Histopathological alterations in buccal pouches were studied by light microscopy.
36 peri-implant bone in buccal loading with buccal offset and lingual loading with lingual offset.
However, bioadhesive strength of formulations increased with increasing proportion of HPMC in buccal discs.
About 30 to 50% of patients taking Phenytoin develop significant gingival alternations especially in buccal anterior part of oral cavity.
Micronucleus (MN) assay in buccal exfoliated cells is a minimally invasive method for monitoring genetic damage in human populations.
To our knowledge this is the first report where both enhancer and active have been monitored in buccal permeation studies.
Studies making small measurements, such as changes in buccal bone thickness, are especially susceptible to these factors.
The use of mucoadhesive polymers in buccal drug delivery shows assessing buccal drug permeation and absorption, however some studies bring an in vivo performance.
Since a major limitation in buccal drug delivery could be the low permeability of the epithelium, the aptitude of NLX to penetrate the mucosal barrier was assessed.
A two factor three level factorial design was used to investigate the effects of carbopol and cationic hydrophilic polymers which have a common use in buccal drug formulations.
Levels of anti-V3 Abs in buccal secretions were significantly higher in sequential samples derived from C4-447- C4-447-om C4-VH5-51-immunized animals.
