Phylogenetic analysis to document a common source of hepatitis D virus infection in a mother and her child

Yi Hsiang Huang, Jaw Ching Wu, Sheng Nan Lu, Tzen-Yuh Chiang, Full Young Chang, Shou Dong Lee

Research output: Contribution to journalArticle

3 Citations (Scopus)

Abstract

Background. Spread of hepatitis D virus (HDV) from mother to infant is rare and nucleotide evidence to document such transmission is lacking. The aim of this study was to screen the children of HDV-infected parents and compare the HDV nucleotide sequence between children and parents by phylogenetic analysis. Methods. Fifty-seven children of 28 HDV-infected parents (23 fathers and 5 mothers, including two couples) were enrolled. HDV genomes from sera of HDV-infected parents and their children were cloned and sequenced. Comparison and phylogenetic analysis of HDV genomes were based on a region from nucleotide 911 to 1260. The homology to nucleotide sequence among different genotypes was estimated by phylogenetic analysis. Results. One of the eight children whose mothers were anti-HDV positive was positive for anti-HDV. Mean heterogeneity among different HDV clones from a single subject ranged from 029% to 1.15%. HDV sequences from the mother and her child (referred from southern Taiwan) were nearly identical (99.7%), both showed 92.2-93.4% homology with other genotype II isolates from north Taiwan and 76.3-77.1% homology with genotype I isolates. Conclusions. Genotype II HDV is most prevalent in Taiwan. There are significant variations up to 8% in nucleotide sequence among different genotype II HDV clones isolated from patients in northern and southern Taiwan. Phylogenetic analysis revealed that HDV clones from the mother and her child form a monophyletic group, supporting a common source of infection. Susceptible children of HD-infected mothers should be protected by hepatitis B virus vaccination and active education.

Original languageEnglish
Pages (from-to)28-32
Number of pages5
JournalChinese Medical Journal (Taipei)
Volume62
Issue number1
Publication statusPublished - 1999 Jan 1

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Hepatitis Delta Virus
Virus Diseases
Mothers
Taiwan
Genotype
Parents
Clone Cells
Nucleotides
Genome
Hepatitis B virus
Fathers

All Science Journal Classification (ASJC) codes

  • Medicine(all)

Cite this

Huang, Yi Hsiang ; Wu, Jaw Ching ; Lu, Sheng Nan ; Chiang, Tzen-Yuh ; Chang, Full Young ; Lee, Shou Dong. / Phylogenetic analysis to document a common source of hepatitis D virus infection in a mother and her child. In: Chinese Medical Journal (Taipei). 1999 ; Vol. 62, No. 1. pp. 28-32.
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abstract = "Background. Spread of hepatitis D virus (HDV) from mother to infant is rare and nucleotide evidence to document such transmission is lacking. The aim of this study was to screen the children of HDV-infected parents and compare the HDV nucleotide sequence between children and parents by phylogenetic analysis. Methods. Fifty-seven children of 28 HDV-infected parents (23 fathers and 5 mothers, including two couples) were enrolled. HDV genomes from sera of HDV-infected parents and their children were cloned and sequenced. Comparison and phylogenetic analysis of HDV genomes were based on a region from nucleotide 911 to 1260. The homology to nucleotide sequence among different genotypes was estimated by phylogenetic analysis. Results. One of the eight children whose mothers were anti-HDV positive was positive for anti-HDV. Mean heterogeneity among different HDV clones from a single subject ranged from 029{\%} to 1.15{\%}. HDV sequences from the mother and her child (referred from southern Taiwan) were nearly identical (99.7{\%}), both showed 92.2-93.4{\%} homology with other genotype II isolates from north Taiwan and 76.3-77.1{\%} homology with genotype I isolates. Conclusions. Genotype II HDV is most prevalent in Taiwan. There are significant variations up to 8{\%} in nucleotide sequence among different genotype II HDV clones isolated from patients in northern and southern Taiwan. Phylogenetic analysis revealed that HDV clones from the mother and her child form a monophyletic group, supporting a common source of infection. Susceptible children of HD-infected mothers should be protected by hepatitis B virus vaccination and active education.",
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Phylogenetic analysis to document a common source of hepatitis D virus infection in a mother and her child. / Huang, Yi Hsiang; Wu, Jaw Ching; Lu, Sheng Nan; Chiang, Tzen-Yuh; Chang, Full Young; Lee, Shou Dong.

In: Chinese Medical Journal (Taipei), Vol. 62, No. 1, 01.01.1999, p. 28-32.

Research output: Contribution to journalArticle

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T1 - Phylogenetic analysis to document a common source of hepatitis D virus infection in a mother and her child

AU - Huang, Yi Hsiang

AU - Wu, Jaw Ching

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AU - Chang, Full Young

AU - Lee, Shou Dong

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N2 - Background. Spread of hepatitis D virus (HDV) from mother to infant is rare and nucleotide evidence to document such transmission is lacking. The aim of this study was to screen the children of HDV-infected parents and compare the HDV nucleotide sequence between children and parents by phylogenetic analysis. Methods. Fifty-seven children of 28 HDV-infected parents (23 fathers and 5 mothers, including two couples) were enrolled. HDV genomes from sera of HDV-infected parents and their children were cloned and sequenced. Comparison and phylogenetic analysis of HDV genomes were based on a region from nucleotide 911 to 1260. The homology to nucleotide sequence among different genotypes was estimated by phylogenetic analysis. Results. One of the eight children whose mothers were anti-HDV positive was positive for anti-HDV. Mean heterogeneity among different HDV clones from a single subject ranged from 029% to 1.15%. HDV sequences from the mother and her child (referred from southern Taiwan) were nearly identical (99.7%), both showed 92.2-93.4% homology with other genotype II isolates from north Taiwan and 76.3-77.1% homology with genotype I isolates. Conclusions. Genotype II HDV is most prevalent in Taiwan. There are significant variations up to 8% in nucleotide sequence among different genotype II HDV clones isolated from patients in northern and southern Taiwan. Phylogenetic analysis revealed that HDV clones from the mother and her child form a monophyletic group, supporting a common source of infection. Susceptible children of HD-infected mothers should be protected by hepatitis B virus vaccination and active education.

AB - Background. Spread of hepatitis D virus (HDV) from mother to infant is rare and nucleotide evidence to document such transmission is lacking. The aim of this study was to screen the children of HDV-infected parents and compare the HDV nucleotide sequence between children and parents by phylogenetic analysis. Methods. Fifty-seven children of 28 HDV-infected parents (23 fathers and 5 mothers, including two couples) were enrolled. HDV genomes from sera of HDV-infected parents and their children were cloned and sequenced. Comparison and phylogenetic analysis of HDV genomes were based on a region from nucleotide 911 to 1260. The homology to nucleotide sequence among different genotypes was estimated by phylogenetic analysis. Results. One of the eight children whose mothers were anti-HDV positive was positive for anti-HDV. Mean heterogeneity among different HDV clones from a single subject ranged from 029% to 1.15%. HDV sequences from the mother and her child (referred from southern Taiwan) were nearly identical (99.7%), both showed 92.2-93.4% homology with other genotype II isolates from north Taiwan and 76.3-77.1% homology with genotype I isolates. Conclusions. Genotype II HDV is most prevalent in Taiwan. There are significant variations up to 8% in nucleotide sequence among different genotype II HDV clones isolated from patients in northern and southern Taiwan. Phylogenetic analysis revealed that HDV clones from the mother and her child form a monophyletic group, supporting a common source of infection. Susceptible children of HD-infected mothers should be protected by hepatitis B virus vaccination and active education.

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