Dear Rachel,
	I have put everything back together again, which I suppose is one
up on all the Kings horses etc. XX David
The latest two Cam Dps now have stock numbers and appear on our FlyBase
stock list:
4744	In(2LR)DTD99LRevBR, dppd-ho cn1 bw1/CyO   = Dp(2;2)Cam17
4745	In(2LR)PuLyLDTD99R/CyO   = Dp(2;2)Cam18
I want to be sure all of the stocks are in good shape before I send out the
announcement.  I will temporarily expand the stocks, since we usually get a
burst of orders whenever we post one of these announcements on
bionet.drosophila.
Look for the 'advertisement' in 2 to 3 weeks.
Thanks for the stocks and helpful comments
Kevin
>The Cam Duplication Kit
>
>A set of large duplications covering >90% of the second chromosome is now
>available from the Bloomington Drosophila Stock Center.  These Dp(2;2)
>stocks were generated and donated by David Gubb, Darin Coulson, Siegrun
>Herrmann and John Roote of Cambridge University.  These duplications are
>useful in screening for dosage-dependent enhancers and suppressors of
>mutant phenotypes. In addition, because the  CAM duplications are nested
>within inverted chromosomal segments, they act as balancer chromosomes for
>the duplicated regions. This makes the CAM duplications ideal for
>recovering (and maintaining) haplo-lethal, or haplo-sterile, mutations.
>
>Short name 	Stock #	Duplicated region
>
>Dp(2;2)Cam1	3392		21E2 to 23D1
>Dp(2;2)Cam2	3394		23D1 to 26C1-2
>Dp(2;2)Cam3	3401		26C1-2 to 29E
>Dp(2;2)Cam4	3403		29E to 32F
>Dp(2;2)Cam5	4521		32F to 35B1-2
>Dp(2;2)Cam6	4518		35B1-2 to 36C
>Dp(2;2)Cam8	2630		36C to 2Lh
>Dp(2;2)Cam10	4520		2Rh to 43A1-2
>Dp(2;2)Cam11	2626		43A1-2 to 47B10-14
>Dp(2;2)Cam13	3391		47B10-14 to 48C
>Dp(2;3)Cam14T	4519		49A to 51EF
>Dp(2;2)Cam17	4744		52D10-E1 to 53F
>Dp(2;2)Cam18	4745		53F to 57C4-6
>Dp(2;2)Cam16	2622		57C4-6 to 60E5-8>
>The genotypes of these duplication stocks are given below as they appear in
>the Bloomington stock list. (Note that the 'Dp(2;2)Cam' chromosome names
>are used for convenience. The full designations of these aberrations
>reflect their construction from recombinants between pairs of pericentric
>inversions.
>
>3392	In(2LR)DTD8LS325R/CyO, bw1   = Dp(2;2)Cam1
>3394	In(2LR)DTD24LDTD8R, sp1/CyO, bw1   = Dp(2;2)Cam2
>3401	In(2LR)DTD111LDTD24R, bw1 sp1/CyO, bw1   = Dp(2;2)Cam3
>3403 In(2LR)DTD107LDTD111R, Dp(1;2)TE23CD, vg1/CyO, bw1   =
>Dp(2;2)Cam4
>4518 In(2LR)S1Lnoc4R, cn1 bw1/CyO   = Dp(2;2)Cam6
>4521	In(2LR)noc4LDTD107R, bw1 sp1/In(2LR)Gla, Gla1 Bc1 EgfrE1
>ap* cn1 bw1   = Dp(2;2)Cam5
>2630	In(2LR)C3LCH9-25R, b1/In(2L)Cy, In(2R)Cy, al2 Cy1 pr1
>Bl1 cn2 vg1 c1 sp2   = Dp(2;2)Cam8
>4520	In(2LR)TE35B-SZ4Lnoc4R, (al1) dpov1 b1 nocTE35B pr1
>cn1 bw1/CyO, Df(2L)noc20   = Dp(2;2)Cam10
>2626	(y* w*); In(2LR)TE35B-226LTE35B-4R, b1 pr1 pwn1/CyO,
>b1 rk1   = Dp(2;2)Cam11
>3391	In(2LR)DTD128LTE35B-226R, Dp(1;2)TE23CD, net1 dppd-ho/CyO   =
>Dp(2;2)Cam13
>4519	Ts(2Lt;3Rt)6r23+Ts(2Rt;3Lt)H24, cn1/CyO   = Dp(2;3)Cam14T (NB:
>translocation segregants)
4744	In(2LR)DTD99LRevBR, dppd-ho cn1 bw1/CyO   = Dp(2;2)Cam17
4745	In(2LR)PuLyLDTD99R/CyO   = Dp(2;2)Cam18
>2622	In(2LR)ltG16LPuLyR, b1 bw1/CyO   = Dp(2;2)Cam16
>
>This list of stocks is also available from
>http://flybase.bio.indiana.edu/stocks/stock-centers/bloomington/lk/cam-dp-kit