Reference Report

From eleanor@XXXXXXXXXXXXXXX Wed Mar 29 17:17:25 1995
From: Eleanor Whitfield (Genetics) <eleanor@XXXXXXXXXXXXXXX>
Date: Wed, 29 Mar 95 17:17:18 BST
To: jr32@XXXXXXXXXXXXXXX
Subject: Genetics 126: 679 help please
Cc: eleanor@XXXXXXXXXXXXXXX
Content-Type: X-sun-attachment
Content-Length: 18650
Hi John,
Finally here is a list of the alleles I need help with, they are not
given in the paper and are not in L&Z.
ck has 16 alleles, 13 in L&Z so I need 3 more.
Only 4 chif alleles in L&Z, need the fifth
cni is not in L&Z, need two alleles.
l(2)35Ce has only 3 alleles in L&Z, need two more
l(2)35Cb has 6 alleles in L&Z, two are mentioned in paper but need one
more, also is allele 5 (as in paper) or allele 6 (as in L&Z) associated
with In(2L)shv22?
l(2)35Cf is not in L&Z, need two alleles.
l(2)35Dd has eight alleles, 4 are in L&Z, one extra is mentioned, need
3 more.
l(2)35Dh is not in L&Z, need 1 allele.
l(2)35Di is not in L&Z, need two alleles.
l(2)35Fa is not in L&Z, need 14 alleles.
l(2)35Fb is not in L&Z, need 3 alleles.
l(2)35Fc is not in L&Z, need 2 alleles.
l(2)35Fd is not in L&Z, need 1 alleles as one is named in paper.
l(2)35Fe is not in L&Z, need 2 alleles.
l(2)35Ff is not in L&Z, need 1 allele.
l(2)35Cd has 9 alleles, 8 in paper, one more needed (5 in L&Z)
lace has 21 alleles, 12 discussed, 5 extra are in L&Z so I need the
remaining 4
BicC has 12 alleles, 2 in paper, 3 more in L&Z so I need 7.
l(2)35Df has 6 alleles, 1 in paper, 3 more in L&Z so need 2 extra
l(2)35Dg has 13 alleles, 2 in paper, 2 more in L&Z so need 9 more
fzy has 5 alleles, 2 in paper, 2 more in L&Z so need 1 more
sna has 23 alleles, 6 in paper, 14 more in L&Z so need 3 more
Find attached a file of a record of the publication, ie the genes and
alleles that are present in the record to help you.
Any help you can give will be given as a pers comm to FlyBase.
Many thanks,
Eleanor
From jr32@XXXXXXXXXXXXXXX Thu May 4 11:54:13 1995
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Date: Thu, 4 May 1995 11:50:49 +0100
To: Eleanor Whitfield (Genetics) <eleanor@XXXXXXXXXXXXXXX>
From: jr32@XXXXXXXXXXXXXXX (John Roote)
Subject: Re: Genetics 126: 679 help please
Content-Length: 2986
Dear Eleanor,
ck:
I know about 18 alleles of ck, 5 more than in L & Z:
T(2;3)H67 gamma induced by Hilliker
TE35BC Ising
GJ2 EMS by Glynnis Johnson
A11 EMS by Pat Simpson
IK3 spontaneous from Istvan Kiss (recent)
chif:
The extra allele is called A507. Origin: P{larB ry[+]} insertion on CyO,
from Clive Wilson.
cni:
AR55 EMS induced by Roth. It is now called cni[1].
Sorry, don't know about any more. Nusslein-Volhard reported 2 alleles.
35Ce:
35Ce = escargot. There are millions of alleles, some of which are:
\*k esg \*j VS2 \*l cn bw sp \*f Pat Simpson \*e EMS \*m l(2)br43, l(2)35Ce \#
\*k esg \*j VS4 \*l cn bw sp \*f Pat Simpson \*e EMS \*m l(2)br43, l(2)35Ce \#
\*k esg \*j VS8 \*l cn bw sp \*f Pat Simpson \*e EMS \*m l(2)br43, l(2)35Ce \#
\*j (not sure of allele name. See Hayashi 1993 Dev 118:105-115) \*k esg \*e P
element \*f Shirras \*m l(2)br43, l(2)35Ce \#
\*b 35D1.2 \*d PZ (= P[lacZ, hsp70, ry$sup+$esu]) \*k esg \*l cn
\*b 35D1.2 \*d PZ (= P[lacZ, hsp70, ry$sup+$esu]) \*k esg \*l cn \*m l(2)br43
, l(2)35Ce \*q 7082 \*f Spradling, Baltimore \#
\*b 35D1.2 \*d PZ (= P[lacZ, hsp70, ry$sup+$esu]) \*k esg \*l cn
\*q 1/9 \*b 35D1-2 \*d PlacW \*f Kiss, Szeged \*k esg \*l wild-type \*m l(2)35C
e, l(2)br43 \#
\*q 4/18 \*d PlacW \*f Kiss, Szeged \*k esg \*l wild-type \*m l(2)35Ce, l(2)br43 \#
\*q 11/7 \*d PlacW \*f Kiss, Szeged \*k esg \*l wild-type \*m l(2)35Ce, l(2)br43 \#
\*q 27/6 \*d PlacW \*f Kiss, Szeged \*k esg \*l wild-type \*m l(2)35Ce, l(2)br43 \#
\*q 44/8 \*d PlacW \*f Kiss, Szeged \*k esg \*l wild-type \*m l(2)35Ce, l(2)br43 \#
\*q 52/10 \*d PlacW \*f Kiss, Szeged \*k esg \*l wild-type \*m l(2)35Ce, l(2)br43 \#
\*q 55/17 \*d PlacW \*f Kiss, Szeged \*k esg \*l wild-type \*m l(2)35Ce, l(2)br43 \#
\*q 78/8 \*d PlacW \*f Kiss, Szeged \*k esg \*l wild-type \*m l(2)35Ce, l(2)br43 \#
\*q 79/2 \*d PlacW \*f Kiss, Szeged \*k esg \*l wild-type \*m l(2)35Ce, l(2)br43 \#
\*q 81/4 \*d PlacW \*f Kiss, Szeged \*k esg \*l wild-type \*m l(2)35Ce, l(2)br43 \#
\*q 84/18 \*d PlacW \*f Kiss, Szeged \*k esg \*l wild-type \*m l(2)35Ce, l(2)br43 \#
\*q 85/5 \*d PlacW \*f Kiss, Szeged \*k esg \*l wild-type \*m l(2)35Ce, l(2)br43 \#
\*q 86/10 \*d PlacW \*f Kiss, Szeged \*k esg \*l wild-type \*m l(2)35Ce, l(2)br43 \#
\*q 89/10 \*d PlacW \*f Kiss, Szeged \*k esg \*l wild-type \*m l(2)35Ce, l(2)br43 \#
\*q 108/11 \*d PlacW \*f Kiss, Szeged \*k esg \*l wild-type \*m l(2)35Ce, l(2)br43 \#
\*q 141/4 \*b 24D5-6 and 35D1-2 (cluster of 2) \*d PlacW \*f Kiss, Szeged \*k
esg \*l wild-type \*m l(2)35Ce, l(2)br43 \#
\*q 154/18 \*d PlacW \*f Kiss, Szeged \*k esg \*l wild-type \*m l(2)35Ce, l(2)br43 \#
\*q 158/18 \*d PlacW \*f Kiss, Szeged \*k esg \*l wild-type \*m l(2)35Ce, l(2)br43 \#
\*q 161/17 \*d PlacW \*f Kiss, Szeged \*k esg \*l wild-type \*m l(2)35Ce, l(2)br43 \#
\*j 80 \*d P \*f Tolias \*k esg \*m l(2)35Ce, l(2)br43 \#
\*j 94 \*d P \*f Tolias \*k esg \*m l(2)35Ce, l(2)br43 \#
\*j 148 \*d P \*f Tolias \*k esg \*m l(2)35Ce, l(2)br43 \#
l(2)35Cb = shuttlecraft (stc).
I don't know what the 7th allele was - but now there are 2 new ones.
\*j A12 \*k l(2)35Cb \*e EMS \*l b pr cn bw \*f Pat Simpson \*m l(2)br33 \#
\*j B12 \*k l(2)35Cb \*e EMS \*l cn bw sp \*f Pat Simpson \*m l(2)br33 \#
\*j B21 \*k l(2)35Cb \*e EMS \*l cn bw sp \*f Pat Simpson \*m l(2)br33 \#
\*j HG38 \*k l(2)35Cb \*e EMS \*l Adh$supn10$esucn vg \*m l(2)br33 \#
\*j AM9 \*k l(2)35Cb \*o In(2L)shv22 \*e X-rays \*f Gelbart \*m l(2)br33 \#
\*j A14 \*k l(2)35Cb \*l b pr cn bw \*f Simpson \*m l(2)br33 \#
\*b 35C1.2 \*d PZ (= P[lacZ, hsp70, ry$sup+$esu]) \*j PZ05441 \*k l(2)35Cb \*l cn
\*m l(2)br33 \*q 5441 \*f Spradling, Baltimore \#.
\*j PW111/12 \*q 111/12 \*b 35D1-4 and 85D17-18 \*d PlacW \*f Kiss, Szeged \*k
l(2)35Cb \*l wild-type \*m l(2)br33 \#
l(2)35Cf
\#381 and \#481 - but from the same experiment and may have been a cluster.
l(2)35Dd = cycE
I have found 4 'old alleles'. Can't find another 4, but there are 7 new ones!
\*j GE1 \*k l(2)35Dd \*e X-rays \*o T(2;3)G16,ho2 \*f Gelbart \*l \*m l(2)br37 \#
\*j P28 \*k l(2)35Dd \*e EMS \*l b pr cn bw \*f Pat Simpson \*m l(2)br37 \#
\*j P41 \*k l(2)35Dd \*e EMS \*l b pr cn bw \*f Pat Simpson \*m l(2)br37 \#
\*k l(2)35Dd \*j TE35D \*e Insert \*f Ising \*m l(2)br37 \#
\*b 35D3-5 \*d PZ (= P[lacZ, hsp70, ry$sup+$esu]) \*j PZ05206 \*k l(2)35Dd \*l
cn \*m l(2)br37 \*q 5206 \*f Spradling, Baltimore \#
\*b 35D3-5 \*d PZ (= P[lacZ, hsp70, ry$sup+$esu]) \*j PZ05277 \*k l(2)35Dd \*l
cn \*m l(2)br37 \*o probably cluster-mate of PZ7 \*q 5277 \*f Spradling,
Baltimore \#
\*b 35D3-5 \*d PZ (= P[lacZ, hsp70, ry$sup+$esu]) \*j PZ05278 \*k l(2)35Dd \*l
cn \*m l(2)br37 \*o probably cluster-mate of PZ6 \*q 5278 \*f Spradling,
Baltimore \#
\*b 35D3-5 \*d PZ (= P[lacZ, hsp70, ry$sup+$esu]) \*j PZ10427 \*k l(2)35Dd \*l
cn \*m l(2)br37 \*q 10427 \*f Spradling, Baltimore \#
\*j PW8/7 \*q 8/7 \*d PlacW \*f Kiss, Szeged \*k l(2)35Dd \*l wild-type \*m l(2)br37 \#
\*j PW50/7 \*q 50/7 \*b 35D3-4 \*d PlacW \*f Kiss, Szeged \*k l(2)35Dd \*l
wild-type \*m l(2)br37 \#
\*j PW91/9 \*q 91/9 \*d PlacW \*f Kiss, Szeged \*k l(2)35Dd \*l wild-type \*m
l(2)br37 \#
NB T(2;3)H16 has been renamed as T(2;3)G16
TE116 = TE35D!
l(2)35Dh
\*j AS64 \*k l(2)35Dh \*l b pr cn bw \*f Roth \*e EMS \#
l(2)35Di
only one allele:
\*j RAR8 \*k l(2)35Di \*l b pr cn bw \*f Roth \*e EMS \#
l(2)35Fa
I know of only 4 alleles, one of which is very recent:
\*j X7 \*k l(2)35Fa \*f Roth \*l b pr cn wx bw \*e EMS \#
\*j X10 \*k l(2)35Fa \*f Roth \*l b pr cn wx bw \*e EMS \#
\*j AR66 \*k l(2)35Fa \*f Roth \*l b pr cn wx bw \*e EMS \#
\*j IK2 \*q 31/5 \*b 57A and 85C \*k l(2)35Fa \*f Kiss, Szeged \#
l(2)35Fb
i know of only 1:
\*j AS96 \*k l(2)35Fb \*f Roth \*e EMS \*l b pr cn wx bw \#
l(2)35Fc
I know of 1 'old' allele and 2 new ones:
\*j AR144 \*k l(2)35Fc \*f Roth \*e EMS \*l b pr cn wx bw \#
\*j PW114 /3*q 114/3 \*b 35F6-7 \*d PlacW \*f Kiss, Szeged \*k l(2)35Fc \*l
wild-type \#
\*j PW124/1 \*q 124/1 \*b 35F6-7 \*d PlacW \*f Kiss, Szeged \*k l(2)35Fc \*l
wild-type \#
l(2)35Fd
one old allele and many new ones:
\*j RAR46 \*k l(2)35Fd \*l b pr cn bw \*f Roth \*e EMS \#
\*b 35F1.2 \*d PZ (= P[lacZ, hsp70, ry$sup+$esu]) \*j PZ00232 \*k l(2)35Fd \*l
cn \*m \*q 0232 \*f Spradling, Baltimore \#
\*j PZ03101 \*d PZ (= P[lacZ, hsp70, ry$sup+$esu]) \*k l(2)35Fd \*l cn \*m \*q
3101 \*f Spradling, Baltimore \#
\*j PZ06872*d PZ (= P[lacZ, hsp70, ry$sup+$esu]) \*k l(2)35Fd \*l cn \*m \*q
6872 \*f Spradling, Baltimore \#
\*j PW8/9 \*d PlacW \*f Kiss, Szeged \*k l(2)35Fd \*l wild-type \#
\*j PW55/19 (cluster of 2)35Fd \*d PlacW \*f Kiss, Szeged \*k l(2) \*l wild-type \#
\*j PW56/1 \*b 35F4-5 (cluster of 9)35Fd \*d PlacW \*f Kiss, Szeged \*k l(2) \*l
wild-type \#
\*j PW62/7 \*d PlacW \*f Kiss, Szeged \*k l(2)35Fd \*l wild-type \#
\*j PW80/7 \*d PlacW \*f Kiss, Szeged \*k l(2)35Fd \*l wild-type \#
\*j PW88/6 \*d PlacW \*f Kiss, Szeged \*k l(2)35Fd \*l wild-type \#
\*j PW92/14 (cluster of 3)35Fd \*d PlacW \*f Kiss, Szeged \*k l(2) \*l wild-type \#
\*j PW97/4 \*d PlacW \*f Kiss, Szeged \*k l(2)35Fd \*l wild-type \#
\*j PW104/15 \*b 35F1-2 \*d PlacW \*f Kiss, Szeged \*k l(2)35Fd \*l wild-type \#
\*j PW110/24 \*d PlacW \*f Kiss, Szeged \*k l(2)35Fd \*l wild-type \#
\*j PW136/11 \*d PlacW \*f Kiss, Szeged \*k l(2)35Fd \*l wild-type \#
\*j PW161/29 \*d PlacW \*f Kiss, Szeged \*k l(2)35Fd \*l wild-type \#
\*j PW216/2 \*d PlacW \*f Kiss, Szeged \*k l(2)35Fd \*l wild-type \#.
\*b 35F1-2 \*j PW78/29 \*f Kiss, Szeged \*k l(2)35Fd \*l wild-type \*d PlacW \#
\*b 35F4-5 \*j PW58/14 \*f Kiss, Szeged \*k l(2)35Fd \*l wild-type \#
l(2)35Fe
one old, one new:
\*j AS63 \*k l(2)35Fe \*f Roth \*e EMS \*l b pr cn wx bw \#
\*j PW146/8 \*b 35F11-12 \*d PlacW \*f Kiss, Szeged \*k l(2)35Fe \*l wild-type \#
l(2)35Ff
\*j AR113 \*k l(2)35Ff \*f Roth \*e EMS \*l b pr cn wx bw \#
l(2)35Cd
I only know of 8 old alleles and 2 new ones:
\*j B8 \*k l(2)35Cd \*e EMS \*l cn bw sp \*f Pat Simpson \*m l(2)br34 \#
\*j B14 \*k l(2)35Cd \*e EMS \*l cn bw sp \*f Pat Simpson \*m l(2)br34 \#
\*j HG39 \*k l(2)35Cd \*e EMS \*l Adh$supn10$esucn vg \*m l(2)br34 \#
\*j HG43 \*k l(2)35Cd \*e EMS \*l b Adh$supF$esupr \*m l(2)br34 \#
\*j VT7 \*k l(2)35Cd \*e EMS \*l cn bw sp \*f Pat Simpson \*m l(2)br34 \#
\*j P34 \*k l(2)35Cd \*e EMS \*l b pr cn bw \*f Pat Simpson \*m l(2)br34 \#
\*j VT7 \*k l(2)35Cd \*e EMS \*l cn bw sp \*f Pat Simpson \*m l(2)br34 \#
\*j d577 \*k l(2)35Cd \*l b cn \*f Goldsmith \*e P element \*m l(2)br34 \#
\*b 35D1-4 \*d PZ (= P[lacZ, hsp70, ry$sup+$esu]) \*j PZ06430 \*k l(2)35Cd \*l
cn \*m l(2)br34 \*q 6430 \*f Spradling, Baltimore \#
\*j IK1 \*q 6/10 \*f Kiss, Szeged \*k l(2)35Cd \*l wild-type \*m l(2)br34 \#
lac
I know of 16 old alleles and 7 new:
\*j AM1 \*k lac \*e spontaneous \*l Su(H) l(2)Su(H) whd \*m l(2)br36, l(2)35Dc \#
\*j HG34 \*k lac \*e EMS \*l Adh[n7] cn (vg) \*m l(2)br36, l(2)35Dc \#
\*j P42 \*k lac \*e EMS \*l b pr cn bw \*f Pat Simpson \*m l(2)br36, l(2)35Dc \#
\*j TB8 \*k lac \*e X-rays \*o T(Y;2)TB8 \*f Lyttle \*m l(2)br36, l(2)35Dc \#
\*j VM1 \*k lac \*e EMS \*l \*f Pat Simpson \*m l(2)br36, l(2)35Dc \#
\*j VM2 \*k lac \*e EMS \*l \*f Pat Simpson \*m l(2)br36, l(2)35Dc \#
\*j VT1 \*k lac \*e EMS \*l cn bw sp \*f Pat Simpson \*m l(2)br36, l(2)35Dc \#
\*j VT2 \*k lac \*e EMS \*l cn bw sp \*f Pat Simpson \*m l(2)br36, l(2)35Dc \#
\*j VT3 \*k lac \*e EMS \*l cn bw sp \*f Pat Simpson \*m l(2)br36, l(2)35Dc \#
\*j VT4 \*k lac \*e EMS \*l cn bw sp \*f Pat Simpson \*m l(2)br36, l(2)35Dc \#
\*j VT5 \*k lac \*e EMS \*l b pr cn bw \*f Pat Simpson \*m l(2)br36, l(2)35Dc \#
\*j VT6 \*k lac \*e EMS \*l cn bw sp \*f Pat Simpson \*m l(2)br36, l(2)35Dc \#
\*j VT8 \*k lac \*e EMS \*l cn bw sp \*f Pat Simpson \*m l(2)br36, l(2)35Dc \#
\*j VT9 \*k lac \*e EMS \*l b pr cn bw \*f Pat Simpson \*m l(2)br36, l(2)35Dc \#
\*j VT10 \*k lac \*e EMS \*l b cn bw \*f Pat Simpson \*m l(2)br36, l(2)35Dc \#
\*j VT11 \*k lac \*e EMS \*l b pr cn bw \*f Pat Simpson \*m l(2)br36, l(2)35Dc \#
\*j IRX6 \*k lac \*f Simpson \*m l(2)br36, l(2)35Dc \#
\*j PW7/6 \*b 35D1-4 and 46A1-2 \*d PlacW \*f Kiss, Szeged \*k lac \*l wild-type
\*m l(2)35Dc, l(2)br36 \#
\*j PW23/3 \*b 35D3-4 \*d PlacW \*f Kiss, Szeged \*k lac \*l wild-type \*m
l(2)35Dc, l(2)br36 \#
\*j PW53/5 \*b 35D3-4 \*d PlacW \*f Kiss, Szeged \*k lac \*l wild-type \*m
l(2)35Dc, l(2)br36 \#
\*j PW75/1 \*b 35D3-4 \*d PlacW \*f Kiss, Szeged \*k lac \*l wild-type \*m
l(2)35Dc, l(2)br36 \#.
\*j PW82/8 \*b 24C1-2 and 35D1-2 \*d PlacW \*f Kiss, Szeged \*k lac \*l wild-type
\*m l(2)35Dc, l(2)br36 \#
\*j PW113/9 \*b 35D1-2 and 54B12-16 \*d PlacW \*f Kiss, Szeged \*k lac \*l
wild-type \*m l(2)35Dc, l(2)br36 \#
BicC
11 alleles:
\*j AA29 \*k BicC \*f Roth \*l b pr cn wx bw \*e EMS \#
\*j AR108 \*k BicC \*f Roth \*l b pr cn wx bw \*e EMS \#
\*j AA4 \*k BicC \*f Roth \*l b pr cn wx bw \*e EMS \#
\*j AB74 \*k BicC \*f Roth \*l b pr cn wx bw \*e EMS \#
\*j AB79 \*k BicC \*f Roth \*l b pr cn wx bw \*e EMS \#
\*j AR72 \*k BicC \*f Roth \*l b pr cn wx bw \*e EMS \#
\*j AR96 \*k BicC \*f Roth \*l b pr cn wx bw \*e EMS \#
\*j WC45 \*k BicC \*f Schupbach \*l cn bw sp \#
\*j YC33 \*k BicC \*f Nusslein-Volhard \#
\*j PE37 \*k BicC \*f Schupbach \*l cn bw \#
\*j QL53 \*k BicC \*f Schupbach \*l cn bw \#
l(2)35Df
4 old, 1 new:
\*j P15 \*k l(2)35Df \*e EMS \*l b pr cn bw \*f Pat Simpson \*m l(2)br44 \#
\*j P32 \*k l(2)35Df \*e EMS \*l b pr cn bw \*f Pat Simpson \*m l(2)br44 \#
\*j P36 \*k l(2)35Df \*e EMS \*l b pr cn bw \*f Pat Simpson \*m l(2)br44 \#
\*j RX1 \*k l(2)35Df \*e EMS \*l b pr cn bw \*f Pat Simpson \*m l(2)br44 \#
\*j PW144/23 \*b 35D5-7 \*d PlacW \*f Kiss, Szeged \*k l(2)35Df \*l wild-type \*m
l(2)br44 \#
l(2)35Dg
5 alleles only!
\*j P29 \*k l(2)35Dg \*e EMS \*l b pr cn bw \*f Pat Simpson \*m l(2)br45 \#
\*j P31 \*k l(2)35Dg \*e EMS \*l b pr cn bw \*f Pat Simpson \*m l(2)br45 \#
\*j P34 \*k l(2)35Dg \*e EMS \*l b pr cn bw \*f Pat Simpson \*m l(2)br34 \#
\*j P40 \*k l(2)35Dg \*e EMS \*l b pr cn bw \*f Pat Simpson \*m l(2)br45 \#
\*j RAR77 \*k l(2)35Dg \*l b pr cn bw \*f Roth \*e EMS \*m l(2)br45 \#
fzy
2 alleles:
\*j X4 \*k fzy \*f Roth \*l b pr cn wx bw \*e EMS \#
\*j IB115 \*k fzy \*l cn bw sp \*f Simpson \#
sna
22 alleles:
\*j 4.26 \*k sna \*e EMS \*l b pr cn wxt bw \*f Nusslein-Volhard \*m l(2)br28,
l(2)35Db \#
\*j 18.19 \*k sna \*e EMS \*l b pr cn wxt bw \*f Nusslein-Volhard \*m l(2)br28,
l(2)35Db \#
\*j IIGO5 \*k sna \*e EMS \*l cn bw sp \*f Nusslein-Volhard \*m l(2)br28, l(2)35Db \#
\*j EY1 \*k sna \*e EMS \*l b pr cn bw \*f Pat Simpson \*m l(2)br28, l(2)35Db \#.
\*j EY2 \*k sna \*e EMS \*l b pr cn bw \*f Pat Simpson \*m l(2)br28, l(2)35Db \#
\*j EY3 \*k sna \*e EMS \*l b pr cn bw \*f Pat Simpson \*m l(2)br28, l(2)35Db \#
\*j HG31 \*k sna \*e EMS \*l Adh[n7]cn (vg) \*m l(2)br28, l(2)35Db \#
\*j R1 \*k sna \*e X-rays \*l b pr cn bw \*f Pat Simpson \*m l(2)br28, l(2)35Db \#
\*j RY1 \*k sna \*e X-rays \*l b pr cn bw \*f Pat Simpson \*m l(2)br28, l(2)35Db \#
\*j V1 \*k sna \*e EMS \*l cn bw sp \*f Pat Simpson \*m l(2)br28, l(2)35Db \#
\*j V2 \*k sna \*e EMS \*l cn bw sp \*f Pat Simpson \*m l(2)br28, l(2)35Db \#
\*j V3 \*k sna \*e EMS \*l cn bw sp \*f Pat Simpson \*m l(2)br28, l(2)35Db \#
\*j V4 \*k sna \*e EMS \*l cn bw sp \*f Pat Simpson \*m l(2)br28, l(2)35Db \#
\*j V5 \*k sna \*e EMS \*l b pr cn bw \*f Pat Simpson \*m l(2)br28, l(2)35Db \#
\*j V6 \*k sna \*e EMS \*l b pr cn bw \*f Pat Simpson \*m l(2)br28, l(2)35Db \#
\*j V7 \*k sna \*e EMS \*l cn bw sp \*f Pat Simpson \*m l(2)br28, l(2)35Db \#
\*j VD1 \*k sna \*e EMS \*l b pr cn bw \*f Pat Simpson \*m l(2)br28, l(2)35Db \#
\*j VD2 \*k sna \*e EMS \*l b pr cn bw \*f Pat Simpson \*m l(2)br28, l(2)35Db \#
\*k sna \*j RY2 \*l b pr cn bw \*f Pat Simpson \*e X-rays \*o T(2;3)sna[RY2] \*m
l(2)br28, l(2)35Db \#
\*k sna \*j RY3 \*l b pr cn bw \*f Pat Simpson \*e X-rays \*m l(2)br28, l(2)35Db \#
\*j ry40 \*k sna \*l b pr cn bw \*f Simpson \*m l(2)br28, l(2)35Db \#
\*j AM15 \*k sna \*l GR28[2D] osp90[2P] \*m l(2)br28, l(2)35Db \#