 (Spec Iss A) S1323, 2016 (www.iadr.org).
  • Profilometry based composite abrasion using different current dentifrices. Lindsay AA, Morrow BR, Garcia-Godoy F. J Dent Res 95 (Spec Iss A) S0318, 2016 (iadr.org).
  • Bansal R, Burgess JO, Lawson NC. Wear of an enhanced resin-modified glass-ionomer restorative material. Am J Dent 2016;29(3):171-174.
  • Evaluation of pH, fluoride and calcium release for dental materials. Morrow BR, Brown J, Stewart CW, Garcia-Godoy F. J Dent Res 96 (Spec Iss A) 1359, 2017 (iadr.org).
  • Adhesion of s. mutans biofilms on potentially antimicrobial dental composites. Mah J, Merritt J, Ferracane J. J Dent Res 96 (Spec Iss A) 2560, 2017 (iadr.org).
  • Microleakage under class ll restorations restored with bulk-fill materials. Kulkami P, et al. J Dent Res 96 (Spec Iss A) 2604, 2017 (iadr.org).
  • Fluoride release of dental restoratives when brushed with fluoridated toothpaste. Epstein N, Roomian T, Perry R. J Dent Res 96 (Spec Iss A) 1254, 2017 (iadr.org).
  • ACTIVA Bioactive-Restorative. Two-year clinical performance +++++. The Dental Advisor 2017, dentaladvisor.com.
  • May E, Donly KJ. Fluoride release and re-release from a bioactive restorative material. Am J Dent 2017;30(6):305-308.
  • Garoushi S, Vallittu PK, Lassila L. Characterization of fluoride releasing restorative dental materials. Dent Mater J 2018;37(2):293-300.
  • Reznik J, Kulkarni P, Shah S, Chang B, Burgess JO, Robles A, Lawson NC. Crown Retention Strength and Ion Release of Bioactive Cements. J Dent Res 97 (Spec Iss A) 656, 2018 (iadr.org).
  • Boutsiouki C, Lücker S, Domann E, Krämer N. Is a bioactive composite able to inhibit secondary caries. Justus-Liebig-Universitat Giessen, Vaterstetten. Germany 2017.
  • Alrahlah A. Diametral tensile strength, flexural strength, and surface microhardness of bioactive bulk fill restorative. J Contemp Dent Practice 2018;19(1):13-19.
  • Influence of novel bioactive materials on dentinal enzymatic activity. Comba A, Breschi L, et al. J Dent Res 97 (Spec Iss A) 0273, 2018 (iadr.org).
  • Dentifrices, surface roughness and depth loss of restorative materials. Smith JB, Lambert AN, Morrow BR, Pameijer CH, Garcia-Godoy F. J Dent Res 97 (Spec Iss A) 1621, 2018 (iadr.org).
  • Enamel demineralization adjacent to orthodontic brackets bonded with Active Bioactive Restorative. Saunders KG, Donley KJ, Mattevi G. of Texas Health Science Center, San Antonio 2017.
  • Bioactive materials, demineralization, and shear strength of orthodontic brackets. Donohue J, et al. J Dent Res 96 (Spec Iss A) 3289, 2017 (iadr.org).
  • Roulet J-F, et al. In vitro wear of two bioactive composites and a glass ionomer cement. DZZ International 2019;1(1):24-30.
  • Banon R, et al. Clinical evaluation of a new bioactive ionic resin material (ACTIVA™ BIOACTIVE) in primary molars – a split mouth randomized trial. Ghent University 2018.
  • Omidi BR, et al. Microleakage of an enhanced resin-modified glass ionomer restorative material in primary molars. Researchgate 2018;15(4)205-213.
  • Croll TP, Lawson NC. Activa Bioactive-Restorative material in children and teens: examples and 46-month observations. Inside Dentistry 2018.
  • Sauro S, et al. Effects of ions-releasing restorative materials on the dentine bonding longevity of modern universal adhesives after load-cycle and artificial saliva aging. Materials 2019;12:722.
  • Lloyd VJ, Hunter F, Comisi J. The bio-mineralization potential of various bioactive restorative materials, MUSC 2019.
  • Bhadrad, et al. A 1-year comparative evaluation of clinical performance of nanohybrid composite with Activa bioactive composite in Class II carious lesion: randomized control study. JCD 2019;22(1):92-96.
  • Maciak M. Novel applications of a bioactive resin in perforations, root resorption and endodontic-periodontic lesions. Roots 2018;14(4):32-36.
  • ElReash A, et al. Biocompatibility of new bioactive resin composite versus calcium silicate cements – an animal study. BMC Oral Health 2019;19:194-203.
  • Alkhudhairy F, et al. Adhesive bond integrity of dentin conditioned by photobiomodulation and bonded to bioactive restorative material. Photodyagn Photodyn 2019;28:110-113.
  • Lopez-Garcia S, et al. In vitro evaluation of the biological effects of ACTIVA Kids BioACTIVE Restorative, Ionolux, & Riva LC on human dental pulp stem cells. Materials 2019,12,3694;doi:10.3390/ma12223694.
  • Jun SK. The biomineralization of a bioactive glass-incorporated light-curable pulp capping material using human dental pulp stem cells. Biomed Res Int 2017;doi.org_10.1155_2017_2495282.
  • Abdulla HA, Majeed MA. Assessment of bioactive resin-modified glass ionomer restorative as a new CAD CAM material. Part 1_marginal fitness study. Indian J Foren Med Tox 2020;14(1)865-870.
  • Abdulla HA, Majeed MA. Assessment of bioactive resin-modified glass ionomer restorative as a new CAD CAM material part ll_fracture strength study. J Res Med Sci 2019;7(5)_74-79.
  • Sauro S, et al. Effects of ions-releasing restorative materials on the dentine bonding longevity of modern universal adhesives after load-cycle and artificial saliva aging. Materials 2019;12:722.
  • Karabulut B, et al. Reactions of subcutaneous connective tissue to MTA, Biodentine, and a newly developed base-liner. Wiley 2020;doi.org_10.1155_2020_6570159.
  • Awad MM, et al. Influence of surface conditioning on the repair strength of bioactive restorative material. J Appl Biomater Func 2020;18.
  • Bishnoi N, et al. Evaluating marginal seal of a bioactive restorative material Activa Bioactive and two bulk fill composites in class ll restorations-an in vitro study. Int J Appl Sci 2020;6(3)98-102.
  • Roulet J-F, et al. In vitro wear of dual-cured bulkfill composites and flowable bulkfill composites. J Esthet Restor Dent. 2020;1–9.
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