Overall performance

}

Date	Paper - SVM Positive	Confidence Score	True Positive (strict)	True Positive (more lenient)	Comment
103009	WBPaper00035315	high	Yes	Yes	tir-1 mutations
103009	WBPaper00035317	medium	No	Sort of	Review, but discusses extent of deletion mutations
103009	WBPaper00035320	high	Yes	Yes	briggsae SHE-1 alleles
103009	WBPaper00035320.sup.1	high	No	Sort of	This is supplemental methods that describe how they identified lesions and contained a Table about temperature-sensitive phenotypes..
103009	WBPaper00035324.sup.1	low	No	Sort of	Fig. S7 shows molecular nature of deps-1 alleles, but not sequenced in this paper.
103009	WBPaper00035327	medium	No	No	Paper discussed daf-2 alleles, but did not sequence them
103009	WBPaper00035328	high	No	No	Paper discussed htz-1 allele, but did not sequence it.
103009	WBPaper00035405	high	Yes	Yes	cwn-2 mutations
103009	WBPaper00035405.sup.6	low	No	Not really	Supplemental Table lists alleles, genotyping primers, and type of polymorphism.
103009	WBPaper00035406	high	No	No	Paper discusses molecular nature of alleles, but did not sequence them.
103009	WBPaper00035406.sup.1	low	No	No	Discussed a number of deletion constructs.
103009	WBPaper00035407	high	No	No	Paper discusses genetic nature of alleles.
111309	WBPaper00035423	high	Yes	Yes	unc-82 mutations
111309	WBPaper00035427	high	No	No	Lots of site-directed mutagenesis, discussion of mutations.
111309	WBPaper00035430	high	No	No	Paper discusses molecular nature of alleles used, but not original cloning/sequencing paper.
111309	WBPaper00035439	high	Yes	Yes	uaf-1 mutations
112009	WBPaper00035459	high	No	No	Discussed binding sites.
112009	WBPaper00035466	high	No	Sort of	Discussed nature of deletion allele, but did not sequence; some site-directed mutagenesis.
112009	WBPaper00035468	high	Yes	Yes	seqchange in Experimental Procedures
112009	WBPaper00035477	high	Yes	Yes	pst-1/let-462 mutations
112909	WBPaper00035479	high	No	No	Discusses nature of alleles, but no sequencing.
			Precision (all confidence): 30%	Precision (all confidence): 52%
			Precision (high confidence): 44%	Precision (high confidence): 69%

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