12
Supplemental Fig. S1 0% 5% 10% 15% 20% 25% extracellular (P=0.000) cell wall (P=0.000) ribosome (P=0.001) ER (P=0.294) golgi apparatus (P=0.005) plasma membrane (P=0.000) mitochondria (P=0.000) cytosol (P=0.553) other cellular components (P=0.000) nucleus (P=0.000) other membranes (P=0.970) plastid (P=0.000) other cytoplasmic components (P=0.383) unknown cellular components(P=0.52 0) chloroplast (P=0.000) other intracellular A. Cellular component Brassica COS A. thaliana 0% 5% 10% 15% 20% 25% 30% receptor binding or activity (P=0.049) structural molecule activity (P=0.207) transporter activity (P=0.000) other molecular functions (P=0.003) transcription factor activity(P=0.003 ) kinase activity (P=0.000) nucleic acid binding (P=0.292) nucleotide binding (P=0.307) DNA or RNA binding (P=0.777) transferase activity (P=0.000) other enzyme activity (P=0.020) hydrolase activity (P=0.063) other binding B. Molecular function Brassica COS A. thaliana 0% 5% 10% 15% 20% 25% 30% electron transport or energy pathways (P=0.176) signal transduction (P=0.000) transcription,DNA- dependent (P=0.632) transport (P=0.000) other biological processes (P=0.000) response to abiotic or biotic stimulus (P=0.000) protein metabolism (P=0.082) cell organization and biogenesis (P=0.592) DNA or RNA metabolism (P=0.000) response to stress (P=0.011) developmental processes (P=0.127) other metabolic processes (P=0.000) unknown biological processes (P=0.000) other cellular processes (P=0.000) C. Biological process Brassica COS A. thaliana

Supplemental Fig. S1

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extracellular (P=0.000) cell wall (P=0.000) ribosome (P=0.001) ER (P=0.294) golgi apparatus (P=0.005) plasma membrane (P=0.000) mitochondria (P=0.000) cytosol (P=0.553) other cellular components (P=0.000) nucleus (P=0.000) other membranes (P=0.970) plastid (P=0.000) - PowerPoint PPT Presentation

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Page 1: Supplemental Fig. S1

Supplemental Fig. S1

0%

5%

10%

15%

20%

25%

extr

acel

lula

r(P

=0.

000)

cell

wal

l(P

=0.

000)

rib

osom

e(P

=0.

001) ER

(P=

0.29

4)

golg

i app

arat

us(P

=0.

005)

plas

ma

mem

bran

e(P

=0.

000)

mito

chon

dria

(P=

0.00

0)

cyto

sol

(P=

0.55

3)

othe

r ce

llula

r co

mpo

nent

s (P

=0.

000)

nucl

eus

(P=

0.00

0)

othe

r m

embr

anes

(P=

0.97

0)

plas

tid(P

=0.

000)

othe

r cy

topl

asm

ic

com

pone

nts

(P=

0.38

3)

unkn

own

cellu

lar

com

pone

nts(

P=

0.52

0)

chlo

ropl

ast

(P=

0.00

0)

othe

r in

trac

ellu

lar

com

pone

nts

(P=

0.00

0)

A. Cellular component

Brassica COSA. thaliana

0%

5%

10%

15%

20%

25%

30%

rece

ptor

bin

ding

or

act

ivity

(P

=0.

049)

stru

ctur

al m

olec

ule

activ

ity (

P=

0.20

7)

tran

spor

ter

activ

ity(P

=0.

000)

othe

r m

olec

ular

fu

nctio

ns (

P=

0.00

3)

tran

scrip

tion

fact

or a

ctiv

ity(P

=0.

003)

kina

se a

ctiv

ity(P

=0.

000)

nucl

eic

acid

bin

ding

(P=

0.29

2)

nucl

eotid

e bi

ndin

g(P

=0.

307)

DN

A o

r R

NA

bin

ding

(P=

0.77

7)

tran

sfer

ase

activ

ity(P

=0.

000)

othe

r en

zym

e ac

tivity

(P=

0.02

0)

hydr

olas

e ac

tivity

(P=

0.06

3)

othe

r bi

ndin

g(P

=0.

001)

prot

ein

bind

ing

(P=

0.00

0)

unkn

own

mol

ecul

ar

func

tions

(P

=0.

000)

B. Molecular function

Brassica COSA. thaliana

0%

5%

10%

15%

20%

25%

30%

elec

tron

tra

nspo

rt o

ren

ergy

pat

hway

s (P

=0.

176)

sign

al t

rans

duct

ion

(P=

0.00

0)

tran

scrip

tion,

DN

A-

depe

nden

t (P

=0.

632)

tran

spor

t(P

=0.

000)

othe

r bi

olog

ical

pro

cess

es (

P=

0.00

0)

resp

onse

to

abio

tic o

r bi

otic

stim

ulus

(P

=0.

000)

prot

ein

met

abol

ism

(P=

0.08

2)

cell

orga

niza

tion

and

biog

enes

is (

P=

0.59

2)

DN

A o

r R

NA

met

abol

ism

(P=

0.00

0)

resp

onse

to

stre

ss(P

=0.

011)

deve

lopm

enta

l pr

oces

ses

(P=

0.12

7)

othe

r m

etab

olic

pr

oces

ses

(P=

0.00

0)

unkn

own

biol

ogic

al

proc

esse

s (P

=0.

000)

othe

r ce

llula

rpr

oces

ses

(P=

0.00

0)

C. Biological process

Brassica COSA. thaliana

Page 2: Supplemental Fig. S1

Supplemental Fig. S2

COS0015 COS0084

At Rs A B C AB AC BC A+B A+C B+C At Rs A B C AB AC BC A+BA+C B+C

COS0264 COS0420

At Rs A B C AB AC BC A+BA+C B+C At Rs A B C AB AC BC A+BA+C B+C

COS0566 COS0842

At Rs A B C AB AC BC A+B A+C B+C At Rs A B C AB AC BC A+BA+C B+C

Page 3: Supplemental Fig. S1

Supplemental Fig. S3

0.02

B. rupestris B. rapa

B. macrocarpa B. bivoniana

B. drepanensis B. villosa

B. oleracea B. nigra

R. sativus B. spinescens

B. fruticulosaB. repanda

A. thaliana

9859

75

84

90

27

28

6527

Page 4: Supplemental Fig. S1

Supplemental Fig. S4

AK1

AK2

AK3

AK4

AK5

AK6

AK7

AK8

Page 5: Supplemental Fig. S1

Supplemental Fig. S5.

LF

MF1

MF2

A. AK1

Page 6: Supplemental Fig. S1

Supplemental Fig. S5

B. AK2

LF

MF1

MF2

Page 7: Supplemental Fig. S1

Supplemental Fig. S5

C. AK3

LF

MF1

MF2

Page 8: Supplemental Fig. S1

Supplemental Fig. S5

D. AK4

LF

MF1

MF2

Page 9: Supplemental Fig. S1

Supplemental Fig. S5

E. AK5

LF

MF1

MF2

Page 10: Supplemental Fig. S1

Supplemental Fig. S5

F. AK6

LF

MF1

MF2

Page 11: Supplemental Fig. S1

Supplemental Fig. S5

G. AK7

LF

MF1

MF2

Page 12: Supplemental Fig. S1

Supplemental Fig. S5

H. AK8

LF

MF1

MF2