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.

AMPKA1 S295-p , S314-p
AMPKA2 S295-p , S314-p
PDHK1 S293-p
PDHK1 S232-p , S293-p , S300-p
PDHK4 S232-p , S293-p
PDK1 S293-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.

Abl Y301-p
AMPKA1 S295-p , S314-p
AMPKB1 S295-p , S314-p
AMPKG2 S295-p , S314-p
FGFR1 Y301-p
FLT3 Y301-p
JAK2 Y301-p
PDHK1 S232-p , S293-p , S300-p
PDHK2 S232-p , S293-p , S300-p
PDHK3 S293-p , S300-p
PDHK4 S293-p , S300-p
Src Y289-p
Phosphatases, in vitro:
PDP2 S293-p
PPP3CA S232-p , S293-p , S300-p
PPP3CB S232-p , S293-p , S300-p
Putative upstream phosphatases:
PDP1 S232-p , S293-p , S300-p
PPP3CA S232-p , S293-p , S300-p
Regulatory protein:
Akt1 S293-p
BACH1 S293-p
BRAF S293-p
CA9 S232-p
EGFR Y301-p
FOXK1 S232-p , S293-p , S300-p
FOXK2 S232-p , S293-p , S300-p
FOXM1 S293-p
HIF1A S232-p
IDH1 S293-p , S300-p
IREB2 S232-p
Myc S293-p
PDHK1 S232-p , S293-p
PDHK4 S232-p , S293-p , S300-p
PDK1 S293-p
PDP1 S232-p , S293-p , S300-p
PDP2 S232-p , S293-p , S300-p
SIRT3 K83-ac
SPG7 S293-p
STAU S232-p
SULF1 S293-p
TPD52L2 S232-p , S300-p
Treatment:
1,25_dihydroxyvitamin_D S293-p
A-769662 S295-p , S314-p
ADI-PEG20 S300-p
AG490 Y301-p
angiotensin_2 K83-ac
apitolisib S293-p
AZD7545 S293-p , S300-p
BGT226 S300-p
butyrate S293-p
ciclosporin S232-p , S293-p , S300-p
CoCl2 S232-p , S293-p , S300-p
compound_C S295-p , S314-p
CT-99021 S293-p
dactolisib S293-p , S300-p
DCA S232-p , S293-p , S300-p , Y301-p
desferoxamine S232-p , S300-p
dicoumarol S232-p
DMOG S232-p , S293-p , S300-p
dovitinib Y301-p , K321-ac
doxycycline S293-p
EGF S232-p , S293-p , S300-p , Y301-p , K321-ac
exercise S293-p , S295-p , S300-p
fasting S293-p , S300-p
fish_oil S232-p , S293-p , S300-p
FK506 S232-p , S293-p , S300-p
GH S293-p , S300-p
glucose_starvation S293-p , S295-p , S314-p
HH-F3 S293-p
high-fat diet S293-p , S300-p
high_glucose S293-p
hypoxia S232-p , S293-p , S300-p
imatinib Y301-p
ionomycin S232-p , S293-p , S300-p
ischemia S300-p
JX06 S232-p , S293-p
lncRNAs S293-p
metastatic potential S232-p , S293-p , S295-p , S300-p
MG132 S232-p
miRNA S293-p
Mitaplatin S232-p , S293-p , S300-p
MK-2206 S293-p
monolayer culture S293-p
MS275 K321-ac
NAC S293-p
NG52 S293-p
nicotinamide K18-ac , K39-ac , K244-ac , S293-p , K321-ac
nocodazole S232-p , S293-p , S295-p
normal chow diet S293-p
normoxia S232-p
oleic_acid S232-p , S293-p , S300-p
oligomycin Y301-p
phorbol_ester S232-p , S293-p , S300-p
siRNA S232-p , S293-p , S295-p , S300-p , S314-p
spheroid culture S293-p
taselisib S293-p
terbutaline S293-p , S300-p
TK1258 S293-p
trichostatin_A K18-ac , K39-ac , K244-ac , S293-p , K321-ac
U0126 S293-p , Y301-p
VER-246608 S232-p , S293-p , S300-p
virus infection S293-p
vorinostat K321-ac