| TAC10628 |
STING agonist-29 |
|
98.00% |
| TAC09840 |
STING agonist-32 |
|
98.00% |
| TAC11055 |
STING agonist-4 |
|
98.00% |
| TAC09779 |
STING antagonist 1 |
|
98.00% |
| TAC00770 |
STING INHIBITOR-2 |
|
98%+ |
| TAC08947 |
STING-agonist-3 |
|
98%+ |
| TAC08492 |
STING-IN-6 |
|
98%+ |
| TAC06694 |
STINGactivatorCompound53 |
|
98%+ |
| TAC03035 |
STINGagonist-1（compound3）trihydrochloride |
|
98%+ |
| TAC01318 |
STINGinhbitor1 |
|
98%+ |
| TAC00292 |
STK321130 |
|
98%+ |
| TAC09938 |
STL127705 |
|
98.00% |
| TAC02089 |
STM2457 |
|
98%+ |
| TAC05724 |
STM3006 |
STM3006 has many uses, is safe to synthesize, non-toxic, and is a highly efficient, selective, and orally active METTL-3 small molecule.
STM3006 has been validated by multiple research institutions and can be used for the study and continuation of acute myeloid leukemia (AML). |
98%+ |
| TAC06994 |
STO-609 acetate |
|
98%+ |
| TAC04632 |
Streptochlorin |
|
98%+ |
| TAC00606 |
Strychnine heMisulfate salt |
|
98%+ |
| TAC00819 |
strychnine hydrochloride |
|
98%+ |
| TAC05515 |
STX-478 |
|
98%+ |
| TAC08339 |
STX-721 |
|
98%+ |
