SummaryStarting with a test statistic for linkage analysis based on allele sharing, we propose an associated one-parameter model. Under general missing-data patterns, this model allows exact calculation of likelihood ratios and LOD scores and has been implemented by a simple modification of existing software. Most important, accurate linkage tests can be performed. Using an example, we show that some previously suggested approaches to handling less than perfectly informative data can be unacceptably conservative. Situations in which this model may not perform well are discussed, and an alternative model that requires additional computations is suggested
Mapping genes for complex human traits is facilitated by two commonly used analytical methods: linka...
Several applications necessitate an unbiased determination of relatedness, be it in linkage or assoc...
When the mode of inheritance of a disease is unknown, the LOD-score method of linkage analysis must ...
SummaryStarting with a test statistic for linkage analysis based on allele sharing, we propose an as...
The TDT provides a hypothesis test for the presence of linkage or association (linkage disequilibriu...
Misspecification of transmission model parameters can produce artifactually negative lod scores at s...
Three lod score statistics are often used for genome wide linkage analysis: the Maximum Lod Score, t...
International audienceABSTRACT : Three LOD score statistics are often used for genome-wide linkage a...
International audienceABSTRACT : Three LOD score statistics are often used for genome-wide linkage a...
International audienceABSTRACT : Three LOD score statistics are often used for genome-wide linkage a...
International audienceABSTRACT : Three LOD score statistics are often used for genome-wide linkage a...
International audienceABSTRACT : Three LOD score statistics are often used for genome-wide linkage a...
International audienceABSTRACT : Three LOD score statistics are often used for genome-wide linkage a...
Many genetic traits have complex modes of inheritance; they may exhibit incomplete or age-dependent ...
Mapping genes for complex human traits is facilitated by two commonly used analytical methods: linka...
Mapping genes for complex human traits is facilitated by two commonly used analytical methods: linka...
Several applications necessitate an unbiased determination of relatedness, be it in linkage or assoc...
When the mode of inheritance of a disease is unknown, the LOD-score method of linkage analysis must ...
SummaryStarting with a test statistic for linkage analysis based on allele sharing, we propose an as...
The TDT provides a hypothesis test for the presence of linkage or association (linkage disequilibriu...
Misspecification of transmission model parameters can produce artifactually negative lod scores at s...
Three lod score statistics are often used for genome wide linkage analysis: the Maximum Lod Score, t...
International audienceABSTRACT : Three LOD score statistics are often used for genome-wide linkage a...
International audienceABSTRACT : Three LOD score statistics are often used for genome-wide linkage a...
International audienceABSTRACT : Three LOD score statistics are often used for genome-wide linkage a...
International audienceABSTRACT : Three LOD score statistics are often used for genome-wide linkage a...
International audienceABSTRACT : Three LOD score statistics are often used for genome-wide linkage a...
International audienceABSTRACT : Three LOD score statistics are often used for genome-wide linkage a...
Many genetic traits have complex modes of inheritance; they may exhibit incomplete or age-dependent ...
Mapping genes for complex human traits is facilitated by two commonly used analytical methods: linka...
Mapping genes for complex human traits is facilitated by two commonly used analytical methods: linka...
Several applications necessitate an unbiased determination of relatedness, be it in linkage or assoc...
When the mode of inheritance of a disease is unknown, the LOD-score method of linkage analysis must ...