Typical MKPs |
DUSP1
|
MKP1 |
5 |
Nuclear |
JNK, p38 > ERK |
ERK, p38 |
Involved in infectious diseases, pulmonary diseases, inflammatory disorders, atherosclerosis, tumorigenesis and tumor progression [22]. |
DUSP2
|
PAC1 |
2 |
Nuclear |
ERK, JNK, p38 |
ERK, JNK |
Involved in immune and inflammatory responses, cancer, CLN3 disease and endometriosis [23]. |
DUSP4
|
MKP2 |
8 |
Nuclear |
ERK, JNK > p38 |
ERK |
Involved in inflammatory cytokine secretion, susceptibility to sepsis shock, and resistance to Leishmania mexicana infection [24,25]. |
DUSP5
|
hVH3 |
10 |
Nuclear |
ERK |
ERK |
Plays an anti-inflammatory role and has tumor suppressive functions in several types of cancer [26]. |
DUSP6
|
MKP3 |
12 |
Cytoplasmic |
ERK |
ERK |
Plays a role in carcinogenesis in several cancers as an oncogene or a tumor suppressor [27]. |
DUSP7
|
MKPX |
3 |
Cytoplasmic |
ERK, JNK, p38 |
N/D |
Involved in some cancers [28]. |
DUSP8
|
hVH5 |
11 |
Dually-located |
ERK, JNK, p38 |
N/D |
Plays a role in the central nervous system, circulatory system, urinary system, immune system, genetic diseases and cancers [29]. |
DUSP9
|
MKP4
|
X
|
Cytoplasmic
|
ERK >> p38, JNK
|
N/D
|
Involved in development of cardiac dystrophy, metabolic diseases and cancers [30,31,32,33,34]. |
(MAP3K5/ASK1)
|
DUSP10
|
MKP5 |
1 |
Dually-located |
JNK, p38 >> ERK |
N/D |
Involved in immune response, anti-inflammatory response and some cancers [35]. |
DUSP16
|
MKP7 |
12 |
Dually-located |
JNK |
N/D |
Involved in non-alcoholic steatohepatitis and some cancers [36]. |
Atypical MKPs |
DUSP14
|
MKP6 |
17 |
Dually-located |
ERK, JNK, p38 |
N/D |
Involved in immune response, bone diseases and cancers [37]. |
DUSP26
|
MKP8 |
8 |
Nuclear |
p38 |
N/D |
Regulates neuronal cell proliferation and acts as an oncogene or a tumor suppressor depending on the cellular context [38]. |