Kinases, as key members of the enzyme family, catalyze the transfer of the γ-phosphate group from ATP or GTP to specific amino acid residues on substrates, thereby inducing phosphorylation (Figures 1-2).
Figure 1. Generic catalytic domain of protein kinases depicting subdomain structure and function (Lahiry P, et al, Nat Rev Genet, 2010)
Figure 2. Phospho-signaling networks. The mechanism of phosphorylation regulation consists of kinases, phosphatases and their substrates phospho-binding proteins. (Ardito F, et al., Int J Mol Med. 2017)
Protein kinases are integral to cellular signaling pathways and they play a key role in the regulation of cell apoptosis, cell cycle progression, angiogenesis, and cellular metabolism. They serve as vital targets across a range of therapeutic areas, including cancer immunotherapy, inflammatory and cardiovascular disease. To date, the FDA has approved over 80 small-molecule kinase inhibitors (SMKIs), targeting 21 kinase families and covering approximately 20% of the known kinome.
Mutant kinases, often associated with acquired drug resistance, have become critical targets in drug discovery and development. Addressing mutation-driven resistance remains a critical unmet clinical need, making the comprehensive study of kinases and their mutants, along with the targeted screening and optimization of small-molecule inhibitors, a cornerstone in advancing cancer treatment.
Genevoyager provides comprehensive preclinical kinase target development and drug screening solutions for scientists across academia, biotech, and pharma worldwide. Our capabilities are anchored by the proprietary One-Bac 4.0 system, a globally advanced platform for large-scale protein production, supported by robust process development and cGMP-grade manufacturing facilities. Our team has successfully developed over 50 highly bioactive kinases and related mutants, and continues to deliver customized solutions including kinase expression, biochemical assays, and in vitro/in vivo efficacy evaluation. By focusing on this pivotal enzyme family, we help accelerate drug discovery and enable therapeutic innovation - with the ultimate goal of improving human health and well-being.
1、Leveraging our proprietary One-Bac 4.0 platform, we deliver high expression stability of kinase and cGMP-compliant protein production.
2、With deep expertise in the baculovirus-insect cell expression system, we offer flexible and proven solutions for kinase expression and process optimization.
3、Our extensive collection includes kinases across major families such as TK, TKL, STE, CMGC, AGC, PIKK, and PI3K, along with their associated mutants.
4、We provide robust in vitro and intracellular kinase activity assays, ensuring precise and consistent results to support your research.
Cat. No. |
Kinase |
Target Family |
Structure |
Tag/Position |
Species |
Expression System |
Min. Order Quantity |
KN2 |
AKT1 |
AKT |
Full-length |
N-GST-6His |
human |
sf9 |
5ug |
KN51 |
AKT3 |
AKT |
Catalytic domain |
N-GST-6His |
human |
sf9 |
5ug |
KN43 |
MER(MERTK) |
Axl |
Cytoplasmic domain |
N-GST-6His |
human |
sf9 |
5ug |
KN16 |
PIM1 |
CAMK |
Full-length |
N-GST-6His |
human |
sf9 |
5ug |
KN17 |
PIM2 |
CAMK |
Full-length |
N-GST-6His |
human |
sf9 |
5ug |
KN7 |
RAF1 |
CAMKL |
Catalytic domain |
N-GST-6His |
human |
sf9 |
5ug |
KN3 |
CDK2 |
CDK |
Full-length |
N-GST-6His |
human |
sf9 |
5ug |
KN8 |
CLK3 |
CMGC |
Full-length |
N-6His |
human |
sf9 |
5ug |
KN9 |
MAPKAPK3 |
CMGC |
Full-length |
N-6His |
human |
sf9 |
5ug |
KN10 |
MAPKAPK5 |
CMGC |
Full-length |
N-6His |
human |
sf9 |
5ug |
KN11 |
CLK2 |
CMGC |
Full-length |
N-6HIS-GST |
human |
sf9 |
5ug |
KN12 |
CDK7 |
CMGC |
Full-length |
N-GST-6His |
human |
sf9 |
5ug |
KN13 |
DYRK1B |
CMGC |
Full-length |
N-6HIS-GST |
human |
sf9 |
5ug |
KN14 |
CLK1 |
CMGC |
Full-length |
N-GST-6His |
human |
sf9 |
5ug |
KN15 |
CDK8 |
CMGC |
Full-length |
N-GST-6His |
human |
sf9 |
5ug |
KN22 |
CDK4 |
CMGC |
Full-length |
N-6HIS-GST |
human |
sf9 |
5ug |
KN23 |
CDK6 |
CMGC |
Full-length |
N-6HIS-GST |
human |
sf9 |
5ug |
KN24 |
CDK6tb |
CMGC |
Full-length |
N-6HIS-GST |
human |
sf9 |
5ug |
KN49 |
CLK4 |
CMGC |
Full-length |
N-6HIS-GST |
human |
sf9 |
5ug |
KN27 |
PIK3CB |
Lipid kinase |
Full-length |
N-6HIS-GST |
human |
sf9 |
5ug |
KN31 |
PIK3CG |
Lipid kinase |
Full-length |
N-6His |
human |
sf9 |
5ug |
KN18 |
PLK1 |
Other |
Full-length |
N-GST-6His |
human |
sf9 |
5ug |
KN19 |
PLK3 |
Other |
Catalytic domain |
N-GST-6His |
human |
sf9 |
5ug |
KN20 |
TTK |
Other |
Full-length |
N-GST-6His |
human |
sf9 |
5ug |
KN21 |
PLK2 |
Other |
Full-length |
N-GST-6His |
human |
sf9 |
5ug |
KN44 |
PDGFRB |
PDGFR |
Cytoplasmic domain |
N-6HIS-GST |
human |
sf9 |
5ug |
KN40 |
BRK(PTK6) |
Src |
Full-length |
N-GST-6His |
human |
sf9 |
5ug |
KN41 |
LYNa |
Src |
Full-length |
N-GST-6His |
human |
sf9 |
5ug |
KN42 |
LYNb |
Src |
Full-length |
N-GST-6His |
human |
sf9 |
5ug |
KN1 |
MAP2K2 |
STE |
Full-length |
N-6HIS-GST |
human |
sf9 |
5ug |
KN4 |
MAP2K6 |
STE |
Full-length |
N-GST-6His |
human |
sf9 |
5ug |
KN5 |
MAP2K3 |
STE |
Full-length |
N-GST-6His |
human |
sf9 |
5ug |
KN6 |
MAP2K5 |
STE |
Full-length |
N-GST-6His |
human |
sf9 |
5ug |
KN50 |
MAP4K2 |
STE |
Full-length |
N-6HIS-GST |
human |
sf9 |
5ug |
KN25 |
DDR1 |
TK |
Cytoplasmic domain |
N-6HIS-GST |
human |
sf9 |
5ug |
KN26 |
SRC |
TK |
full length |
N-GST-6His |
human |
sf9 |
5ug |
KN28 |
FGFR1 |
TK |
Cytoplasmic domain |
N-GST-6His |
human |
sf9 |
5ug |
KN29 |
AXL |
TK |
Cytoplasmic domain |
N-GST-6His |
human |
sf9 |
5ug |
KN30 |
SYK |
TK |
full length |
N-GST-6His |
human |
sf9 |
5ug |
KN34 |
BTK |
TK |
Full-length |
N-GST-6His |
human |
sf9 |
5ug |
KN35 |
BTK T316A |
TK |
Full-length |
N-GST-6His |
human |
sf9 |
5ug |
KN36 |
BTK M437R |
TK |
Full-length |
N-GST-6His |
human |
sf9 |
5ug |
KN37 |
BTK T474I |
TK |
Full-length |
N-GST-6His |
human |
sf9 |
5ug |
KN38 |
BTK T474S |
TK |
Full-length |
N-GST-6His |
human |
sf9 |
5ug |
KN39 |
BTK C481S |
TK |
Full-length |
N-GST-6His |
human |
sf9 |
5ug |
KN47 |
YES1(YES) |
TK |
Full-length |
N-GST-6His |
human |
sf9 |
5ug |
KN48 |
RET |
TK |
Cytoplasmic domain |
N-GST-6His |
human |
sf9 |
5ug |
KN78 |
EGFR |
TK |
Cytoplasmic domain |
N-GST-6His |
human |
sf9 |
5ug |
KN60 |
FGFR3 |
TK |
Cytoplasmic domain |
N-GST-6His |
human |
sf9 |
5ug |
KN66 |
ALK |
TK |
Cytoplasmic domain |
N-GST-6His |
human |
sf9 |
5ug |
KN32 |
ACVR2B |
TKL |
Cytoplasmic domain |
N-6HIS-GST |
human |
sf9 |
5ug |
KN33 |
ACVRL1 |
TKL |
Truncated |
N-6HIS-GST |
human |
sf9 |
5ug |
KN45 |
BMPR2 |
TKL |
Cytoplasmic domain |
N-6HIS-GST |
human |
sf9 |
5ug |
KN46 |
IRAK4 |
TKL |
Full-length |
N-GST-6His |
human |
sf9 |
5ug |
Contact us for more information.
US: 3675 Market Street, Suite 200, Philadelphia, PA19104 Tel: +1 (215) 205-6963 | +086 027-65023363
E-mail: hui.wang@genevoyager.com
China: No128, Guanggu 7th Rd, East Lake High-tech Development Zone, Wuhan, China Tel: 17720522078
E-mail: marketing@genevoyager.com