![6-Benzyl-2,4-dichloro-5H,7H,8H-pyrido[4,3-d]pyrimidine](data:image/png;base64,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)
| 3H32-5-1Q | |
| 6-Benzyl-2,4-dichloro-5,6,7,8-tetrahydropyrido[4,3-d]pyrimidine | |
| % | |
| 778574-06-4 | |
| MFCD08273934 | |
| C14H13Cl2N3 | |
| 294.18 |
| Units | Price (USD) | Availability |
|---|
PN: 3H32-5-1Q
CAS: 778574-06-4
Molecule Weight: 294.18
Formula: C14H13Cl2N3
![2,4-Dichloro-6-cyclopropyl-5,6,7,8-tetrahydropyrido[4,3-d]pyrimidine](data:image/png;base64,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)
PN: 3H32-5-AH
CAS: 1449117-31-0
Molecule Weight: 244.12
Formula: C10H11Cl2N3
![2,4-Dichloro-5,6,7,8-tetrahydropyrido[4,3-d]pyrimidine](data:image/png;base64,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)
PN: 3H32-5-AG
CAS: 726697-13-8
Molecule Weight: 204.05
Formula: C7H7Cl2N3
![6-Benzyl-2,4-dichloro-8,8-difluoro-5,6,7,8-tetrahydropyrido[4,3-d]pyrimidine hydrochloride](data:image/png;base64,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)
PN: 4H56-7-2T
CAS: 1864059-82-4
Molecule Weight: 366.62
Formula: C14H12Cl3F2N3
![tert-Butyl 2,4-dichloro-5H,7H,8H-pyrido[4,3-d]pyrimidine-6-carboxylate](data:image/png;base64,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)
PN: 4H51-5-11
CAS: 635698-56-5
Molecule Weight: 304.17
Formula: C12H15Cl2N3O2
![2-Chloroethyl 2,4-dichloro-7,8-dihydropyrido[4,3-d]pyrimidine-6(5H)-carboxylate](data:image/png;base64,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)
PN: 4H51-5-65
CAS: 1449117-45-6
Molecule Weight: 310.56
Formula: C10H10Cl3N3O2
![1-Chloroethyl 2,4-dichloro-7,8-dihydropyrido[4,3-d]pyrimidine-6(5H)-carboxylate](data:image/png;base64,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)
PN: 4H51-5-64
CAS: 1201781-22-7
Molecule Weight: 310.56
Formula: C10H10Cl3N3O2
TSCA: Not listed on TSCA inventory