Mapping Details

GENETIC MAPPING PANELS

Chr	Location	Mapped As	Panel	Mapped By	Scoring
3	58.8 cM	z25578	Boston MGH Cross (MGH)	Fishman, Mark C.	Data
3	61.9 cM	z25578	Heat Shock (HS)	Woods, Ian G.	Data
Note: Physical map location as displayed in the genome browsers is more precise than linkage map location. Note: Physical map location should be used whenever possible.

MAPPING FROM PUBLICATIONS

Marker	Type	Chr	Distance	Publication / Person	Comments
z8680	SSLP	3		Woods et al., 2006	Using a positional cloning approach, Woods et al, 2006, identified nsf as the  ... Using a positional cloning approach, Woods et al, 2006, identified nsf as the gene disrupted in the st25 and st53 mutants.
z8680	SSLP	3		Woods et al., 2006	Using a positional cloning approach, Woods et al. identified nsf as the gene  ... Using a positional cloning approach, Woods et al. identified nsf as the gene disrupted in the mutants st25 and st53.
dlx4a	GENE	3		Woods et al., 2006	Using a positional cloning approach, Woods et al, 2006, identified nsf as the  ... Using a positional cloning approach, Woods et al, 2006, identified nsf as the gene disrupted in the st25 and st53 mutants.
nsfa	GENE	3		Woods et al., 2006	Using a positional cloning approach, Woods et al, 2006, identified nsf as the  ... Using a positional cloning approach, Woods et al, 2006, identified nsf as the gene disrupted in the st25 and st53 mutants.
dlx4a	GENE	3		Woods et al., 2006	Using a positional cloning approach, Woods et al. identified nsf as the gene  ... Using a positional cloning approach, Woods et al. identified nsf as the gene disrupted in the mutants st25 and st53.

OTHER MAPPING INFORMATION

Chr 3 Woods et al., 2006 Using a positional cloning approach, Woods et al. identified nsf as the gene disrupted in the  ... Using a positional cloning approach, Woods et al. identified nsf as the gene disrupted in the mutants st25 and st53.   Chr 3 Woods et al., 2006 Using a positional cloning approach, Woods et al, 2006, identified nsf as the gene disrupted in the  ... Using a positional cloning approach, Woods et al, 2006, identified nsf as the gene disrupted in the st25 and st53 mutants.