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Table 2 Genes used in this study. From the data of Gibson et al. (2004), 34 candidate genes were chosen for study whose transcripts were expressed to higher levels in either Oregon R (OrR) or Russian 2b (R2b) strain (P < 0.01) (first geneset) or did not vary between strains (P > 0.1) (second geneset) and did not vary between the sexes or have sex by strain interaction (P > 0.05 or P > 0.1, for the two genesets respectively). (CODE, CG number from FlyBase Release 3.0; EXP. DIFF., indicates where gene expression on microarray does or does not vary between strains; N, number of replicate probes representing gene on microarray; CHR., chromosomal location; LEN., length of promoter analyzed in this study; ACC. #, GenBank accession numbers for gene's proximal promoter in the OrR strain followed by the R2b strain)

From: Reverse transcriptional profiling: non-correspondence of transcript level variation and proximal promoter polymorphism

CODE

NAME

EXP. DIFF.

N

CHR.

FUNCTION

LEN.

ACC. #

CG1762

Bintv

OrR>R2b

4

2L

cell adhesion

1518

DQ017407,6

CG1944

CYP4P2

OrR>R2b

5

2R

steroid metabolism

1530

DQ017409,8

CG5105

Plap

OrR>R2b

5

2L

phospholipase A2 activator

1539

DQ017395,4

CG5952

Fer2

OrR = R2b

3

3R

transcription factor

1452

DQ017400,1

CG6547

mRpL2a

OrR = R2b

3

3R

ribosome structure

1448

DQ017398,9

CG7779

Cng

OrR = R2b

5

2R

cation channel

1622

DQ017397,6

CG8095

Scab

OrR>R2b

5

2R

cell adhesion

1652

DQ017403,2

CG9765

tacc

OrR = R2b

3

3R

microtubule binding

1428

DQ017405,4

CG10488

eyg

OrR>R2b

4

3L

transcription factor

1494

DQ017410,1

CG14827

mei-P22

OrR = R2b

4

3L

meiotic recombination

1392

DQ017412,3

CG1922

onecut

OrR = R2b

3

4

transcription factor

2410

DQ017414,5

CG3584

qkr58E-3

R2b>OrR

3

2R

RNA binding

1720

DQ017416,7

CG3616

CYP9C1

R2b>OrR

3

2R

unknown

1645

DQ017418,9

CG3758

esg

OrR = R2b

3

2L

transcription factor

1890

DQ017420,1

CG4485

CYP9B1

R2b>OrR

3

2R

unknown

1629

DQ017422,3

CG4871

ST6Gal

OrR>R2b

3

2R

polysaccharide metabolism

1776

DQ017424,5

CG5517

Ide

OrR>R2b

3

3L

unknown

1746

DQ017426,7

CG6715

KP78a

OrR = R2b

3

3R

protein kinase

1623

DQ017428,9

CG8585

Ih

OrR = R2b

3

2R

cation channel

1516

DQ017430,1

CG9847

Fkbp13

R2b>OrR

4

2R

protein folding

1676

DQ017432,3

CG10002

fkh

OrR = R2b

3

3R

transcription factor

1857

DQ017434,5

CG10094

CYP313A2

OrR = R2b

3

3R

steroid metabolism

1537

DQ017436,7

CG10692

Mt2

OrR = R2b

3

2L

DNA methylation

1577

DQ017438,9

CG11084

pk

OrR = R2b

3

2R

cell polarity

1523

DQ017440,1

CG11186

toy

OrR>R2b

3

4

transcription factor

2061

DQ017442,3

CG11895

stan

OrR = R2b

3

2R

GPC receptor

1636

DQ017444,5

CG15807

CYP313A5

OrR = R2b

3

3R

steroid metabolism

1390

DQ017446,7

CG16963

Cry

OrR>R2b

3

2L

eye lens structure

1769

DQ017448,9

CG18647

bin

R2b>OrR

3

3L

transcription factor

1595

DQ017450,1

CG4088

lat

R2b>OrR

3

2R

olfactory learning

2000

DQ017455,4

CG9379

by/tensin

R2b>OrR

3

3R

actin binding

1498

DQ017456,7

CG9712

TSG101

R2b>OrR

3

3L

ubiquitin-protein ligase

1374

DQ017453,2

CG13432

l(2)05510

R2b>OrR

3

2R

unknown

1404

DQ017458,9

CG31908

NA

R2b>OrR

2

2L

unknown

1328

DQ017460,1