All available strains

All our strains are derivative of IFO1609 which is the Sz. japonicus 'type' strain. IFO1609 is an original strain from Yukawa and Maki (1931), and single colony isolate of IFO1609 is available as NIG2021 from our web site. The same strain as IFO1609 is also available from other organizations; ATCC10660 (ATCC), FY16936 (NBRP, Japan), NBRC1609 (NITE).

	Strain name	Mating-type	Genotype	Description	Reference	Distribution status	Administration No.
1	NIG2008	homothallic		ATCC10660; IFO1609* from IFO	(1) Furuya and Niki 2009	Not Available	1
2	NIG2017	h⁺	matsj-2017	A heterothallic isolate from NIG2021 (standard h⁺)	(1) Furuya and Niki 2009	Available	2
3	NIG2021	homothallic		A single colony isolate from NIG2008	(1) Furuya and Niki 2009	Available	3
4	NIG2025	h⁺	matsj-2025	A heterothallic isolate from NIG2021	(1) Furuya and Niki 2009	Available	4
5	NIG2028	h^-	matsj-P2028	A heterothallic isolate from NIG2021 (standard h^-)	(1) Furuya and Niki 2009	Available	5
6	NIG5091	h^-	matsj-P2028 ura4sj-D3	pKF15 tranformant. NIG2028 derivative.	(1) Furuya and Niki 2009	Available	6
7	NIG5255	h^-	matsj-P2028 ura4sj-D3 ade6sj::ura4sp	pKF39 tranformant. NIG5091 derivative.	(1) Furuya and Niki 2009	Available	7
8	NIG5384	h^-	matsj-P2028 ura4sj-D3 ade6-domE	pKF40 tranformant. NIG5255 derivative.	(1) Furuya and Niki 2009	Available	8
9	NIG5390	h⁺	matsj-2017 ade6sj-domE	NIG5384 x NIG2017 derivative	(1) Furuya and Niki 2009	Available	9
10	NIG5872	h^-	matsj-5872 ade6sj -domE	NIG5384 x NIG2017 derivative	(1) Furuya and Niki 2009	Available	10
11	NIG5873	h^-	matsj-5873 ade6sj -domE	NIG5384 x NIG2017 derivative	(1)Furuya and Niki 2009	Available	11
12	NIG2077	h⁺	matsj-2017 hht3-GFP:kan		(2)Furuya and Niki 2010	Available	12
13	NIG2117	h^-	matsj-P2028 chk1-hyp hht3-GFP:kan		(2)Furuya and Niki 2010	Available	13
14	NIG2119	h^-	matsj-P5872 hht3-mcherry:kan		(2)Furuya and Niki 2010	Available	14
15	NIG5097	h^-	matsj-P2028 hht3-GFP:kan		(2)Furuya and Niki 2010	Available	15
16	NIG5342	h^-	matsj-P2028 rad51::nat		(2)Furuya and Niki 2010	Available	16
17	NIG5439	h^-	matsj-P2028 rad9::kan		(2)Furuya and Niki 2010	Available	17
18	NIG5452	h^-	matsj-P2028 chk1::kan		(2)Furuya and Niki 2010	Available	18
19	NIG6106	h^-	matsj-P2028 chk1-hyp		(2)Furuya and Niki 2010	Available	19
20	NIG6262		chk1::kan hht3-GFP:nat		(2)Furuya and Niki 2010	Available	20
21	NIG6374	h⁺	matsj-2017 chk1::kan		(2)Furuya and Niki 2010	Available	21
22	NIG8181	h⁺	matsj-2017 cut11-GFP:nat		(3)Aoki et al. 2011	Available	186
23	NIG5572	h^-	mat-P2028 ura4-D3 ade6-domK	Diploid zygote construction	(4)Furuya and Niki 2011	Available	107
24	NIG5386	h⁺	mat-2017 ura4-D3 ade6-domE	Diploid zygote construction	(4)Furuya and Niki 2011	Available	104
25	NIG5664	h^-/h⁺	mat-P2028/2017 ura4-D3/ura4-D3 ade6-domK/ade6-domE	Diploid zygote construction	(4)Furuya and Niki 2011	Available	117
26	NIG5614	h⁺	mat-P2017 hht1 GFP:kan ade6-domK	Diploid zygote construction	(4)Furuya and Niki 2011	Available	111
27	NIG5619	h^-	mat-P2028 hht3-mcherry:nat ade6-domE	Diploid zygote construction	(4)Furuya and Niki 2011	Available	112
28	NIG5625	h^-/h⁺	mat-P2028/2017 ade6-domE/ade6-domK hht1 -GFP:Kan/hht1⁺ hht3⁺/hht3-mcherry:nat	Diploid zygote construction	(4)Furuya and Niki 2011	Available	113
29	NIG5282	h⁺	mat-2017 ura4-D3		(5)Furuya et al.2012	Available	187
30	NIG7086	h^-	mat-P2028 ura4-D3 3A:kanMX6:spura4⁺	Chr. 1 of 52410	(5)Furuya et al.2012	Available	22
31	NIG7110	h⁺	mat-2017 ura4-D3 3A:kanMX6:spura4⁺	Chr. 1 of 52410	(5)Furuya et al.2012	Available	23
32	NIG6459	h^-	mat-P2028 ura4-D3 3B:kanMX6:spura4⁺	Chr. 1 of 439394	(5)Furuya et al.2012	Available	24
33	NIG6461	h⁺	mat-2017 ura4-D3 3B:kanMX6:spura4⁺	Chr. 1 of 439394	(5)Furuya et al.2012	Available	25
34	NIG6612	h^-	mat-5872 ura4-D3 3C:kanMX6:spura4⁺	Chr. 1 of 896874	(5)Furuya et al.2012	Available	26
35	NIG6571	h⁺	mat-2017 ura4-D3 3C:kanMX6:spura4⁺	Chr. 1 of 52410	(5)Furuya et al.2012	Available	27
36	NIG6530	h^-	mat-5872 ura4-D3 3D:kanMX6:spura4⁺	Chr. 1 of 1344428	(5)Furuya et al.2012	Available	28
37	NIG6563	h⁺	mat-2017 ura4-D3 3D:kanMX6:spura4⁺	Chr. 1 of 1344428	(5)Furuya et al.2012	Available	29
38	NIG6775	h^-	mat-P2028 ura4-D3 3E:kanMX6:spura4⁺	Chr. 1 of 1752287	(5)Furuya et al.2012	Available	30
39	NIG6777	h⁺	mat-2017 ura4-D3 3E:kanMX6:spura4⁺	Chr. 1 of 1752287	(5)Furuya et al.2012	Available	31
40	NIG6779	h^-	mat-P2028 ura4-D3 1F:kanMX6:spura4⁺	Chr. 1 of 2019541	(5)Furuya et al.2012	Available	32
41	NIG6781	h⁺	mat-2017 ura4-D3 1F:kanMX6:spura4⁺	Chr. 1 of 2019541	(5)Furuya et al.2012	Available	33
42	NIG6569	h^-	mat-5872 ura4-D3 1E:kanMX6:spura4⁺	Chr. 1 of 2452525	(5)Furuya et al.2012	Available	34
43	NIG6570	h⁺	mat-2017 ura4-D3 1E:kanMX6:spura4⁺	Chr. 1 of 2452525	(5)Furuya et al.2012	Available	35
44	NIG6598	h^-	mat-5872 ura4-D3 1D:kanMX6:spura4⁺	Chr. 1 of 2907254	(5)Furuya et al.2012	Available	36
45	NIG6600	h⁺	mat-2017 ura4-D3 1D:kanMX6:spura4⁺	Chr. 1 of 2907254	(5)Furuya et al.2012	Available	37
46	NIG6605	h^-	mat-5872 ura4-D3 1C:kanMX6:spura4⁺	Chr. 1 of 3362430	(5)Furuya et al.2012	Available	38
47	NIG6607	h⁺	mat-2017 ura4-D3 1C:kanMX6:spura4⁺	Chr. 1 of 3362430	(5)Furuya et al.2012	Available	39
48	NIG6602	h^-	mat-5872 ura4-D3 1B:kanMX6:spura4⁺	Chr. 1 of 3805116	(5)Furuya et al.2012	Available	40
49	NIG7108	h⁺	mat-2017 ura4-D3 1B:kanMX6:spura4⁺	Chr. 1 of 3805116	(5)Furuya et al.2012	Available	41
50	NIG6467	h^-	mat-P2028 ura4-D3 1A:kanMX6:spura4⁺	Chr. 1 of 4243397	(5)Furuya et al.2012	Available	42
51	NIG6469	h⁺	mat-2017 ura4-D3 1A:kanMX6:spura4⁺	Chr. 1 of 4243397	(5)Furuya et al.2012	Available	43
52	NIG6526	h^-	mat-5872 ura4-D3 4A:kanMX6:spura4⁺	Chr. 2 of 144688	(5)Furuya et al.2012	Available	44
53	NIG6527	h⁺	mat-2017 ura4-D3 4A:kanMX6:spura4⁺	Chr. 2 of 144688	(5)Furuya et al.2012	Available	45
54	NIG7115	h^-	mat-P2028 ura4-D3 4B:kanMX6:spura4⁺	Chr. 2 of 507277	(5)Furuya et al.2012	Available	46
55	NIG7113	h⁺	mat-2017 ura4-D3 4B:kanMX6:spura4⁺	Chr. 2 of 507277	(5)Furuya et al.2012	Available	47
56	NIG6618	h^-	mat-5872 ura4-D3 4C:kanMX6:spura4⁺	Chr. 2 of 970894	(5)Furuya et al.2012	Available	48
57	NIG6619	h⁺	mat-2017 ura4-D3 4C:kanMX6:spura4⁺	Chr. 2 of 970894	(5)Furuya et al.2012	Available	49
58	NIG6567	h^-	mat-5872 ura4-D3 4D:kanMX6:spura4⁺	Chr. 2 of 1461562	(5)Furuya et al.2012	Available	50
59	NIG6568	h⁺	mat-2017 ura4-D3 4D:kanMX6:spura4⁺	Chr. 2 of 1461562	(5)Furuya et al.2012	Available	51
60	NIG6451	h^-	mat-P2028 ura4-D3 4E:kanMX6:spura4⁺	Chr. 2 of 1760274	(5)Furuya et al.2012	Available	52
61	NIG6453	h⁺	mat-2017 ura4-D3 4E:kanMX6:spura4⁺	Chr. 2 of 1760274	(5)Furuya et al.2012	Available	53
62	NIG6514	h^-	mat-5872 ura4-D3 7B:kanMX6:spura4⁺	Chr. 2 of 1995428	(5)Furuya et al.2012	Available	54
63	NIG6500	h⁺	mat-2017 ura4-D3 7B:kanMX6:spura4⁺	Chr. 2 of 1995428	(5)Furuya et al.2012	Available	55
64	NIG7114	h^-	mat-P2028 ura4-D3 7A:kanMX6:spura4⁺	Chr. 2 of 2252903	(5)Furuya et al.2012	Available	56
65	NIG6583	h⁺	mat-2017 ura4-D3 7A:kanMX6:spura4⁺	Chr. 2 of 2252903	(5)Furuya et al.2012	Available	57
66	NIG6512	h^-	mat-5872 ura4-D3 5D:kanMX6:spura4⁺	Chr. 2 of 2425369	(5)Furuya et al.2012	Available	58
67	NIG6498	h⁺	mat-2017 ura4-D3 5D:kanMX6:spura4⁺	Chr. 2 of 2425369	(5)Furuya et al.2012	Available	59
68	NIG6754	h^-	mat-P2028 ura4-D3 5C:kanMX6:spura4⁺	Chr. 2 of 2839578	(5)Furuya et al.2012	Available	60
69	NIG6756	h⁺	mat-2017 ura4-D3 5C:kanMX6:spura4⁺	Chr. 2 of 2839578	(5)Furuya et al.2012	Available	61
70	NIG6669	h^-	mat-5872 ura4-D3 5B:kanMX6:spura4⁺	Chr. 2 of 3325659	(5)Furuya et al.2012	Available	62
71	NIG6671	h⁺	mat-2017 ura4-D3 5B:kanMX6:spura4⁺	Chr. 2 of 3325659	(5)Furuya et al.2012	Available	63
72	NIG6731	h^-	mat-P2028 ura4-D3 5A:kanMX6:spura4⁺	Chr. 2 of 3789000	(5)Furuya et al.2012	Available	64
73	NIG6733	h⁺	mat-2017 ura4-D3 5A:kanMX6:spura4⁺	Chr. 2 of 3789000	(5)Furuya et al.2012	Available	65
74	NIG6673	h^-	mat-5872 ura4-D3 6C:kanMX6:spura4⁺	Chr. 3 of 62417	(5)Furuya et al.2012	Available	66
75	NIG6676	h⁺	mat-2017 ura4-D3 6C:kanMX6:spura4⁺	Chr. 3 of 62417	(5)Furuya et al.2012	Available	67
76	NIG6594	h^-	mat-5872 ura4-D3 6B:kanMX6:spura4⁺	Chr. 3 of 360000	(5)Furuya et al.2012	Available	68
77	NIG6595	h⁺	mat-2017 ura4-D3 6B:kanMX6:spura4⁺	Chr. 3 of 360000	(5)Furuya et al.2012	Available	69
78	NIG6728	h^-	mat-P2028 ura4-D3 6A:kanMX6:spura4⁺	Chr. 3 of 836412	(5)Furuya et al.2012	Available	70
79	NIG6719	h⁺	mat-2017 ura4-D3 6A:kanMX6:spura4⁺	Chr. 3 of 836412	(5)Furuya et al.2012	Available	71
80	NIG6665	h^-	mat-5872 ura4-D3 2B:kanMX6:spura4⁺	Chr. 3 of 1461189	(5)Furuya et al.2012	Available	74
81	NIG6667	h⁺	mat-2017 ura4-D3 2B:kanMX6:spura4⁺	Chr. 3 of 1461189	(5)Furuya et al.2012	Available	75
82	NIG6661	h^-	mat-5872 ura4-D3 2C:kanMX6:spura4⁺	Chr. 3 of 1986253	(5)Furuya et al.2012	Available	76
83	NIG6663	h⁺	mat-2017 ura4-D3 2C:kanMX6:spura4⁺	Chr. 3 of 1986253	(5)Furuya et al.2012	Available	77
84	NIG6586	h^-	mat-5872 ura4-D3 2D:kanMX6:spura4⁺	Chr. 3 of 2521680	(5)Furuya et al.2012	Available	78
85	NIG6587	h⁺	mat-2017 ura4-D3 2D:kanMX6:spura4⁺	Chr. 3 of 2521680	(5)Furuya et al.2012	Available	79
86	NIG7103	h^-	mat-P2028 ura4-D3 2E:kanMX6:spura4⁺	Chr. 3 of 3024723	(5)Furuya et al.2012	Available	80
87	NIG7102	h⁺	mat-2017 ura4-D3 2E:kanMX6:spura4⁺	Chr. 3 of 3024723	(5)Furuya et al.2012	Available	81
88			mat1-P, mat2/3delta⁺			Available
89			mat1-M, mat2/3delta⁺			Available
90	NIG8033	h^-	mat-P2028 apc2-361⁺		(6)Aoki et al.2013	Available
91	NIG8034	h⁺	mat-2017 apc2-361⁺		(6)Aoki et al.2013	Available
92	NIG8043	h^-	mat-P2028 apc2-362⁺		(6)Aoki et al.2013	Available
93	NIG8115	h^-	mat-P2028 apc2-397⁺		(6)Aoki et al.2013	Available
94	NIG8140	h^-	mat-P2028 cut23-415⁺		(6)Aoki et al.2013	Available
95	NIG8055	h^-	mat-P2028 nuc2-1051⁺		(6)Aoki et al.2013	Available
96	NIG8197	h^-	mat-P2028 hht3-mCherry:kan cut11-GFP:nat⁺		(6)Aoki et al.2013	Available
97	NIG8604	h^-	mat-P2028 hht3-mCherry:kan cut11-GFP:nat apc2-361⁺		(6)Aoki et al.2013	Available
98	NIG8672	h^-	mat-P2028 cut11-GFP:nat cut23-415⁺		(6)Aoki et al.2013	Available
99	NIG8677	h^-	mat-P2028 cut11-GFP:nat nuc2-1051⁺		(6)Aoki et al.2013	Available
100	NIG8179	h^-	mat-P2028 cut11-GFP:nat gar2-mCherry:kan⁺		(6)Aoki et al.2013	Available
101	NIG8711	h⁺	mat-2017 cut11-GFP:nat gar2-mCherry:kan apc2-361⁺		(6)Aoki et al.2013	Available
102	NIG9285	h⁺	mat-2017 mis6-GFP:nat cut11-mCherry:nat⁺		(6)Aoki et al.2013	Available
103	NIG9281	h⁺	mat-2017 mis6-GFP:nat cut11-mCherry:nat apc2-361⁺		(6)Aoki et al.2013	Available
104	NIG8527	h⁺	mat-2017 apc2-361 R13⁺		(6)Aoki et al.2013	Available
105	NIG8528	h⁺	mat-2017 apc2-361 R20⁺		(6)Aoki et al.2013	Available
106	NIG8533	h⁺	mat-2017 apc2-361 R39⁺		(6)Aoki et al.2013	Available
107	NIG8537	h⁺	mat-2017 apc2-361 R46⁺		(6)Aoki et al.2013	Available
108	NIG8540	h⁺	mat-2017 apc2-361 oar2-51⁺		(6)Aoki et al.2013	Available
109	NIG8541	h⁺	mat-2017 apc2-361 R55⁺		(6)Aoki et al.2013	Available
110	NIG8542	h⁺	mat-2017 apc2-361 R68⁺		(6)Aoki et al.2013	Available
111	NIG8701	h^-	mat-P2028 ura4-D3 oar2-51⁺		(6)Aoki et al.2013	Available
112	NIG8618	h^-	mat-P2028 oar2-51⁺		(6)Aoki et al.2013	Available
113	NIG9113	h^-	mat-P2028 oar2::nat⁺		(6)Aoki et al.2013	Available
114	NIG9238	h^-	mat-P2028 cem1::nat⁺		(6)Aoki et al.2013	Available
115	NIG9133	h^-	mat-P2028 apc2-361 oar2::nat⁺		(6)Aoki et al.2013	Available
116	NIG9265	h^-	mat-P2028 apc2-361 cem1::nat⁺		(6)Aoki et al.2013	Available
117	NIG9116	h^-	mat-P2028 oar2-dm12:nat⁺		(6)Aoki et al.2013	Available
118	NIG9119	h^-	mat-P2028 oar2-dm1:nat⁺		(6)Aoki et al.2013	Available
119	NIG9121	h^-	mat-P2028 oar2-dm2:nat⁺		(6)Aoki et al.2013	Available
120	NIG9136	h^-	mat-P2028 apc2-361 oar2-dm12:nat⁺		(6)Aoki et al.2013	Available
121	NIG9123	h^-	mat-P2028 oar2-3Flag:nat⁺		(6)Aoki et al.2013	Available
122	NIG9208	h^-	mat-P2028 oar2-dm12-3Flag:nat⁺		(6)Aoki et al.2013	Available
123	NIG9232	h^-	mat-P2028 oar2-51-3Flag:nat⁺		(6)Aoki et al.2013	Available
124	NIG9253	h^-	mat-P2028 oar2-3Flag:nat apc2-361⁺		(6)Aoki et al.2013	Available
125	NIG9150	h⁺	mat-2017 oar2-3Flag:nat nuc2-1051⁺		(6)Aoki et al.2013	Available
126	NIG9409	h^-	mat-P2028 oar2-3Flag:nat cut23-415⁺		(6)Aoki et al.2013	Available
127	NIG9271	h⁺	mat-2017 oar2-dm12-3Flag:nat apc2-361⁺		(6)Aoki et al.2013	Available
128	NIG9277	h⁺	mat-2017 oar2-51-3Flag:nat apc2-361⁺		(6)Aoki et al.2013	Available
129	NIG8896	h^-	mat-P2028 cut11-GFP:nat hta1(SJAG_05778.4)-mCherry:kan⁺		(6)Aoki et al.2013	Available
130	NIG9067	h^-	mat-P2028 cut11-GFP:nat hta1-mCherry:kan apc2-361⁺		(6)Aoki et al.2013	Available
131	NIG9172	h⁺	mat-2017 cut11-GFP:nat hta1-mCherry:kan apc2-361 oar2::nat⁺		(6)Aoki et al.2013	Available
132	NIG9176	h⁺	mat-2017 cut11-GFP:nat hta1-mCherry:kan apc2-361 oar2-dm12:nat⁺		(6)Aoki et al.2013	Available
133	NIG9093	h⁺	mat-2017 cut11-GFP:nat hta1-mCherry:kan apc2-361 oar2-51⁺		(6)Aoki et al.2013	Available
134	NIG9226	h^-	mat-P2028 cut11-GFP:nat gar2-mCherry:kan apc2-361 oar2-51⁺		(6)Aoki et al.2013	Available
135	NIG9230	h^-	mat-P2028 cut11-GFP:nat gar2-mCherry:kan apc2-361 oar2::nat⁺		(6)Aoki et al.2013	Available
136	NIG9220	h^-	mat-P2028 cut11-GFP:nat gar2-mCherry:kan apc2-361 oar2-dm12:nat⁺		(6)Aoki et al.2013	Available
137	NIG8967	h^-	mat-P2028 ura4-D3 /pSJU11-mCherry-NLS⁺		(6)Aoki et al.2013	Available
138	NIG9009	h^-	mat-P2028 ura4-D3 nuc2-1051 /pSJU11-mCherry-NLS⁺		(6)Aoki et al.2013	Available
139	NIG8001	h^-	mat-P2028 pim1-R152C		(7)Aoki et al.2017	Available	240
140	NIG8002	h^-	mat-P2028 pim1-R152C ura4-D3		(7)Aoki et al.2017	Available	241
141	NIG8003	h^-	mat-P2028 hta1-mCherry:kan		(7)Aoki et al.2017	Available	242
142	NIG8004	h^-	mat-P2028 hta1-mCherry:kan pim1-R152C		(7)Aoki et al.2017	Available	243
143	NIG8005	h^-	mat-P2028 cut11-GFP:nat hta1-mCherry:kan pim1-R152C		(7)Aoki et al.2017	Available	244
144	NIG8006	h^-	mat-P2017 lem2-GFP:nat hta1-mCherry:kan		(7)Aoki et al.2017	Available	245
145	NIG8007	h^-	mat-P2028 lem2-GFP:nat hta1-mCherry:kan pim1-R152C		(7)Aoki et al.2017	Available	246
146	NIG8008	h^-	mat-P2028 rna1-GFP:nat hta1-mCherry:kan		(7)Aoki et al.2017	Available	247
147	NIG8009	h^-	mat-P2028 rna1-GFP:nat hta1-mCherry:kan pim1-R152C		(7)Aoki et al.2017	Available	248
148	NIG8010	h^-	mat-P2028 nup85-GFP:nat		(7)Aoki et al.2017	Available	249
149	NIG8011	h^-	mat-P2028 nup85-GFP:nat pim1-3Flag:nat		(7)Aoki et al.2017	Available	250
150	NIG8012	h^-	mat-P2028 nup85-GFP:nat pim1^R152C-3Flag:nat		(7)Aoki et al.2017	Available	251
151	NIG8013	h^-	mat-P2028 pim1-GFP:nat hta1-mCherry:kan		(7)Aoki et al.2017	Available	252
152	NIG8014	h^-	mat-P2028 pim1-GFP:nat hta1-mCherry:kan nup61::kan		(7)Aoki et al.2017	Available	253
153	NIG8015	h^-	mat-P2028 pim1^R152C-GFP:nat hta1-mCherry:kan		(7)Aoki et al.2017	Available	254
154	NIG8016	h⁺	mat-P2017 hta1-mCherry:nat cut3-GFP:kan		(7)Aoki et al.2017	Available	255
155	NIG8017	h^-	mat-P2028 pim1-GFP:nat cut14-mCherry:kan		(7)Aoki et al.2017	Available	256
156	NIG8018	h^-	mat-P2028 hht3-GFP:kan cut3-mCherry:kan		(7)Aoki et al.2017	Available	257
157	NIG8019	h⁺	mat-P2017 hht3-GFP:kan cut3-mCherry:kan nup61::kan		(7)Aoki et al.2017	Available	258
158	NIG8020	h^-	mat-P2028 hht3-GFP:kan cut3-mCherry:kan pim1-R152C		(7)Aoki et al.2017	Available	259
159	NIG8021	h⁺	mat-P2017 cut11-GFP:nat cut3-mCherry:kan		(7)Aoki et al.2017	Available	260
160	NIG8022	h^-	mat-P2028 cut11-GFP:nat cut3-mCherry:kan pim1-R152C		(7)Aoki et al.2017	Available	261
161	NIG8023	h^-	mat-P2028 cut3-T19E:kan		(7)Aoki et al.2017	Available	262
162	NIG8024	h^-	mat-P2028 cut3-T45E:kan		(7)Aoki et al.2017	Available	263
163	NIG8025	h^-	mat-P2028 cut3-T19ET45E:kan		(7)Aoki et al.2017	Available	264
164	NIG8026	h⁺	mat-P2017 cut3-T19E:kan pim1-R152C		(7)Aoki et al.2017	Available	265
165	NIG8027	h⁺	mat-P2017 cut3-T45E:kan pim1-R152C		(7)Aoki et al.2017	Available	266
166	NIG8028	h⁺	mat-P2017 cut3-T19ET45E:kan pim1-R152C		(7)Aoki et al.2017	Available	267
167	NIG8029	h^-	mat-P2028 hta1-mCherry:nat cut3-T19E:kan		(7)Aoki et al.2017	Available	268
168	NIG8030	h⁺	mat-P2017 hta1-mCherry:nat cut3-T19E:kan pim1-R152C		(7)Aoki et al.2017	Available	269
169	NIG8031	h^-	mat-P2028 pim1-GFP:nat		(7)Aoki et al.2017	Available	270
170	NIG8032	h^-	mat-P2028 hht3-GFP:kan ura4-D3 /pSJU11-mCherry-NLS		(7)Aoki et al.2017	Available	271
171	NIG8035	h⁺	mat-P2017 GFP-AHDL:nat hta1-mCherry:kan		(7)Aoki et al.2017	Available	272
172	NIG8036	h^-	mat-P2028 hta1-mCherry:nat cut3-GFP:kan pim1-R152C		(7)Aoki et al.2017	Available	273
173	NIG8037	h⁺	mat-P2017 hht3-GFP:kan cut3-T19E-mCherry:kan		(7)Aoki et al.2017	Available	274
174	NIG8038	h^-	mat-P2028 GFP-AHDL:nat hta1-mCherry:kan pim1-R152C		(7)Aoki et al.2017	Available	275
175	NIG8039	h^-	mat-P2028 hta1-mCherry:nat pim1-R152C ura4-D3		(7)Aoki et al.2017	Available	276
176	NIG8040	h^-	mat-P2028 pim1-GFP:nat cut11-mCherry:nat		(7)Aoki et al.2017	Available	277
177	NIG8041	h^-	mat-P2028 pim^1R152C-GFP:nat cut11-mCherry:nat		(7)Aoki et al.2017	Available	278
178	NIG10001	h⁺	NIG10001	S. octosporus	(8)Seike et al.2017	Available	279
179	NIG10002	h⁺	NIG10002	S. octosporus	(8)Seike et al.2017	Available	280
180	NIG10003	h⁹⁰	NIG10003 sterile mutants	S. octosporus	(8)Seike et al.2017	Available	281
181	NIG10004	h^-	NIG10004	S. octosporus	(8)Seike et al.2017	Available	282
182	NIG10005	h^-	NIG10005 h-S mat2-P/mat3-M::bleMX6	S. octosporus	(8)Seike et al.2017	Available	283
183	NIG10006	h⁺	NIG10006 h+S mat2-P/mat3-M::hphMX6	S. octosporus	(8)Seike et al.2017	Available	284

(1) Furuya, K., and Niki, H. (2009). Isolation of heterothallic haploid and auxotrophic mutants of Schizosaccharomyces japonicus. Yeast 26, 221-233.

(2) Furuya, K., and Niki, H. (2010). The DNA Damage Checkpoint Regulates a Transition between Yeast and Hyphal Growth in Schizosaccharomyces japonicus. Mol Cell Biol 30, 2909-2917.

(3) Aoki, K., Hayashi, H., Furuya, K., Sato, M., Takagi, T., Osumi, M., Kimura, A., and Niki, H. (2011). Breakage of the nuclear envelope by an extending mitotic nucleus occurs during anaphase in Schizosaccharomyces japonicus. Genes Cells 16, 911-926.

(4) Furuya, K., and Niki, H. (2011). Construction of diploid zygotes by interallelic complementation of ade6 in Schizosaccharomyces japonicus. Yeast 28, 747-754.

(5) Furuya, K., Aoki, K., and Niki, H. (2012). Construction of an insertion marker collection of Sz. japonicus (IMACS) for genetic mapping and a fosmid library covering its genome. Yeast 29, 241-249.

(6) Aoki, K., Shiwa, Y., Takada, H., Yoshikawa, H., and Niki, H. (2013). Regulation of nuclear envelope dynamics via APC/C is necessary for the progression of semi-open mitosis in Schizosaccharomyces japonicus. Genes Cells 18, 733-752.

(7) Aoki, K., and Niki, H. (2017). Release of condensin from mitotic chromosomes requires the Ran-GTP gradient in the reorganized nucleus. Biol. Open 6(11), 1614-1628.

(8) Seike, T., and Niki, H. (2017). Mating response and construction of heterothallic strains of the fission yeast Schizosaccharomyces octosporus. FEMS Yeast Res. 17(5), doi: 10.1093/femsyr/fox045.

Microbial Physiology Laboratory (Niki Laboratory)
Department of Gene Function and Phenomics, National Institute of Genetics

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