Markussen Antonsen (monthhelen2)

To describe and compare the oral health perceptions, behaviors, and barriers for utilization of dental care among differently abled and healthy children. Participants in this cross-sectional study were differently abled and healthy children belonging to the age group of 7-15 years. A questionnaire for measuring the children's perceptions, behaviors, and barriers was developed, validated, and applied to this study. Cronbach's α was calculated to test reliability, and test-retest reliability was assessed by Pearson's correlation test. Chi-square/Fisher exact test, Mann-Whitney U test, and factor analysis were also applied. find more Statistical significant differences were defined as P<0.05, two-tailed. A total number of 300 children in each group participated in the study. The correlations of test and retest for the questionnaire ranged from 0.69 to 0.86 (P<0.05) with Cronbach's α score of 0.862. More than half in both the groups were aware of the presence of fluoride in their toothpaste, and parents agreed 3% and 61.7%) were lacking. Knowledge and attitude scores were adequate but there was a discrepancy present concerning oral health practices. Dental health was not viewed as a threat, and therefore, not many visited the dentist. Priority care and communication problems were the central issues among differently abled children, while among healthy children, the main factor was cost and fear. Knowledge and attitude scores were adequate but there was a discrepancy present concerning oral health practices. Dental health was not viewed as a threat, and therefore, not many visited the dentist. Priority care and communication problems were the central issues among differently abled children, while among healthy children, the main factor was cost and fear.The mechanism that coordinates cell growth and cell cycle progression remains poorly understood; in particular, whether the cell cycle and cell wall biosynthesis are coordinated remains unclear. Recently, cell wall biosynthesis and cell cycle progression were reported to respond to wounding. Nonetheless, no genes are reported to synchronize the biosynthesis of the cell wall and the cell cycle. Here, we report that wounding induces the expression of genes associated with cell wall biosynthesis and the cell cycle, and that two genes, AtMYB46 in Arabidopsis thaliana and RrMYB18 in Rosa rugosa, are induced by wounding. We found that AtMYB46 and RrMYB18 promote the biosynthesis of the cell wall by upregulating the expression of cell wall-associated genes, and that both of them also upregulate the expression of a battery of genes associated with cell cycle progression. Ultimately, this response leads to the development of curled leaves of reduced size. We also found that the coordination of cell wall biosynthesis and cell cycle progression by AtMYB46 and RrMYB18 is evolutionarily conservative in multiple species. In accordance with wounding promoting cell regeneration by regulating the cell cycle, these findings also provide novel insight into the coordination between cell growth and cell cycle progression and a method for producing miniature plants.Insurance fraud occurs when policyholders file claims that are exaggerated or based on intentional damages. This contribution develops a fraud detection strategy by extracting insightful information from the social network of a claim. First, we construct a network by linking claims with all their involved parties, including the policyholders, brokers, experts, and garages. Next, we establish fraud as a social phenomenon in the network and use the BiRank algorithm with a fraud-specific query vector to compute a fraud score for each claim. From the network, we extract features related to the fraud scores as well as the claims' neighborhood structure. Finally, we combine these network features with the claim-specific features and build a supervised model with fraud in motor insurance as the targe