ReMouse Standard is a utility created for people who got tired of repeating mouse and keyboard actions on their computers and are looking for a quick and easy way to make custom scripts that they can execute as a repeatable task. It provides the following features:
Record mouse and keyboard activities
Execute mouse and keyboard actions
Save any mouse and keyboard action as a .
Further features
Recording and playback
Split and merge recording scripts
List recorded actions
Category:Automation softwareThe effects of vibrating an implant-machined prosthetic connection system on posterior-guided implant rehabilitation.
The main objectives of this in vitro investigation were to study the effect of a vibrating implant-machined connection system on the alignment of a standard implant-abutment complex and the development of a potential pathologic crestal bone resorption. Implants (Para-Implant, Stockholm, Sweden) were placed in bovine ribs. Each implant was connected to a standard implant abutment (Nobel Biocare, Göteborg, Sweden) using a vibrating implant-machined connection system (Nobel Biocare). Two different samples were prepared. In the first sample, one of the implants was "abutmentless," and in the second sample, one implant was abutted to the implant-machined connection system. An impression copyrite crown was fabricated for each sample and the samples were immersed in 50 mL of freshly extracted human milk. Each sample was then aligned to its specific implant and was submerged for 90 days. The implants were retrieved at time intervals of 90, 180, 270, and 360 days. After separating the samples from the milk, all samples were subjected to optical microscopy, histology, scanning electron microscopy, and energy-dispersive X-ray spectroscopy. The image of the abutmentless samples demonstrated a considerable amount of crestal bone loss during the first 90 days of implantation, which did not appear to have been influenced by vibrating the implant-machined connection system. No crestal bone loss was observed in the samples connected to the implant-machined connection system. The histological evaluation of these samples demonstrated that there was no significant change in the width of the crestal bone during the 90-day study period. The developed abutmentless implants allowed crestal bone loss in the first 90 days of implantation, whereas the implant-machined ac619d1d87
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