Despite of the positive findings achieved by the included studies , few RCTs were available for analysis for SLActive implants .
OBJECTIVE To assess the survival percentage , clinical and radiographic outcomes of s and blasted and acid-etched ( SLA ) dental implants  and its modified surface ( SLActive ) in protocol s involving immediate and early occlusal loading .
Early loading of nonsubmerged titanium implants with a chemically modified sand-blasted and acid-etched surface: 6-month results of a prospective case series study in the posterior mandible focusing on peri-implant crestal bone changes and implant stability quotient (ISQ) values.
PURPOSE The aim of this prospect i ve case series study was to evaluate the short-term success rates of  titanium screw-type implants  with a chemically modified s and -blasted and acid-etched ( mod SLA ) surface after 3 weeks of healing . MATERIAL AND METHODS A total of 56 implants were inserted in the posterior m and ible of 40 partially edentulous patients exhibiting bone densities of class I to III . After a healing period of 3 weeks , all implants were functionally loaded with a screw-retained crown or fixed dental prosthesis . The patients were recalled at weeks 4 , 7 , 12 , and 26 for monitoring and assessment of clinical and radiological parameters , including implant stability quotient ( ISQ ) measurements . RESULTS None of the implants failed to integrate . However , two implants were considered " spinners " at day 21 and left unloaded for an extended period . Therefore , 96.4 % of the inserted implants were loaded according to the protocol tested . All 56 implants including the " spinners " showed favorable clinical and radiographic findings at the 6-month follow-up examination . The ISQ values increased steadily throughout the follow-up period . At the time of implant placement , the range of ISQ values exhibited a mean of 74.33 , and by week 26 , a mean value of 83.82 was recorded . Based on strict criteria , all 56 implants were considered successfully integrated , result ing in a 6-month survival and success rate of 100.0 % . CONCLUSION This prospect i ve study using an early-loading protocol after 3 weeks of healing demonstrated that titanium implants with the modified SLA surface can achieve and maintain successful tissue integration over a period of at least 6 months . The ISQ method seems feasible to monitor implant stability during the initial wound-healing period
Despite of the positive findings achieved by the included studies , few RCTs were available for analysis for SLActive implants .
OBJECTIVE To assess the survival percentage , clinical and radiographic outcomes of s and blasted and acid-etched ( SLA ) dental implants  and its modified surface ( SLActive ) in protocol s involving immediate and early occlusal loading .