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.

Abl Y143-p
AMPKA1 S9-p
CAMK2A S9-p
CDK5 S131-p
mTOR S127-p
P38A S131-p
PINK1 S65-p
PLK1 S378-p
ULK1 S108-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 Y143-p
AMPKA1 S9-p
CDK5 S131-p
CK1A S101-p , S378-p
mTOR S127-p
PINK1 S65-p
ULK1 S108-p
Regulatory protein:
AMPKA1 S65-p , S108-p
AMPKA1 S108-p
AMPKA2 S108-p
ERK7 S108-p
PDE4B S131-p
SYN1 S131-p
Treatment:
2-deoxyglucose S378-p
991 S65-p , S108-p
A769662 S9-p
antimycin_A S65-p , S108-p
BI2536 S378-p
CCCP K27-ub , K48-ub , S65-p , K76-ub , S108-p
cycloheximide S9-p
DA Y143-p
FCCP S65-p
H-89 S131-p
imatinib Y143-p
INK-128 S108-p
kinetin S65-p
KN-93 S9-p
metformin S9-p
MK8722 S108-p
MPP+ Y143-p
mutation K129-ac , K220-ac , K349-ac
oligomycin S65-p , S108-p
phenformin S108-p
potassium antimony tartrate S65-p
Potassium tartrate hemihydrate S65-p
rapamycin S127-p
roflupram S131-p
rotenone S108-p
SBI-0206965 S65-p , S108-p
seliciclib S131-p
serum S127-p
siRNA K27-ub , K48-ub , S65-p , K76-ub , S108-p , Y143-p , S378-p
TNF S9-p
Trametinib S65-p
valinomycin S65-p
Z-VAD-FMK S9-p