Kinase, in vitro: 

An enzyme-substrate reaction that occurs in non-living experimental conditions such as a test tube. For example, a purified enzyme is reacted with a substrate protein or mixture of proteins or peptides.

ATM S139-p
JNK1 S139-p
JNK2 S139-p
 Putative in vivo kinases: 

An enzyme-substrate reaction that occurs within living cells; includes cultured cells, ex vivo samples, and intact organisms. In the case of kinases, the large number of protein kinases in intact cells makes exact identification of the responsible kinase challenging.

ATM S139-p
JNK1 S139-p
JNK2 S139-p
Phosphatases, in vitro:
PPM1D S139-p
Regulatory protein:
ATM S139-p
ATR S139-p
DNAPK S139-p
ERK2 S139-p
HDAC2 S139-p
HDAC3 S139-p
JNK1 S139-p
JNK2 S139-p
MAPKAPK2 S139-p
MDM4 S139-p
P38B S139-p
POT1 S139-p
PTPN2 S139-p
ROCK1 S139-p
S6 S139-p
SMO S139-p
TOP3B S139-p
TREX1 S139-p
TSC2 S136-p
Treatment:
adriamycin S139-p
aphidicolin S139-p
bleomycin S139-p
calyculin_A S139-p
camptothecin S139-p
cisplatin S139-p
etoposide S139-p
HA-1077 S139-p
hydroxyurea S139-p
hypoxia S139-p
insulin S136-p , S139-p
ionizing_radiation S139-p
KU-55933 S139-p
low_pH S139-p
LY294002 S136-p , S139-p
MMS S136-p
neocarzinostatin S139-p
osmotic_stress S139-p
PD98059 S139-p
SB202190 S139-p
serum S139-p
siRNA S139-p
SP600125 S139-p
tempol S139-p
thymidine S139-p
U0126 S139-p
UV S139-p
VM-26 S139-p
wortmannin S139-p