1.Diagnosis and treatment of the importance of chronic obstructive pul-monary disease patients with osteoporosis
Shiling DING ; Zunjing ZHANG ; Zhongda LIU ; Jianye WU
China Modern Doctor 2015;(2):152-154
Objective To improve chronic obstructive pulmonary disease (COPD﹚ related to the early diagnosis and prevention of osteoporosis. Methods Report 2 cases of COPD related to osteoporosis. Results Two cases of COPD pa-tients have significant osteoporosis, but repeatedly due to lack of consciousness of medical personnel related to the misdiagnosis. Conclusion Early diagnosis and intervention on COPD combined osteoporosis, for its ability to maintain and improve the quality of our life, and even delay the death is of great significance.
2.Genetic and prenatal diagnosis for a haemophilia A family with two novel mutations of F8 gene.
Tao LI ; Qiaofang HOU ; Hongyan LIU ; Hai XIAO ; Bo ZHANG ; Shiling LIU ; Yanli YANG ; Chaoyang ZHANG ; Xuebing DING ; Shixiu LIAO
Chinese Journal of Medical Genetics 2017;34(4):486-489
OBJECTIVETo conduct genetic diagnosis for a family affected with hamophilia A.
METHODSPotential mutations of the F8 gene were analyzed with PCR and Sanger sequencing. Carriers of the mutation were identified through linkage analysis using short tandem repeat (STR) markers. Suspected mutations were verified among 100 healthy controls to rule out genetic polymorphism. Prenatal diagnosis was provided based on the above results.
RESULTSSequencing analysis has identified two mutations, c.1 A>T and c.4 C>T, which have replaced the start codon (ATG) with leucine (TTG) and glutamine (GAA) with the stop codon (TAA), respectively. The same mutations were not found among the 100 healthy controls. The patient's mother and sister were heterozygous for the same mutations. Upon prenatal diagnosis, the fetus was determined as a male and did not harbor the above mutations. Linkage analysis also confirmed that the fetus has inherited the non-risk X chromosome from his maternal grandfather.
CONCLUSIONDetection of pathogenic mutations can enable prenatal diagnosis for the disease.
Adult ; Factor VIII ; genetics ; Female ; Genetic Linkage ; genetics ; Hemophilia A ; genetics ; Humans ; Male ; Mutation ; genetics ; Prenatal Diagnosis ; methods ; Young Adult