Showing results 6 to 16 of 16
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Title | Author(s) | Issue Date | |
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2020 | |||
Detecting expansion of short tandem repeat in whole exome sequencing data of movement disorder cohort with bioinformatics tool expansion hunter Proceeding/Conference:Joint Annual Scientific Meeting 2020 of The Hong Kong Paediatric Society (HKPS), Hong Kong College of Paediatricians (HKCPaed), Hong Kong Paediatric Nurses Association (HKPNA) and Hong Kong College of Paediatric Nursing (HKCPN) | 2020 | ||
Exome sequencing in paediatric patients with movement disorders [accepted - OJRD-D-20-00713R2] Journal:Orphanet Journal of Rare Diseases | 2021 | ||
High diagnostic yield by whole exome sequencing in a cohort of patients with movement disorders and/or progressive spasticity – possible targeted treatment implications and a way to precison medicine Proceeding/Conference:Joint Annual Scientific Meeting 2019 of The Hong Kong Paediatric Society, Hong Kong College of Paediatricians, Hong Kong Paediatric Nurses Association, &
Hong Kong College of Paediatric Nursing | 2019 | ||
How common is mosaicism? The 9 years-experience in a university affiliated genetic clinic in Hong Kong Proceeding/Conference:Joint Annual Scientific Meeting 2019 of The Hong Kong Paediatric Society, Hong Kong College of Paediatricians, Hong Kong Paediatric Nurses Association, &
Hong Kong College of Paediatric Nursing | 2019 | ||
Megaconial Congenital Muscular Dystrophy: Same Novel Homozygous Mutation In Chkb Gene In Two Unrelated Chinese Patients Journal:Neuromuscular Disorders | 2020 | ||
Muddling Through Muscle Genes – The Quest For Diagnosis In 50 Patients With Neuromuscular Disorders Using Whole Exome Sequencing. Proceeding/Conference:Asian Oceanian Congress of Child Neurology | 2019 | ||
Next generation sequencing in prenatal diagnosis Proceeding/Conference:American Society of Human Genetics Annual Meeting, ASHG2017 | 2017 | ||
Primary coenzyme Q10 deficiency-7: expanded phenotypic spectrum and a founder mutation in southern Chinese Journal:npj Genomic Medicine | 2019 | ||
The KLHL40 c.1516A>C is a Chinese‐specific founder mutation causing nemaline myopathy 8: Report of six patients with pre‐ and postnatal phenotypes Journal:Molecular Genetics & Genomic Medicine | 2020 | ||
The KLHL40C.1516A>C is a Chinese-specific founder mutation in causing nemaline myopathy 8 Proceeding/Conference:Joint Annual Scientific Meeting 2019 of The Hong Kong Paediatric Society, Hong Kong College of Paediatricians, Hong Kong Paediatric Nurses Association, &
Hong Kong College of Paediatric Nursing | 2019 |