YOSHIMARO TANAKA 
l 43 
A 47;' 1 5 
'95 
67 
55 
22 * 
339 
A 480-1 '15 
208 
75 
65 
32 * 
380 
A 480-2'! 5 
191 
76 
82 
3i 
380 
Totals 
890 
286 
j J 
106 
1537 
Expect. 
865 
288 
288 
96 
1537 
Ratio 
9 
: 1 
ri heterozygous moricaud (MtnPpQ,q) 
x pale- 
-quail (mmppqq) J J . 
Moricaud 
Moricaud-quail 
Plain 
Pale-quail 
Totals 
A 472-i / i5 
89 
66 
81 
78* 
314 
A 47 2 ~ 2 ' l S 
73 
8i 
72 
66 
292 
A 475'' 5 
76 
66 
67 
63 
272 
A 479' J 5 
115 
116 
IOI 
109 * 
441 
Totals 
5 r* "J 
35 j 
329 
321 
316 
1319 
Expect. 
329-75 
329-75 
329-7 
5 32975 
1319.00 
'ale-quail (mmppqq)?? 
x triheterozygous mor 
icaud (MmPpaq)SS . 
Moricaud 
Moricaud-quail 
Plain 
Pale-quail 
Totals 
A 47 |/ '5 
SO 
56 
59 
68 
233 
A 473' '5 
56 
7i 
67 
63 
257 
A 474' 15 
60 
48 
67 
61 * 
236 
A 478' 1 5 
86 
78 
64 
84* 
312 
Totals 
252 
253 
257 
276 
1038 
Expect. 
259-5 
259-5 
259-5 
259-5 
1038.0 
The above results show beyond doubt that M is completely coupled with Q, in 
both sexes. 
3) Zebra and Multilunar ; on the Physiological Functions 
of Factors P and Q. 
Zebra and multilunar are peculiar patterns, never standing in epi— or 
hypostatic relation to any other marking, that is, Z and L characters develop 
in combination with any marking with which they may be brought together, 
