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.

MAPKAPK2 S321-p , S336-p
MAPKAPK2 S321-p , S336-p
RIPK1 S166-p
RIPK1 S166-p
TAK1 S321-p , S332-p , S334-p
TAK1 S321-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.

MAPKAPK2 S321-p , S336-p
MAPKAPK2 S321-p
TAK1 S321-p
Regulatory protein:
APP S166-p
ASIC1 S166-p
CASP8 S166-p
cIAP1 S166-p
DAPK1 S166-p , S321-p
DAPK1 S166-p
FADD S166-p
KRas S313-p
MAPKAPK2 S166-p
MYD88 S166-p
MYD88 S166-p
PARK2 S321-p
PSEN1 S166-p
RIPK1 S166-p , T169-p
RIPK1 S166-p
RIPK3 S166-p , T169-p
RIPK3 S166-p
SPATA2 S166-p
TAB2 S166-p , S321-p
TICAM1 S166-p
TICAM1 S166-p
TNIP1 S166-p
TTP S166-p
Treatment:
(5Z)-7-oxozeaenol S321-p
4-HT S166-p , T169-p
7N-1 S14-p , S15-p
adriamycin S166-p
AT-406 S166-p
bacterial infection S321-p , S336-p
BV6 S166-p , T169-p , K376-ub
circRNA S166-p
cuprizone S14-p , S15-p
cycloheximide S166-p , K376-ub
EP4-D S166-p
etoposide S166-p
high-fat diet S166-p
IDN-6556 S166-p , T169-p
IL-33 S321-p , S415-p
insulin S321-p
isoproterenol S166-p , S321-p
LDL_oxidized S166-p
LPS S166-p , T169-p , T235-p , S313-p
LY2228820 S166-p
MCAO/R S166-p
methionine- and choline-deficient diet S166-p
mitoxantrone S166-p
Necrostatin-1 S166-p
palmitate S166-p
PF3644022 S321-p , S336-p
PGE2 S166-p
phenhydan S166-p
poly(I-C) S166-p , T169-p
primidone S166-p
Psalmotoxin S166-p
SB203580 S321-p , S336-p
SM-164 S166-p , S321-p , K376-ub
smac S166-p
streptozotocin S166-p
TAK1_inhibitor S321-p
TNF S166-p , T169-p , T235-p , S313-p , S321-p , S332-p , S334-p , S336-p , K376-ub
Z-VAD-FMK S166-p , T169-p , T235-p , S313-p