Mapping Data

Experiment

• Experiment
  CROSS
• Chromosome
  15
• Reference
  J:79964 Poirier C, et al., Hague (Hag). A new mouse hair mutation with an unstable semidominant allele. Genetics. 2002 Oct;162(2):831-40
• ID
  MGI:2429959

Genes

Gene
D15Mit42
D15Mit77
D15Mit97
D15Kus4
D15Mit173
D15Kus2
D15Kus1
Hag
D15Mit246
Krt18
Krt2
Krt8
D15Mit79
D15Mit35
D15Mit16

Notes

• Experiment
  For mapping studies intersubspecific matings between females with the homozygous Hag (curly tail) and wild type males of the CAST/Ei strain were made .The F1 Mice from these crosses had either the curly haired or wild phenotypes.However Hag homozygousmice produce another phenotype similar but not the same as curly haired. To recover all the genotypes, intercrossed F1 animals of the two kinds were constructed (i.e., wild type x wild type and curly haired x curly haired) which produced 413 F2 mice.Among these offspring, 120 exhibited a phenotype that was somewhat different then curly tail, 73 exhibited the curly haired phenotype, and 220 were wild type. The cross described her includes the 193 affected mice.F1 direction known.
  

CROSS

• Type
  Intercross
• Female Parent
  <a> <a> <a> <a> <a> <a> <a> <a> <a> <a> <a> <a> <a> <a> <a>/ <c> <c> <c> <c> <c> <c> <c> <c> <c> <c> <c> <c> <c> <c> <c>
• Strain
  (C3H/HeN-Hag/Hag x CAST/Ei)F1-Hag/+
• Male Parent
  <a> <a> <a> <a> <a> <a> <a> <a> <a> <a> <a> <a> <a> <a> <a>/ <c> <c> <c> <c> <c> <c> <c> <c> <c> <c> <c> <c> <c> <c> <c>
• Strain
  (C3H/HeN-Hag/Hag x CAST/Ei)F1-Hag/+
• Allele 1
  a from C3H/HeN-Hag
• Allele 2
  c from CAST/EiJ

CROSS Data

MC #mice	D15Mit42	D15Mit77	D15Mit97	D15Kus4	D15Mit173	D15Kus2	D15Kus1	Hag	D15Mit246	Krt18	Krt2	Krt8	D15Mit79	D15Mit35	D15Mit16
112	a/a	a/a	a/a	a/a	a/a	a/a	a/a	a/a	a/a	a/a	a/a	a/a	a/a	a/a	a/a
65	a/c	a/c	a/c	a/c	a/c	a/c	a/c	a/c	a/c	a/c	a/c	a/c	a/c	a/c	a/c
1	a/a	a/c	a/c	a/c	a/c	a/c	a/c	a/c	a/c	a/c	a/c	a/c	a/c	a/c	a/c
1	c/c	c/c	a/c	a/c	a/c	a/c	a/c	a/c	a/c	a/c	a/c	a/c	a/c	a/c	a/c
1	c/c	c/c	c/c	c/c	a/c	a/c	a/c	a/c	a/c	a/c	a/c	a/c	a/c	a/c	a/c
2	a/c	a/c	a/c	a/c	a/a	a/a	a/a	a/a	a/a	a/a	a/a	a/a	a/a	a/a	a/a
3	a/c	a/c	a/c	a/c	a/c	a/c	a/a	a/a	a/a	a/a	a/a	a/a	a/a	a/a	a/a
2	a/a	a/a	a/a	a/a	a/a	a/a	a/c	a/c	a/c	a/c	a/c	a/c	a/c	a/c	a/c
2	a/a	a/a	a/a	a/a	a/a	a/a	a/a	a/a	a/a	a/a	a/a	a/a	a/c	a/c	a/c
3	a/c	a/c	a/c	a/c	a/c	a/c	a/c	a/c	a/c	a/c	a/c	a/c	a/a	a/a	a/a
1	a/a	a/a	a/a	a/a	a/a	a/a	a/a	a/a	a/a	a/a	a/a	a/a	a/a	a/a	a/c