2013
DOI: 10.1590/s2176-94512013000200010
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Class II malocclusion treatment using Jasper Jumper appliance associated to intermaxillary elastics: a case report

Abstract: It was demonstrated that the Jasper Jumper is an efficient alternative to Class II malocclusion treatment, providing improvement in the facial profile, although the changes are more dentoalveolar than skeletal.

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Cited by 4 publications
(16 citation statements)
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“…In the treatment of Class II molar relationship and in the finding of a solution for tooth size-arch length, discrepancy in the maxillary arch limiting the distal movement of the maxillary first molars is a common goal. [1] Some of the common ways for distalizing tooth include extraoral traction with cervical, occipital, or high-pull headgear and also some intraoral appliance such as Herbst,[1] Twin Force Bite Corrector,[2] Jasper Jumper,[3] transpalatal arch, coil springs, repelling magnets, K-loop, pendulum, Jones Jig,[4] and temporary anchorage device. [567]…”
Section: Introductionmentioning
confidence: 99%
“…In the treatment of Class II molar relationship and in the finding of a solution for tooth size-arch length, discrepancy in the maxillary arch limiting the distal movement of the maxillary first molars is a common goal. [1] Some of the common ways for distalizing tooth include extraoral traction with cervical, occipital, or high-pull headgear and also some intraoral appliance such as Herbst,[1] Twin Force Bite Corrector,[2] Jasper Jumper,[3] transpalatal arch, coil springs, repelling magnets, K-loop, pendulum, Jones Jig,[4] and temporary anchorage device. [567]…”
Section: Introductionmentioning
confidence: 99%
“…No componente dentoalveolar inferior, este dispositivo produz mesialização e extrusão dos molares inferiores (COPE et al, 1994, COVELL JR et al, 1999, HERRERA-SANCHES et al, 2013, NEVES et al, 2014; e inclinação para vestibular e/ou protrusão (ALMADA et al, 1999, BLACKWOOD, 1991, COPE et al, 1994, COVELL JR et al, 1999, KARACAY et al, 2006ILHAN;ORGUN, 2007, KÜÇÜKKELES;ORGUN, 1995MCCULLOCH, 1997, NALBANTGIL et al, 2005, NEVES et al, 2014ALMEIDA, 2004, STUCKI;INGERVALL, 1998, WEILAND;BANTLEON, 1995) e intrusão dos incisivos inferiores (BLACKWOOD, 1991, COPE et al, 1994, COVELL JR et al, 1999, HERRERA et al, 2011, NALBANTGIL et al, 2005, NEVES et al, 2014INGERVALL, 1998, WEILAND et al, 1997 Jumper ocorre principalmente devido às alterações dentoalveolares em vez das alterações esqueléticas, apesar da utilização de métodos para minimizar esses efeitos e potencializar os efeitos esqueléticos (ALMADA et al, 1999, COPE et al, 1994, COVELL JR et al, 1999, HERRERA et al, 2011ILHAN;ORGUN, 2007MCCULLOCH, 1997, OLIVEIRA JR;ALMEIDA, 2004, WEILAND;BANTLEON, 1995). O Jasper Jumper normalmente é utilizado na dentadura permanente, em pacientes na fase de crescimento, por volta dos 10 a 14 anos (BOWMAN, 2000…”
Section: Ortopédicos Funcionais Fixosunclassified
“…O efeito de restrição no deslocamento anterior da maxila evidenciada nos grupos experimentais corroborou com estudos anteriores que avaliaram os aparelhos Jasper Jumper (ALMADA et al, 1999, COPE et al, 1994, COVELL JR et al, 1999, HENRIQUES et al, 2009b, HERRERA-SANCHES et al, 2013, HERRERA et al, 2011MCNAMARA, 1995, KAMACHE, 2006ILHAN;ORGUN, 2007, MILLS;MCCULLOCH, 1997, WEILAND et al, 1997 e…”
Section: Metodologia Empregadaunclassified
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