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. 2008 Jun 9;28(16):5120–5137. doi: 10.1128/MCB.00786-08

TABLE 1.

S. cerevisiae strains used in this study

Strain Relevant genotypea Source or reference
YEF473 MATahis3200/his3200 leu21/leu21 lys2-801/lys2-801 trp163/trp163 ura3-52/ura3-52 7
YEF473A MATahis3200 leu21 lys2-801 trp163 ura3-52 56
YEF473B MATα his3200 leu21 lys2-801 trp163 ura3-52 56
LSY365 MATarsr1Δ::HIS3 J. Pringle
LSY388 MATarsr1Δ::HIS3/rsr1Δ::HIS3 66
HH615 MATabud91::HIS3/bud91::HIS3 34
M-2772 MATα cla4Δ::HIS3 [YCp111/CDC3-GFP] Transformant of YEF1343 11
M-3491 MATa [YCp111/CDC12-YFP] Transformant of YEF473A
M-3492 MATa [YCp111/cdc12G44V, K47E, T48N-YFP] Transformant of YEF473A
M-376 MATacdc12Δ::TRP1/CDC12 This studyb
M-377 MATacdc12Δ::TRP1 [YEp24(CDC12)N] This studyc
YNT107 MATacdc12Δ::TRP1 [YCp111/CDC12] This studyd
M-2863 MATacdc12Δ::TRP1 [YCp111/CDC12] and [pRS316/GFP-CDC3] Transformant of YNT107
YNT233 MATacdc12Δ::TRP1 [YCp111/cdc12G44V] This studyd
M-2864 MATacdc12Δ::TRP1 [YCp111/cdc12G44V] and [pRS316/GFP-CDC3] Transformant of YNT233
YNT109 MATacdc12Δ::TRP1 [YCp111/cdc12K47T] This studyd
M-2865 MATacdc12Δ::TRP1 [YCp111/cdc12K47T] and [pRS316/GFP-CDC3] Transformant of YNT109
YNT131 MATacdc12Δ::TRP1 [YCp111/cdc12G44V, K47E, T48N] This studyd
M-2866 MATacdc12Δ::TRP1 [YCp111/cdc12G44V, K47E, T48N] and [pRS316/GFP-CDC3] Transformant of YNT131
M-2840 MATacdc12Δ::TRP1 [YCp111/cdc12D98A, G101A] This studyd
M-2867 MATacdc12Δ::TRP1 [YCp111/cdc12D98A, G101A] and [pRS316/GFP-CDC3] Transformant of M-2840
M-1726 MATacdc12-6 This studye
M-2962 MATacdc12-6 [pRS316/GFP-CDC3] Transformant of M-1726
M-3489 MATa [YCp111/CDC10-YFP] Transformant of YEF473A
M-3490 MATa [YCp111/cdc10K45T-YFP] Transformant of YEF473A
DD185 MATacdc10Δ::HIS3/CDC10 15
M-611 MATacdc10Δ::HIS3 [YEp24/CDC10] This studyf
YNT89 MATacdc10Δ::HIS3 [YCp111] This studyg
M-2894 MATacdc10Δ::HIS3 [YCp111] and [pRS316/GFP-CDC3] Transformant of YNT89
YNT91 MATacdc10Δ::HIS3 [YCp111/CDC10] This studyg
M-2855 MATacdc10Δ::HIS3 [YCp111/CDC10] and [pRS316/GFP-CDC3] Transformant of YNT91
YNT225 MATacdc10Δ::HIS3 [YCp111/cdc10G42V] This studyg
M-2856 MATacdc10Δ::HIS3 [YCp111/cdc10G42V] and [pRS316/GFP-CDC3] Transformant of YNT225
YNT93 MATacdc10Δ::HIS3 [YCp111/cdc10K45T] This studyg
M-2857 MATacdc10Δ::HIS3 [YCp111/cdc10K45T] and [pRS316/GFP-CDC3] Transformant of YNT93
M-3487 MATa [YCp111/CDC3-YFP] Transformant of YEF473A
M-3488 MATa [YCp111/cdc3G129V, K132E, T133N-YFP] Transformant of YEF473A
M-379 MATacdc3Δ::TRP1/CDC3 This studyb
M-381 MATacdc3Δ::TRP1 [pRSCDC3] This studyh
M-438 MATacdc3Δ::TRP1 [YCp111/CDC3] This studyi
M-2922 MATacdc3Δ::TRP1 [YCp111/CDC3] and [pMS76] Transformant of M-381
M-2914 MATacdc3Δ::TRP1 [YCp111/cdc3G129V] This studyi
M-2923 MATacdc3Δ::TRP1 [YCp111/cdc3G129V] and [pMS76] Transformant of M-2914
M-2915 MATacdc3Δ::TRP1 [YCp111/cdc3K132T] This studyi
M-2924 MATacdc3Δ::TRP1 [YCp111/cdc3K132T] and [pMS76] Transformant of M-2915
M-2916 MATacdc3Δ::TRP1 [YCp111/cdc3K132E] This studyi
M-2925 MATacdc3Δ::TRP1 [YCp111/cdc3K132E] and [pMS76] Transformant of M-2916
M-2917 MATacdc3Δ::TRP1 [YCp111/cdc3T133N] This studyi
M-2926 MATacdc3Δ::TRP1 [YCp111/cdc3T133N] and [pMS76] Transformant of M-2917
M-2918 MATacdc3Δ::TRP1 [YCp111/cdc3G129V, K132E, T133N] This studyi
M-2927 MATacdc3Δ::TRP1 [YCp111/cdc3G129V, K132E, T133N] and [pMS76] Transformant of M-2918
M-3474 MATacdc3Δ::TRP1/cdc3Δ::TRP1 [YCp111/cdc3G129V, K132E, T133N] This studyj
M-3344 MATa/α [YCp111/CDC11-YFP] Transformant of YEF473
M-3352 MATa/α [YCp111/cdc11K172A, D174A-YFP] Transformant of YEF473
M-2036 MATacdc11Δ::TRP1/CDC11 This studyb
M-2283 MATacdc11Δ::TRP1/CDC11 ura3:URA3:CDC11/ura3 Transformant of M-2036
M-2332 MATacdc11Δ::TRP1 ura3:URA3:CDC11 Segregant from M-2283
M-2333 MATα cdc11Δ::TRP1 ura3:URA3:CDC11 Segregant from M-2283
M-2334 MATacdc11Δ::TRP1/cdc11Δ::TRP1 ura3:URA3:CDC11/ura3:URA3:CDC11 M-2332 × M-2333
M-2437 MATacdc11Δ::TRP1 ura3:URA3:CDC11 [YCp111/CDC3-GFP] Transformant of M-2332
M-2297 MATacdc11G32E This studyk
M-2298 MATα cdc11G32E This studyk
M-2344 MATacdc11G32E/cdc11G32E M-2297 × M-2298
M-2452 MATacdc11G32E [YCp111/CDC3-GFP] Transformant of M-2297
M-3172 MATacdc11G32E [pMS76] Transformant of M-2297
M-3174 MATacdc11G32E cdc3Δ::TRP1 [YCp111/cdc3K132T] and [pMS76] This studyl
M-2042 MATacdc11Δ::TRP1/CDC11 ura3:URA3:cdc11G32V/ura3 Transformant of M-2036
M-2323 MATacdc11Δ::TRP ura3:URA3:cdc11G32V Segregant from M-2042
M-2324 MATα cdc11Δ::TRP ura3:URA3:cdc11G32V Segregant from M-2042
M-2325 MATacdc11Δ::TRP1/cdc11Δ::TRP1 ura3:URA3:cdc11G32V/ura3:URA3:cdc11G32V M-2323 × M-2324
M-2440 MATacdc11Δ::TRP ura3:URA3:cdc11G32V [YCp111/CDC3-GFP] Transformant of M-2323
M-2723 MATacdc11Δ::TRP ura3:URA3:cdc11G32V cla4Δ::HIS3 [YCp111/CDC3-GFP] This studym
M-2275 MATacdc11Δ::TRP1/CDC11 ura3:URA3:cdc11R35T/ura3 Transformant of M-2036
M-2311 MATacdc11Δ::TRP1 ura3:URA3:cdc11R35T Segregant from M-2275
M-2312 MATα cdc11Δ::TRP1 ura3:URA3:cdc11R35T Segregant from M-2275
M-2313 MATacdc11Δ::TRP1/cdc11Δ::TRP1 ura3:URA3:cdc11R35T/ura3:URA3:cdc11R35T M-2311 × M-2312
M-2443 MATacdc11Δ::TRP1 ura3:URA3:cdc11R35T [YCp111/CDC3-GFP] Transformant of M-2311
M-2726 MATacdc11Δ::TRP ura3:URA3:cdc11R35T cla4Δ::HIS3 [YCp111/CDC3-GFP] This studyn
M-2273 MATacdc11Δ::TRP1/CDC11 ura3:URA3:cdc11R35E/ura3 Transformant of M-2036
M-2299 MATacdc11Δ::TRP1 ura3:URA3:cdc11R35E Segregant from M-2273
M-2300 MATα cdc11Δ::TRP1 ura3:URA3:cdc11R35E Segregant from M-2273
M-2301 MATacdc11Δ::TRP1/cdc11Δ::TRP1 ura3:URA3:cdc11R35E/ura3:URA3:cdc11R35E M-2299 × M-2300
M-2446 MATacdc11Δ::TRP1 ura3:URA3:cdc11R35E [YCp111/CDC3-GFP] Transformant of M-2299
M-2776 MATacdc11Δ::TRP1 ura3:URA3:cdc11R35E cla4Δ::HIS3 [YCp111/CDC3-GFP] This studyo
M-2274 MATacdc11Δ::TRP1/CDC11 ura3:URA3:cdc11S36N/ura3 Transformant of M-2036
M-2305 MATacdc11Δ::TRP1/CDC11 ura3:URA3:cdc11S36N Segregant from M-2274
M-2306 MATα cdc11Δ::TRP1/CDC11 ura3:URA3:cdc11S36N Segregant from M-2274
M-2307 MATacdc11Δ::TRP1/cdc11Δ::TRP1 ura3:URA3:cdc11S36N/ura3:URA3:cdc11S36N M-2305 × M-2306
M-2449 MATacdc11Δ::TRP1/CDC11 ura3:URA3:cdc11S36N [YCp111/CDC3-GFP] Transformant of M-2305
M-367 MATacdc11Δ::TRP1 [pRSCDC11] This studyp
M-368 MATα cdc11Δ::TRP1 [pRSCDC11] This studyp
M-432 MATa/α cdc11Δ::TRP/cdc11Δ::TRP1 [pRSCDC11] M-367 × M-368
YNT95 MATacdc11Δ::TRP1 [YCplac111] This studyq
M-2897 MATacdc11Δ::TRP1 [YCplac111] and [pRS316/GFP-CDC3] Transformant of YNT95
YNT97 MATacdc11Δ::TRP1 [YCp111/CDC11] This studyq
M-3367 MATacdc11Δ::TRP1 [YCp111/CDC11-YFP] This studyq
M-2365 MATacdc11Δ::TRP1 [YCp111/cdc11G29D] This studyq
M-2859 MATacdc11Δ::TRP1 [YCp111/cdc11G29D] and [pRS316/GFP-CDC3] Transformant of M-2365
YNT195 MATacdc11Δ::TRP1 [YCp111/cdc11G32V, R35E, S36N] This studyq
M-2860 MATacdc11Δ::TRP1 [YCp111/cdc11G32V, R35E, S36N] and [pRS316/GFP-CDC3] Transformant of YNT195
M-3214 MATacdc11Δ::TRP1 [YCp111/cdc11D89A, G92A] This studyq
M-3277 MATacdc11Δ::TRP1 CDC3:URA3:CDC3-GFP [YCp111/cdc11D89A, G92A] Transformant of M-3214r
M-3186 MATa/α cdc11Δ::TRP/cdc11Δ::TRP1 [YCp111/cdc11D89A, G92A] This studys
M-3258 MATacdc11Δ::TRP1 [YCp111/cdc11K172A, D174A] This studyq
M-3374 MATacdc11Δ::TRP1 [YCp111/cdc11K172, D174A-YFP] This studyq
M-3280 MATacdc11Δ::TRP1 CDC3:URA3:CDC3-GFP [YCp111/cdc11K172A, D174A] Transformant of M-3258r
M-3472 MATacdc11Δ::TRP1 CDC3:URA3:CDC3-GFP cla4Δ::HIS3 [YCp111/cdc11K172A, D174A] This studys
M-3473 MATa/α cdc11Δ::TRP/cdc11Δ::TRP1 [YCp111/cdc11G32V, R35E, S36N] This studyt
M-2618 MATα cdc11G32E-3HA Transformant of M-2298u
M-2630 MATacdc11G32E-3HA/cdc11G32E M-2618 × M-2297
M-2634 MATacdc11G32E-3HA/CDC11 M-2618 × YEF473A
M-2159 MATα CDC11-3HA Transformant of YEF473Bu
M-2633 MATaCDC11-3HA/CDC11 M-2159 × YEF473A
EGY48R MATahis3 trp1 ura3-52 [pSH18-34] 78v
a

Except for strain EGY48R, all strains are congenic with YEF473. Plasmids are indicated by square brackets.

b

CDC3, CDC11, and CDC12 were deleted in strain YEF473, as described previously (22).

c

Segregant from M-376 transformed with YEp24(CDC12)N.

d

Strain M-377 was transformed with the indicated LEU2 plasmid and plated on medium lacking leucine and containing 0.1% 5-fluoroorotic acid to select for loss of YEp24(CDC12)N.

e

Derived from backcrossing the cdc12-6 strain M-238 (56) 10 times into the YEF473 strain background.

f

Segregant from DD185 transformed with YEp24/CDC10.

g

Strain M-611 was transformed with the indicated LEU2 plasmid and plated on medium lacking leucine and containing 0.1% 5-fluoroorotic acid to select for loss of YEp24/CDC10.

h

Segregant from M-379 transformed with pRSCDC3.

i

Strain M-381 was transformed with the indicated LEU2 plasmid and plated on medium lacking leucine and containing 0.1% 5-fluoroorotic acid to select for loss of pRSCDC3.

j

Derived from mating segregants from M-379 transformed with pRSCDC3, followed by transformation with YCp111/cdc3G129V, K132E, T133N and plating on medium lacking leucine and containing 0.1% 5-fluoroorotic acid to select for loss of pRSCDC3.

k

Derived from backcrossing the cdc11-6 strain JPT194 (1) 10 times into the YEF473 strain background.

l

Segregant from cross of M-2298 and M-2925.

m

Segregant from cross of M-2440 and M-2772.

n

Segregant from cross of M-2443 and M-2772.

o

Segregant from cross of M-2446 and M-2772.

p

Segregant from M-2036 transformed with pRSCDC11.

q

Strain M-367 was transformed with the indicated LEU2 plasmid and plated on medium lacking leucine and containing 0.1% 5-fluoroorotic acid to select for loss of pRSCDC11.

r

Transformed with ApaI-digested YIp211/CDC3-GFP.

s

Segregant from cross of M-3280 and YEF1373.

t

Strain M-432 was transformed with YCp111/cdc11K172A, D174A and plated on medium lacking leucine and containing 0.1% 5-fluoroorotic acid to select for loss of pRSCDC11.

u

Transformed with the PCR product of primers ML298 and ML299 using as template pFA6a-3HA-His3MX6 (57).

v

pSH18-34 is a 2μm URA3 plasmid with an 8lexOp-lacZ reporter gene (3).