Background: Numerous studied suggest that better continuity of care could result in better health outcomes. However, few studies have examined the relationship between continuity of care and avoidable hospitalizations.Methods: A retrospective cohort study design was adopted. We used secondary data analysis based on claim data regarding health care utilization under a universal coverage health insurance scheme in Tai

Bullying is a significant public health and social problem in the United States. As a fast-growing immigrant population, Asian-American youth are being bullied at school, yet little is known about their experience in bullying victimization. Thus, the purpose of this article is to review current findings regarding bullying victimization among Asian-American youth. A review of the literature was conducted. Twenty-three articles that met the inclusion criteria were included in the present review. The research team identified six themes including the prevalence of bullying victimization; impacts of bullying victimization; risk factors of being bullied; reporting on bullying incidents; coping strategies of parents, teachers, and schools; and current efforts to address bullying victimization. Studies indicate that 5-50% of Asian-American youth are bullied, which tends to be lower than the rates in white students, African-American students, and Hispanic students. However, bullying victimization is associated with adverse mental health and academic performance in Asian-American youth. The included studies examine individual, family, peer, school, and community factors that are related to being bullied in this population. Research also shows that only about 33% of Asian-American youth victims notify an adult after the bullying incidents. Recommendations for bullying prevention among this population are discussed.

Rice bacterial leaf blight, caused by Xanthomonas oryzae pv. oryzae [(Ishiyama) Swings et al. 1990] (Xoo), is a major rice disease of the second crop season in Taiwan. A total of 88 Xoo strains collected from 10 major rice cultivating areas in Taiwan from 1986, 1997, 2000, 2004, and 2011 were characterized by repetitive‐element PCR (REP‐PCR) fingerprinting and virulence analyses. Among the five genetic clusters identified by the pJEL1/pJEL2 (IS1112‐based) and REP1R‐Dt/REP2‐D [repetitive extragenic palindromic (REP)‐based] primer sets, clusters A, C and D contained Xoo strains from geographically distant regions, which suggests a high frequency of Xoo dispersal in Taiwan. The 88 Xoo strains were evaluated by inoculations on IRBB near‐isogenic lines and five Taiwan rice cultivars. A subset of 45 moderately or highly virulent strains were classified into 15 pathotypes by their compatible or incompatible reactions on IR24 and 12 IRBB near‐isogenic lines, each containing a single resistance gene. Analysis of molecular haplotypes and pathotypes revealed a partial relationship. IRBB5, IRBB21 and IRBB4 were incompatible with 96%, 96% and 73% of the strains, so xa5, Xa21 and Xa4 can recognize most of the Xoo strains in Taiwan and elicit resistance. In contrast, IRBB3 (Xa3), IRBB8 (xa8), IRBB10 (Xa10), IRBB11 (Xa11), IRBB13 (xa13) and IRBB14 (Xa14) were susceptible to almost all of the 45 Xoo strains. Inoculation trials revealed significant differences in the susceptibility of five Taiwan cultivars to Xoo (from high to low susceptibility: Taichung Sen 10 >  IR24, Taichung Native 1 >  Taichung 192, Taikeng 9, Tainan 11). This study provides useful information for resistance breeding and the development of disease management strategies against bacterial blight disease of rice.

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