PURPOSE: To evaluate social adjustment and related factors among Chinese children with Down syndrome (DS). PATIENTS AND METHODS: A structured interview and Peabody Picture Vocabulary Test (PPVT) were conducted with a group of 36 DS children with a mean age of 106.28 months, a group of 30 normally-developing children matched for mental age (MA) and a group of 40 normally-developing children matched for chronological age (CA). Mean scores of social adjustment were compared between the three groups, and partial correlations and stepwise multiple regression models were used to further explore related factors. RESULTS: There was no difference between the DS group and the MA group in terms of communication skills. However, the DS group scored much better than the MA group in self-dependence, locomotion, work skills, socialization and self-management. Children in the CA group achieved significantly higher scores in all aspects of social adjustment than the DS children. Partial correlations indicate a relationship between social adjustment and the PPVT raw score and also between social adjustment and age (significant r ranging between 0.24 and 0.92). A stepwise linear regression analysis showed that family structure was the main predictor of social adjustment. Newborn history was also a predictor of work skills, communication, socialization and self-management. Parental education was found to account for 8% of self-dependence. Maternal education explained 6% of the variation in locomotion. CONCLUSION: Although limited by the small sample size, these results indicate that Chinese DS children have better social adjustment skills when compared to their mental-age-matched normally-developing peers, but that the Chinese DS children showed aspects of adaptive development that differed from Western DS children. Analyses of factors related to social adjustment suggest that effective early intervention may improve social adaptability.
Adolescent ; Asian Continental Ancestry Group/*psychology ; Child ; Child, Preschool ; China ; Communication ; Down Syndrome/ethnology/*psychology ; Female ; Humans ; Male ; *Social Adjustment ; Socioeconomic Factors

OBJECTIVES: In Fujian Province, China, gastric cancer is one of the leading causes of mortality among all malignant tumors. Nanjing county and Minqing county are located in inland Fujian and have similar general demographics. However, the adjusted mortality rate of gastric cancer in Minqing was found to be much higher than that in Nanjing. We sought to explore factors associated with this increased risk of gastric cancer between the two counties. METHODS: We recruited 231 and 224 residents from Nanjing and Minqing, respectively, and analyzed differences between their dietary habits, Helicobacter pylori infection rates, and concentrations of serum pepsinogen I, pepsinogen II, gastrin-17, and ratio of pepsinogen I:II. RESULTS: Subjects in Minqing had more first-degree relatives who had been diagnosed with upper gastrointestinal tumor, more unhealthy dietary habits, a higher Helicobacter pylori positive rate, and greater proportion of abnormal serum gastrin-17 than those in Nanjing did. CONCLUSIONS: The factors that differed between these two counties might indicate that residents in Minqing have a higher risk for developing gastric cancer than those in Nanjing do.
Adult ; Aged ; China/epidemiology ; Female ; Food Habits ; Gastrins/blood ; Helicobacter Infections/epidemiology/microbiology/pathology ; Helicobacter pylori ; Humans ; Male ; Middle Aged ; Pepsinogen A/blood ; Pepsinogen C/blood ; Risk Factors ; Stomach Neoplasms/*diagnosis

Implants have been widely used in restorative treatment for patients who have undergone head and neck cancer surgery. With the development of combination treatment of head and neck cancer, radiotherapy has been a common means of therapy. However, it could induce various changes in hard and soft tissues and reduce the success and survival rate of the implants. Some research, using either animal models or clinical studies, have shown that certain strategies could be used for improving the survival rate of implants. In this review, we discussed the changes in both hard and soft tissues, which may reduce the survival rate of the implants, and the proposed methods for improving the survival rate of patients after radiotherapy.
Bone Morphogenetic Proteins ; Dental Implants ; Head and Neck Neoplasms ; Head ; Humans ; Hyperbaric Oxygenation ; Methods ; Models, Animal ; Osteoradionecrosis ; Radiotherapy ; Survival Rate

Implants have been widely used in restorative treatment for patients who have undergone head and neck cancer surgery. With the development of combination treatment of head and neck cancer, radiotherapy has been a common means of therapy. However, it could induce various changes in hard and soft tissues and reduce the success and survival rate of the implants. Some research, using either animal models or clinical studies, have shown that certain strategies could be used for improving the survival rate of implants. In this review, we discussed the changes in both hard and soft tissues, which may reduce the survival rate of the implants, and the proposed methods for improving the survival rate of patients after radiotherapy.
Bone Morphogenetic Proteins ; Dental Implants ; Head and Neck Neoplasms ; Head ; Humans ; Hyperbaric Oxygenation ; Methods ; Models, Animal ; Osteoradionecrosis ; Radiotherapy ; Survival Rate

Implants have been widely used in restorative treatment for patients who have undergone head and neck cancer surgery. With the development of combination treatment of head and neck cancer, radiotherapy has been a common means of therapy. However, it could induce various changes in hard and soft tissues and reduce the success and survival rate of the implants. Some research, using either animal models or clinical studies, have shown that certain strategies could be used for improving the survival rate of implants. In this review, we discussed the changes in both hard and soft tissues, which may reduce the survival rate of the implants, and the proposed methods for improving the survival rate of patients after radiotherapy.
Bone Morphogenetic Proteins ; Dental Implants ; Head and Neck Neoplasms ; Head ; Humans ; Hyperbaric Oxygenation ; Methods ; Models, Animal ; Osteoradionecrosis ; Radiotherapy ; Survival Rate

Implants have been widely used in restorative treatment for patients who have undergone head and neck cancer surgery. With the development of combination treatment of head and neck cancer, radiotherapy has been a common means of therapy. However, it could induce various changes in hard and soft tissues and reduce the success and survival rate of the implants. Some research, using either animal models or clinical studies, have shown that certain strategies could be used for improving the survival rate of implants. In this review, we discussed the changes in both hard and soft tissues, which may reduce the survival rate of the implants, and the proposed methods for improving the survival rate of patients after radiotherapy.
Bone Morphogenetic Proteins ; Dental Implants ; Head and Neck Neoplasms ; Head ; Humans ; Hyperbaric Oxygenation ; Methods ; Models, Animal ; Osteoradionecrosis ; Radiotherapy ; Survival Rate

Implants have been widely used in restorative treatment for patients who have undergone head and neck cancer surgery. With the development of combination treatment of head and neck cancer, radiotherapy has been a common means of therapy. However, it could induce various changes in hard and soft tissues and reduce the success and survival rate of the implants. Some research, using either animal models or clinical studies, have shown that certain strategies could be used for improving the survival rate of implants. In this review, we discussed the changes in both hard and soft tissues, which may reduce the survival rate of the implants, and the proposed methods for improving the survival rate of patients after radiotherapy.
Bone Morphogenetic Proteins ; Dental Implants ; Head and Neck Neoplasms ; Head ; Humans ; Hyperbaric Oxygenation ; Methods ; Models, Animal ; Osteoradionecrosis ; Radiotherapy ; Survival Rate

Implants have been widely used in restorative treatment for patients who have undergone head and neck cancer surgery. With the development of combination treatment of head and neck cancer, radiotherapy has been a common means of therapy. However, it could induce various changes in hard and soft tissues and reduce the success and survival rate of the implants. Some research, using either animal models or clinical studies, have shown that certain strategies could be used for improving the survival rate of implants. In this review, we discussed the changes in both hard and soft tissues, which may reduce the survival rate of the implants, and the proposed methods for improving the survival rate of patients after radiotherapy.
Bone Morphogenetic Proteins ; Dental Implants ; Head and Neck Neoplasms ; Head ; Humans ; Hyperbaric Oxygenation ; Methods ; Models, Animal ; Osteoradionecrosis ; Radiotherapy ; Survival Rate

Implants have been widely used in restorative treatment for patients who have undergone head and neck cancer surgery. With the development of combination treatment of head and neck cancer, radiotherapy has been a common means of therapy. However, it could induce various changes in hard and soft tissues and reduce the success and survival rate of the implants. Some research, using either animal models or clinical studies, have shown that certain strategies could be used for improving the survival rate of implants. In this review, we discussed the changes in both hard and soft tissues, which may reduce the survival rate of the implants, and the proposed methods for improving the survival rate of patients after radiotherapy.
Bone Morphogenetic Proteins ; Dental Implants ; Head and Neck Neoplasms ; Head ; Humans ; Hyperbaric Oxygenation ; Methods ; Models, Animal ; Osteoradionecrosis ; Radiotherapy ; Survival Rate

Implants have been widely used in restorative treatment for patients who have undergone head and neck cancer surgery. With the development of combination treatment of head and neck cancer, radiotherapy has been a common means of therapy. However, it could induce various changes in hard and soft tissues and reduce the success and survival rate of the implants. Some research, using either animal models or clinical studies, have shown that certain strategies could be used for improving the survival rate of implants. In this review, we discussed the changes in both hard and soft tissues, which may reduce the survival rate of the implants, and the proposed methods for improving the survival rate of patients after radiotherapy.
Bone Morphogenetic Proteins ; Dental Implants ; Head and Neck Neoplasms ; Head ; Humans ; Hyperbaric Oxygenation ; Methods ; Models, Animal ; Osteoradionecrosis ; Radiotherapy ; Survival Rate