Abstract
We compared the coreceptor tropism-predicting performance of a specific genotypic algorithm for HIV-1 subtype D and that of the geno2pheno algorithm with different cutoffs. The D-specific algorithm and geno2pheno with a false-positivity rate cutoff of 2.5% had the same concordance with the phenotypic determination. The geno2pheno algorithm with a false-positivity rate cutoff of 2.5%, more sensitive but slightly less specific, seems to be an appropriate alternative.
Publication types
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Comparative Study
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Evaluation Study
MeSH terms
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Algorithms*
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Computational Biology / methods*
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Genotype
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HIV-1 / genetics*
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HIV-1 / physiology*
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Humans
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Molecular Sequence Data
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RNA, Viral / genetics
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Receptors, HIV / metabolism*
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Sensitivity and Specificity
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Sequence Analysis, DNA
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Viral Tropism*
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Virus Attachment*
Substances
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RNA, Viral
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Receptors, HIV
Associated data
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GENBANK/HF678992
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GENBANK/HF678993
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GENBANK/HF678994
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GENBANK/HF678995
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GENBANK/HF678996
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GENBANK/HF678997
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GENBANK/HF678998
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GENBANK/HF678999
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GENBANK/HF679000
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GENBANK/HF679001
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GENBANK/HF679004
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GENBANK/HF679005
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GENBANK/HF679006
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GENBANK/HF679007
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GENBANK/HF679009
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GENBANK/HF679013
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GENBANK/HF679014
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GENBANK/HF679015
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GENBANK/HF679016
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GENBANK/HF679017
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GENBANK/HF679018
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GENBANK/HF679019
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GENBANK/HF679020
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GENBANK/HF679021
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GENBANK/HF679022