From owner-drosophila@net.bio.net Mon May 09 23:00:00 1994
Path: biosci!ANDY.BGSU.EDU!rwoodru
From: rwoodru@ANDY.BGSU.EDU (Ron Woodruff)
Newsgroups: bionet.drosophila
Subject: New D. melanogaster stocks at Bowling Green
Date: 10 May 1994 14:02:30 -0700
Organization: BIOSCI International Newsgroups for Molecular Biology
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182 New Stocks of Drosophila melanogaster=20
Added to the=20
Mid-America Drosophila Stock Center=20

at Bowling Green State University, Bowling Green, Ohio in April,=
 1994.  See
=46lyBase at Indiana University (ftp ftp.bio.indiana.edu or gopher
ftp.bio.indiana.edu) for the complete stock list.  We can also send=
 you a
printed list or computer disk with the complete stock list. For additional
information or to order stocks contact R. C. Woodruff or P. Oster=
 at:
e-mail =3D  DMELANO@OPIE.BGSU.EDU, telephone =3D 419-372-2631, FAX=
 =3D
419-372-2024, or write to Department of Biological Sciences, Bowling=
 Green
State University, Bowling Green, Ohio, 43403

57.1    O/XYS.YL, y P[lacZ]5-45fD w P[lacZ]4-5f P[lacZ]3-52d P[lacZ]3-76a
y~+/C(1)RM, y pn=20
106.1   B~SYy~+/FM6/y ac sc sph~4
111.1   B~SYy~+/y w~a Ste
179.1   C(1)A, y/FM0, In(1)sc8 In(1)dl-49 y~31d w v m~2 f B sc~8
209.1   C(1)A, y/T(1;Y)E1, y y~+ w~a Ste B~S
209.2   C(1)A, y/T(1;Y)E5, B~S+
209.3   C(1)A, y/T(1;Y)E15, Ste~+
209.4   C(1)A, y/T(1;Y)F12
209.5   C(1)A, y/T(1;Y)G8, Ste~+
209.6   C(1)A, y/T(1;Y)L1, y y~+ w f B~S
209.7   C(1)A, y/T(1;Y)N12
209.8   C(1)A, y/T(1;Y)N29, Ste~+
209.9   C(1)A, y/T(1;Y)P7
209.91  C(1)A, y/T(1;Y)V24
209.93  C(1)A, y/T(1;Y)V43, Ste~+
209.94  C(1)A, y/T(1;Y)V45
209.95  C(1)A, y/T(1;Y)V63, Ste~+
209.96  C(1)A, y/T(1;Y)W19
469.1   C(1)DX, y w f/T(1;Y)B24, y y~+ B~S
587.1   C(1)DX, y w f/T(1;Y)D5, y y~+ B~S
616.1   C(1)RA, y Df(1)259/Dp(1;f)1175/XYL.YS, y Df(1)259 w
658.1   C(1)RM, y P[lacZ]5-45fD w P[lacZ]4-5f P[lacZ]3-52d P[lacZ]3-76a/+/Y
701.1   C(1)TM, XYS.YLX, y~31d Tu/YSX.YL, In(1)EN, y~+ v f B
741.1   Df(1)bb158, cin y w/FM7a/w~+Y
750.1   Df(1)R46, y~2 v f wap~3/C(1)DX, y w f/y~+Y~mal126
891.1   FM6/w uncl~5/Y~mal~+
1009.1  g~2 mei(1)41~A7/FM7a
1009.2  g~2 mei(1)41~A29/FM7a
1153.03 mei(1)9~RT2 f/C(1)DX, y f
1153.04 mei(1)9~RT3 f/C(1)DX, y f
1153.05 mei(1)9~RT4 sd/C(1)DX, y f
1153.06 mei(1)41~A1 f/C(1)DX, y f
1153.2  mei(1)41~InAM/C(1)DX, y f
1153.3  mei(1)41~RT1 f/FM7
1153.4  mei(1)41~RT2 f/FM7
1153.5  mei(1)41~RT3 f/C(1)DX, y f
1153.6  mus(1)113~RT3/C(1)DX, y f
1153.7  mus(1)114~RT1 f/C(1)DX, y f
1179.1  rss (A2)
1202.1  sn~3 mei(1)9~D1/C(1)DX, y f
1202.2  sn~3 mei(1)9~D2/C(1)DX, y f
1202.3  sn~3 mei(1)9~D3/C(1)DX, y f
1202.4  sn~3 mei(1)9~D4/C(1)DX, y f
1202.5  sn~3 mei(1)41~D7/C(1)DX, y f
1202.6  sn~3 mei(1)41~D8/C(1)DX, y f
1202.7  sn~3 mei(1)41~D9/C(1)DX, y f
1202.8  sn~3 mei(1)41~D10/C(1)DX, y f
1202.9  sn~3 mei(1)41~D11/C(1)DX, y f
1202.91 sn~3 mei(1)41~D14/C(1)DX, y f
1202.92 sn~3 mus(1)109~D2/C(1)DX, y f
1220.2  T(1;Y)J2, y y~+ w f B~S/C(1)?
1220.3  T(1;Y)R12, y y~+ w f B~S/C(1)?
1220.4  T(1;Y)V47/C(1)?
1236.01 w mei(1)41~D1/C(1)DX, y f
1236.02 w mei(1)41~D2/C(1)DX, y f
1236.03 w mei(1)41~D3/C(1)DX, y f
1236.04 w mei(1)41~D4/C(1)DX, y f
1236.05 w mei(1)41~D14/C(1)DX, y f
1236.06 w mus(1)102~D2/C(1)DX, y f
1236.4  w mus(1)106~D1/C(1)DX, y f
1236.5  w mus(1)109~D1/C(1)DX, y f
1236.6  w mus(1)115~D1/C(1)DX, y f
1236.7  w mus(1)115~D1/FM7a
1241.1  w~1118
1290.1  y cv mus(1)111~D1/C(1)DX, y f
1299.01 y mei(1)9~a/C(1)DX, y f
1299.02 y mei(1)9~a mei(1)41~D5/FM7
1299.03 y mei(1)9~a mei(1)41~D13/C(1)DX, y f
1299.04 y mei(1)9~a mei(1)41~D14/C(1)DX, y f
1299.05 y mei(1)9~a mus(1)101D1/C(1)DX, y f
1299.06 y mei(1)9~a mus(1)101D2/C(1)DX, y f
1299.07 y mei(1)41~195/C(1)DX, y f
1299.2  y P[lacZ]5-45fD w P[lacZ]4-5fP P[lacZ]3-52d P[lacZ]3-76a
1316.1  y v mei(1)41~12-1007/C(1)DX, y f
1320.1  y w P[lacZ]3-76a
1390.1  Adh~n5 pr cn/CyO
1485.1  Ba~DM2/CyO
1545.01 cn bw mus(2)202~A1/CyO
1545.3  cn bw mus(2)205~A1/CyO
1573.1  cn vg~21-3 bw
1574.1  cob~NM2/CyO
1575.1  cpy~SM3/CyO
1694.1  CyO/l(2)gl4 or
1793.1  dif~GM5/CyO
2080.1  ire~UB6/CyO
2129.1  nina~CMB2/CyO
2142.1  pie~EB3/CyO
2146.1  pom~HM3/CyO
2161.1  rdgD~DM5/CyO
2172.1  rug~MM2/CyO
2179.1  sca~OB7/CyO
2185.1  Sm~BS (Bald)
2303.1  Crn in ri/TM3, Sb Ser
2357.1  Dr~Mio/TM6
2371.1  emc~E6
2454.1  In(3LR)Ubx~101, Ubx~101/TM9, th st Sb e l(3)DTS-4
2466.01 In(3R)C, Sb cd Tb ca/Dl H e~s cd
2499.1  MKRS, P[ry~+=902-3](99B)/TM2, P[ry~+=902-3](99B)
2499.2  ms(3)sa/TM6B, Hu e Tb
2499.3  mus(3)302~D4/TM3, Sb Ser
2499.4  mus(3)302~D5/TM3, Sb Ser
2499.5  mus(3)302~D6/TM3, Sb Ser
2499.6  mus(3)306~D1/(TM3, Sb Ser ?)
2499.7  mus(3)307~D1/(TM3, Sb Ser ?)
2499.8  mus(3)308~D2/(TM3, Sb Ser ?)
2500.1  mus(3)312~D1/TM3, Sb Ser
2539.1  prd FR1/SM5
2546.1  ri Ki p~p
2546.2  ri Ki p~p Ubx~25/TM1, ri Me red
2546.3  ri l(3)98Da (=3Dl(3)M3-13)/TM3, Sb
2456.4  ri l(3)98Db (=3Dl(3)M3-5)/TM3, Sb
2546.5  ri l(3)98Dc (=3Dl(3)M3-18)/TM3, Sb
2546.6  ri l(3)98Dd (=3Dl(3)M3-3)/TM3, Sb
2546.7  ri l(3)98Dg (=3Dl(3)M3-12)/TM3, Sb
2547.1  rn~BS/TM1
2595.1  ru th st dic/TM3
2597.1  ry mus(3)305~D3/TM3, Sb Ser
2597.2  ry mus(3)308~D4/TM3, Sb Ser
2597.3  ry mus(3)308~D5/TM3, Sb Ser
2597.4  ry mus(3)308~D6/TM3, Sb Ser
2603.1  ry~506 P[ry~+ SalI](89D)
2640.1  st mus(3)301~D1/TM3, Sb Ser
2640.2  st mus(3)301~D2/TM3, Sb Ser
2640.3  st mus(3)301~D3/TM3, Sb Ser
2640.4  st mus(3)301~D4/TM3, Sb Ser
2640.5  st mus(3)301~D5/TM3, Sb Ser
2640.6  st mus(3)302~D1
2641.1  st mus(3)302~D2/TM3, Sb Ser
2641.2  st mus(3)302~D3/TM3, Sb Ser
2641.3  st mus(3)304~D1/TM3, Sb Ser
2641.4  st mus(3)304~D2/TM3, Sb Ser
2641.5  st mus(3)304~D3/(TM3, Sb Ser ?)
2641.6  st mus(3)305~D1/TM3, Sb Ser
2641.7  st mus(3)305~D2/TM3, Sb Ser
2641.8  st mus(3)308~D1/TM3, Sb Ser
2641.9  st mus(3)310~D1/TM3, Sb Ser
2641.91 st mus(3)311~D1/TM3, Sb Ser
2641.92 st mus(3)311~D2/TM3, Sb Ser
2641.93 st mus(3)312~D2/TM3, Sb Ser
2660.1  TM3, ry~RK/TM6B
2661.1  TM6B, Hu e/TM8, th st Sb e l(3)DTS-4
2663.1  TMS, Sb P[ry~+D2-3](99B)/Dr
2760.1  B~SY ; cn tra2~B bw/CyO
2760.2  B~SY/y w spl ; mle/SM1
2908.01 w ; CyO/Sco
2909.01 w~1118 ; nub b Sco lt stw~3/CyO
2910.1  w~co2 v ; bw~6
2920.01 y v/y~+Y ; tra2/SM1
2920.2  y w ; nub~7 b Sco pr ca/CyO
3004.1  l(1)top1~77/FM7 ; ry~506
3015.1  T(Y;3)TMS, ry~506 Sb P[ry~+D2-3](99B)
3035.1  y w ; ri l(3)98De (=3Dl(3)M1-5)/TM3, Sb
3035.2  y w ; ri l(3)98Df (=3Dl(3)M3-7)/TM3, Sb
3036.1  y w~67 ; Ifm(3)3
3038.1  y~2 sc ; su-Hw~BS/TM1
3041.1  O/C(1)RM, y v bb/X.Y, w ; net
3064.1  C(1)DX, y w f/y~+YS/y~2 z f.YL ; spa~pol=20
3095.1  y z/y~+Y ; spa~pol
3113.1  b cn ; ry~8, Ifm(3)3
3122.1  bw ; c(3)G~OR-12-522 bx~34e/TM3
3123.1  bw ; c(3)G~OR-12-570 bx~34e/TM3
3193.1  CyO, S cn bw ; T(2;3)6r31, cn bw
3220.1  CyO, S cn bw ; T(2;3)8r29; cn bw (S~+ Cy~+)
3233.1  Df(3R)sbd~105 , sbd~105 ;  T(2;3)ap~Xa , ap~Xa
3252.1  Gal~N1 ; ry~506 (P strain)
3261.01 In(2L)Cy In(2R)Cy, Cy cn~2/In(2LR)bw~V1, ds~33k bw~V1 ; emc~E9/TM2,=
 Ubx
3371.1  T(2;3)81 ; (TM3, Sb Ser ?)=20
3385.1  T(2;3)101 ; (TM3, Sb  Ser ?)
3419.1  T(2;3)160 ; (TM3, Sb Ser ?)=20
3466.1  T(2;3)CyO ; TM9, th st Sb e l(3)DTS-4/Tp(3;3)h~M3
3466.2  T(2;3)CyO ; TM9, th st Sb e l(3)DTS-4/Pm ; H=20
3541.1  mus(1)112~RT2 f/C(1)DX, y f ; cn bw ; ri e
3541.2  mus(1)113~RT1 f/C(1)DX, y f ; cn bw ; ri e
3554.1  w ; T(2;3)ap~Xa , ap~Xa/SM5 ; TM6B
3565.1  y w ; T(2;3)B3, CyO, TM6B/Pin~88K/+
3574.1  y ; ms(2)045/SM1 ; spa~pol
3574.2  y ; ms(2)S3/SM1 ; spa~pol
3582.1  Df(1)bb3a, y pn cv m f/FM7 ; TM2/Vno ; spa~pol
3582.2  Df(1)bb74, y pn cv m f/FM7 ; TM2/Vno ; spa~pol
3582.3  Df(1)bb452, y pn cv m f/FM7, B~+ ; TM2/Vno ; spa~pol (B reverted)
3582.4  Df(1)bb456, y pn cv m f/FM7, B~+ ; TM2/Vno ; spa~pol
3582.5  y w/y~+Y ; ru h th st cu sr e Pr ca (ruPrica)/TM6 ; spa~pol=
=20

Ron Woodruff
       =20
       =20




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