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Table 3 ePK subfamilies in P. infestans and H. arabidopsidis

From: The kinome of Phytophthora infestans reveals oomycete-specific innovations and links to other taxonomic groups

  

Number of kinases

  

Number of kinases

Family

Subfamily

P. infestans

H. arabidopsidis

Family

Subfamily

P. infestans

H. arabidopsidis

AGC

AKT/PKB

20

20

TK

-

2

0

 

GRK

1

0

    
 

MAST

1

1

TKL

MLK/LRRK

28

15

 

NDR

1

1

 

STRK/RIPK

2

2

 

PKA

7

4

 

IRAK

5

5

 

PKG

6

1

 

OS1

14

2

 

RSK

6

3

 

OS2

25

10

 

SGK

3

3

 

OS3

33

7

 

unclassified

2

3

 

OS4

21

10

     

other LRR

7

4

CAMK

CAMK1

27

19

 

OS4

21

10

 

CAMK-a

18

14

 

unclassified

2

2

 

CAMK-b

8

2

    
 

CAMK-c

9

6

OTHER

AURORA

4

3

 

CAMK-d

6

6

 

NAK

4

1

     

NEK

7

3

CMGC

CDK

17

16

 

PEK

5

5

 

CDKL

4

0

 

POLO

2

2

 

CK2

1

1

 

SCY1

1

1

 

CLK

1

1

 

ULK

2

2

 

DYRK

5

5

 

VSP15

1

1

 

GSK

1

1

 

WEE

2

2

 

MAPK

15

8

 

WNK

1

1

 

RCK

3

0

 

unclassified

5

3

 

SRPK

1

1

    

STE

STE7

6

3

    
 

STE11

5

1

    
 

STE20

4

3

    
  1. Assignments are based on phylogenetic analysis of oomycete proteins against human ePKs, with a few exceptions. For CAMK, the CAMK1 group clusters well with that human subfamily, but others could not be unambigously assigned and are instead placed into four oomycete-specific clades (a to d). For the TKL family, the MLK/LRRK subfamily combines MLK and LRRK-like kinases, since these were not clearly separated in phylogenetic analyses, and the same is true for the RIPK/STRK subfamily.