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Given a description of a molecule, the task is judge whether it can inhibit HIV replication. You should format your answer as Yes or No.
This is a molecular graph with 15 atoms:
Atom 1: Oxygen, SP2 hybridized, unspecified chirality, bonded to 1 other atoms, formal charge 0, has 0 hydrogen, 0 radical electrons, not ar... | No |
Given a description of a molecule, the task is judge whether it can inhibit HIV replication. You should format your answer as Yes or No.
This is a molecular graph with 15 atoms:
Atom 1: Carbon, SP3 hybridized, unspecified chirality, bonded to 4 other atoms, formal charge 0, has 3 hydrogen, 0 radical electrons, not ar... | No |
Given a description of a molecule, the task is judge whether it can inhibit HIV replication. You should format your answer as Yes or No.
This is a molecular graph with 12 atoms:
Atom 1: Nitrogen, SP hybridized, unspecified chirality, bonded to 1 other atoms, formal charge 0, has 0 hydrogen, 0 radical electrons, not a... | No |
Given a description of a molecule, the task is judge whether it can inhibit HIV replication. You should format your answer as Yes or No.
This is a molecular graph with 15 atoms:
Atom 1: Carbon, SP3 hybridized, unspecified chirality, bonded to 4 other atoms, formal charge 0, has 3 hydrogen, 0 radical electrons, not ar... | No |
Given a description of a molecule, the task is judge whether it can inhibit HIV replication. You should format your answer as Yes or No.
This is a molecular graph with 15 atoms:
Atom 1: Oxygen, SP2 hybridized, unspecified chirality, bonded to 1 other atoms, formal charge 0, has 0 hydrogen, 0 radical electrons, not ar... | No |
Given a description of a molecule, the task is judge whether it can inhibit HIV replication. You should format your answer as Yes or No.
This is a molecular graph with 14 atoms:
Atom 1: Oxygen, SP3 hybridized, unspecified chirality, bonded to 2 other atoms, formal charge 0, has 1 hydrogen, 0 radical electrons, not ar... | No |
Given a description of a molecule, the task is judge whether it can inhibit HIV replication. You should format your answer as Yes or No.
This is a molecular graph with 15 atoms:
Atom 1: Carbon, SP3 hybridized, unspecified chirality, bonded to 4 other atoms, formal charge 0, has 3 hydrogen, 0 radical electrons, not ar... | No |
Given a description of a molecule, the task is judge whether it can inhibit HIV replication. You should format your answer as Yes or No.
This is a molecular graph with 15 atoms:
Atom 1: Carbon, SP3 hybridized, unspecified chirality, bonded to 4 other atoms, formal charge 0, has 3 hydrogen, 0 radical electrons, not ar... | No |
Given a description of a molecule, the task is judge whether it can inhibit HIV replication. You should format your answer as Yes or No.
This is a molecular graph with 14 atoms:
Atom 1: Fluorine, SP3 hybridized, unspecified chirality, bonded to 1 other atoms, formal charge 0, has 0 hydrogen, 0 radical electrons, not ... | No |
Given a description of a molecule, the task is judge whether it can inhibit HIV replication. You should format your answer as Yes or No.
This is a molecular graph with 14 atoms:
Atom 1: Bromine, SP3 hybridized, unspecified chirality, bonded to 1 other atoms, formal charge 0, has 0 hydrogen, 0 radical electrons, not a... | No |
Given a description of a molecule, the task is judge whether it can inhibit HIV replication. You should format your answer as Yes or No.
This is a molecular graph with 15 atoms:
Atom 1: Nitrogen, SP hybridized, unspecified chirality, bonded to 1 other atoms, formal charge 0, has 0 hydrogen, 0 radical electrons, not a... | No |
Given a description of a molecule, the task is judge whether it can inhibit HIV replication. You should format your answer as Yes or No.
This is a molecular graph with 15 atoms:
Atom 1: Bromine, SP3 hybridized, unspecified chirality, bonded to 1 other atoms, formal charge 0, has 0 hydrogen, 0 radical electrons, not a... | No |
Given a description of a molecule, the task is judge whether it can inhibit HIV replication. You should format your answer as Yes or No.
This is a molecular graph with 15 atoms:
Atom 1: Carbon, SP3 hybridized, unspecified chirality, bonded to 4 other atoms, formal charge 0, has 3 hydrogen, 0 radical electrons, not ar... | No |
Given a description of a molecule, the task is judge whether it can inhibit HIV replication. You should format your answer as Yes or No.
This is a molecular graph with 14 atoms:
Atom 1: Bromine, SP3 hybridized, unspecified chirality, bonded to 1 other atoms, formal charge 0, has 0 hydrogen, 0 radical electrons, not a... | No |
Given a description of a molecule, the task is judge whether it can inhibit HIV replication. You should format your answer as Yes or No.
This is a molecular graph with 15 atoms:
Atom 1: Oxygen, SP2 hybridized, unspecified chirality, bonded to 1 other atoms, formal charge 0, has 0 hydrogen, 0 radical electrons, not ar... | No |
Given a description of a molecule, the task is judge whether it can inhibit HIV replication. You should format your answer as Yes or No.
This is a molecular graph with 11 atoms:
Atom 1: Carbon, SP3 hybridized, unspecified chirality, bonded to 4 other atoms, formal charge 0, has 3 hydrogen, 0 radical electrons, not ar... | No |
Given a description of a molecule, the task is judge whether it can inhibit HIV replication. You should format your answer as Yes or No.
This is a molecular graph with 12 atoms:
Atom 1: Oxygen, SP2 hybridized, unspecified chirality, bonded to 1 other atoms, formal charge 0, has 0 hydrogen, 0 radical electrons, not ar... | No |
Given a description of a molecule, the task is judge whether it can inhibit HIV replication. You should format your answer as Yes or No.
This is a molecular graph with 12 atoms:
Atom 1: Oxygen, SP2 hybridized, unspecified chirality, bonded to 1 other atoms, formal charge 0, has 0 hydrogen, 0 radical electrons, not ar... | No |
Given a description of a molecule, the task is judge whether it can inhibit HIV replication. You should format your answer as Yes or No.
This is a molecular graph with 13 atoms:
Atom 1: Oxygen, SP2 hybridized, unspecified chirality, bonded to 1 other atoms, formal charge 0, has 0 hydrogen, 0 radical electrons, not ar... | No |
Given a description of a molecule, the task is judge whether it can inhibit HIV replication. You should format your answer as Yes or No.
This is a molecular graph with 14 atoms:
Atom 1: Carbon, SP3 hybridized, unspecified chirality, bonded to 4 other atoms, formal charge 0, has 3 hydrogen, 0 radical electrons, not ar... | No |
Given a description of a molecule, the task is judge whether it can inhibit HIV replication. You should format your answer as Yes or No.
This is a molecular graph with 10 atoms:
Atom 1: Carbon, SP3 hybridized, unspecified chirality, bonded to 4 other atoms, formal charge 0, has 3 hydrogen, 0 radical electrons, not ar... | No |
Given a description of a molecule, the task is judge whether it can inhibit HIV replication. You should format your answer as Yes or No.
This is a molecular graph with 10 atoms:
Atom 1: Carbon, SP3 hybridized, unspecified chirality, bonded to 4 other atoms, formal charge 0, has 3 hydrogen, 0 radical electrons, not ar... | No |
Given a description of a molecule, the task is judge whether it can inhibit HIV replication. You should format your answer as Yes or No.
This is a molecular graph with 15 atoms:
Atom 1: Carbon, SP3 hybridized, unspecified chirality, bonded to 4 other atoms, formal charge 0, has 3 hydrogen, 0 radical electrons, not ar... | No |
Given a description of a molecule, the task is judge whether it can inhibit HIV replication. You should format your answer as Yes or No.
This is a molecular graph with 14 atoms:
Atom 1: Oxygen, SP2 hybridized, unspecified chirality, bonded to 1 other atoms, formal charge -1, has 0 hydrogen, 0 radical electrons, not a... | No |
Given a description of a molecule, the task is judge whether it can inhibit HIV replication. You should format your answer as Yes or No.
This is a molecular graph with 14 atoms:
Atom 1: Carbon, SP3 hybridized, unspecified chirality, bonded to 4 other atoms, formal charge 0, has 3 hydrogen, 0 radical electrons, not ar... | No |
Given a description of a molecule, the task is judge whether it can inhibit HIV replication. You should format your answer as Yes or No.
This is a molecular graph with 14 atoms:
Atom 1: Carbon, SP3 hybridized, unspecified chirality, bonded to 4 other atoms, formal charge 0, has 3 hydrogen, 0 radical electrons, not ar... | No |
Given a description of a molecule, the task is judge whether it can inhibit HIV replication. You should format your answer as Yes or No.
This is a molecular graph with 13 atoms:
Atom 1: Oxygen, SP2 hybridized, unspecified chirality, bonded to 2 other atoms, formal charge 0, has 1 hydrogen, 0 radical electrons, not ar... | No |
Given a description of a molecule, the task is judge whether it can inhibit HIV replication. You should format your answer as Yes or No.
This is a molecular graph with 15 atoms:
Atom 1: Carbon, SP3 hybridized, unspecified chirality, bonded to 4 other atoms, formal charge 0, has 3 hydrogen, 0 radical electrons, not ar... | No |
Given a description of a molecule, the task is judge whether it can inhibit HIV replication. You should format your answer as Yes or No.
This is a molecular graph with 10 atoms:
Atom 1: Carbon, SP2 hybridized, unspecified chirality, bonded to 3 other atoms, formal charge 0, has 2 hydrogen, 0 radical electrons, not ar... | No |
Given a description of a molecule, the task is judge whether it can inhibit HIV replication. You should format your answer as Yes or No.
This is a molecular graph with 15 atoms:
Atom 1: Carbon, SP2 hybridized, unspecified chirality, bonded to 3 other atoms, formal charge 0, has 2 hydrogen, 0 radical electrons, not ar... | No |
Given a description of a molecule, the task is judge whether it can inhibit HIV replication. You should format your answer as Yes or No.
This is a molecular graph with 14 atoms:
Atom 1: Nitrogen, SP hybridized, unspecified chirality, bonded to 1 other atoms, formal charge 0, has 0 hydrogen, 0 radical electrons, not a... | No |
Given a description of a molecule, the task is judge whether it can inhibit HIV replication. You should format your answer as Yes or No.
This is a molecular graph with 13 atoms:
Atom 1: Carbon, SP hybridized, unspecified chirality, bonded to 2 other atoms, formal charge 0, has 1 hydrogen, 0 radical electrons, not aro... | No |
Given a description of a molecule, the task is judge whether it can inhibit HIV replication. You should format your answer as Yes or No.
This is a molecular graph with 15 atoms:
Atom 1: Carbon, SP hybridized, unspecified chirality, bonded to 2 other atoms, formal charge 0, has 1 hydrogen, 0 radical electrons, not aro... | No |
Given a description of a molecule, the task is judge whether it can inhibit HIV replication. You should format your answer as Yes or No.
This is a molecular graph with 12 atoms:
Atom 1: Carbon, SP3 hybridized, unspecified chirality, bonded to 4 other atoms, formal charge 0, has 3 hydrogen, 0 radical electrons, not ar... | No |
Given a description of a molecule, the task is judge whether it can inhibit HIV replication. You should format your answer as Yes or No.
This is a molecular graph with 14 atoms:
Atom 1: Carbon, SP3 hybridized, unspecified chirality, bonded to 4 other atoms, formal charge 0, has 3 hydrogen, 0 radical electrons, not ar... | No |
Given a description of a molecule, the task is judge whether it can inhibit HIV replication. You should format your answer as Yes or No.
This is a molecular graph with 11 atoms:
Atom 1: Oxygen, SP2 hybridized, unspecified chirality, bonded to 1 other atoms, formal charge 0, has 0 hydrogen, 0 radical electrons, not ar... | No |
Given a description of a molecule, the task is judge whether it can inhibit HIV replication. You should format your answer as Yes or No.
This is a molecular graph with 12 atoms:
Atom 1: Oxygen, SP3 hybridized, unspecified chirality, bonded to 2 other atoms, formal charge 0, has 1 hydrogen, 0 radical electrons, not ar... | No |
Given a description of a molecule, the task is judge whether it can inhibit HIV replication. You should format your answer as Yes or No.
This is a molecular graph with 15 atoms:
Atom 1: Carbon, SP2 hybridized, unspecified chirality, bonded to 3 other atoms, formal charge 0, has 2 hydrogen, 0 radical electrons, not ar... | No |
Given a description of a molecule, the task is judge whether it can inhibit HIV replication. You should format your answer as Yes or No.
This is a molecular graph with 15 atoms:
Atom 1: Carbon, SP3 hybridized, unspecified chirality, bonded to 4 other atoms, formal charge 0, has 3 hydrogen, 0 radical electrons, not ar... | No |
Given a description of a molecule, the task is judge whether it can inhibit HIV replication. You should format your answer as Yes or No.
This is a molecular graph with 14 atoms:
Atom 1: Nitrogen, SP hybridized, unspecified chirality, bonded to 1 other atoms, formal charge 0, has 0 hydrogen, 0 radical electrons, not a... | No |
Given a description of a molecule, the task is judge whether it can inhibit HIV replication. You should format your answer as Yes or No.
This is a molecular graph with 15 atoms:
Atom 1: Carbon, SP3 hybridized, unspecified chirality, bonded to 4 other atoms, formal charge 0, has 3 hydrogen, 0 radical electrons, not ar... | No |
Given a description of a molecule, the task is judge whether it can inhibit HIV replication. You should format your answer as Yes or No.
This is a molecular graph with 15 atoms:
Atom 1: Oxygen, SP2 hybridized, unspecified chirality, bonded to 1 other atoms, formal charge 0, has 0 hydrogen, 0 radical electrons, not ar... | No |
Given a description of a molecule, the task is judge whether it can inhibit HIV replication. You should format your answer as Yes or No.
This is a molecular graph with 11 atoms:
Atom 1: Nitrogen, SP3 hybridized, unspecified chirality, bonded to 3 other atoms, formal charge 0, has 2 hydrogen, 0 radical electrons, not ... | No |
Given a description of a molecule, the task is judge whether it can inhibit HIV replication. You should format your answer as Yes or No.
This is a molecular graph with 14 atoms:
Atom 1: Oxygen, SP2 hybridized, unspecified chirality, bonded to 1 other atoms, formal charge 0, has 0 hydrogen, 0 radical electrons, not ar... | No |
Given a description of a molecule, the task is judge whether it can inhibit HIV replication. You should format your answer as Yes or No.
This is a molecular graph with 14 atoms:
Atom 1: Oxygen, SP2 hybridized, unspecified chirality, bonded to 1 other atoms, formal charge 0, has 0 hydrogen, 0 radical electrons, not ar... | No |
Given a description of a molecule, the task is judge whether it can inhibit HIV replication. You should format your answer as Yes or No.
This is a molecular graph with 12 atoms:
Atom 1: Nitrogen, SP3 hybridized, unspecified chirality, bonded to 3 other atoms, formal charge 0, has 2 hydrogen, 0 radical electrons, not ... | No |
Given a description of a molecule, the task is judge whether it can inhibit HIV replication. You should format your answer as Yes or No.
This is a molecular graph with 14 atoms:
Atom 1: Carbon, SP3 hybridized, unspecified chirality, bonded to 4 other atoms, formal charge 0, has 3 hydrogen, 0 radical electrons, not ar... | No |
Given a description of a molecule, the task is judge whether it can inhibit HIV replication. You should format your answer as Yes or No.
This is a molecular graph with 14 atoms:
Atom 1: Nitrogen, SP3 hybridized, unspecified chirality, bonded to 3 other atoms, formal charge 0, has 2 hydrogen, 0 radical electrons, not ... | No |
Given a description of a molecule, the task is judge whether it can inhibit HIV replication. You should format your answer as Yes or No.
This is a molecular graph with 13 atoms:
Atom 1: Chlorine, SP3 hybridized, unspecified chirality, bonded to 1 other atoms, formal charge 0, has 1 hydrogen, 0 radical electrons, not ... | No |
Given a description of a molecule, the task is judge whether it can inhibit HIV replication. You should format your answer as Yes or No.
This is a molecular graph with 12 atoms:
Atom 1: Chlorine, SP3 hybridized, unspecified chirality, bonded to 1 other atoms, formal charge 0, has 1 hydrogen, 0 radical electrons, not ... | No |
Given a description of a molecule, the task is judge whether it can inhibit HIV replication. You should format your answer as Yes or No.
This is a molecular graph with 12 atoms:
Atom 1: Chlorine, SP3 hybridized, unspecified chirality, bonded to 1 other atoms, formal charge 0, has 1 hydrogen, 0 radical electrons, not ... | No |
Given a description of a molecule, the task is judge whether it can inhibit HIV replication. You should format your answer as Yes or No.
This is a molecular graph with 12 atoms:
Atom 1: Carbon, SP3 hybridized, unspecified chirality, bonded to 4 other atoms, formal charge 0, has 3 hydrogen, 0 radical electrons, not ar... | No |
Given a description of a molecule, the task is judge whether it can inhibit HIV replication. You should format your answer as Yes or No.
This is a molecular graph with 12 atoms:
Atom 1: Chlorine, SP3 hybridized, unspecified chirality, bonded to 1 other atoms, formal charge 0, has 1 hydrogen, 0 radical electrons, not ... | No |
Given a description of a molecule, the task is judge whether it can inhibit HIV replication. You should format your answer as Yes or No.
This is a molecular graph with 13 atoms:
Atom 1: Chlorine, SP3 hybridized, unspecified chirality, bonded to 1 other atoms, formal charge 0, has 1 hydrogen, 0 radical electrons, not ... | No |
Given a description of a molecule, the task is judge whether it can inhibit HIV replication. You should format your answer as Yes or No.
This is a molecular graph with 12 atoms:
Atom 1: Chlorine, SP3 hybridized, unspecified chirality, bonded to 1 other atoms, formal charge 0, has 1 hydrogen, 0 radical electrons, not ... | No |
Given a description of a molecule, the task is judge whether it can inhibit HIV replication. You should format your answer as Yes or No.
This is a molecular graph with 15 atoms:
Atom 1: Oxygen, SP2 hybridized, unspecified chirality, bonded to 1 other atoms, formal charge 0, has 0 hydrogen, 0 radical electrons, not ar... | No |
Given a description of a molecule, the task is judge whether it can inhibit HIV replication. You should format your answer as Yes or No.
This is a molecular graph with 15 atoms:
Atom 1: Oxygen, SP2 hybridized, unspecified chirality, bonded to 1 other atoms, formal charge 0, has 0 hydrogen, 0 radical electrons, not ar... | No |
Given a description of a molecule, the task is judge whether it can inhibit HIV replication. You should format your answer as Yes or No.
This is a molecular graph with 12 atoms:
Atom 1: Carbon, SP hybridized, unspecified chirality, bonded to 2 other atoms, formal charge 0, has 1 hydrogen, 0 radical electrons, not aro... | No |
Given a description of a molecule, the task is judge whether it can inhibit HIV replication. You should format your answer as Yes or No.
This is a molecular graph with 12 atoms:
Atom 1: Carbon, SP3 hybridized, unspecified chirality, bonded to 4 other atoms, formal charge 0, has 3 hydrogen, 0 radical electrons, not ar... | No |
Given a description of a molecule, the task is judge whether it can inhibit HIV replication. You should format your answer as Yes or No.
This is a molecular graph with 13 atoms:
Atom 1: Carbon, SP3 hybridized, unspecified chirality, bonded to 4 other atoms, formal charge 0, has 3 hydrogen, 0 radical electrons, not ar... | No |
Given a description of a molecule, the task is judge whether it can inhibit HIV replication. You should format your answer as Yes or No.
This is a molecular graph with 13 atoms:
Atom 1: Nitrogen, SP2 hybridized, unspecified chirality, bonded to 3 other atoms, formal charge 0, has 2 hydrogen, 0 radical electrons, not ... | No |
Given a description of a molecule, the task is judge whether it can inhibit HIV replication. You should format your answer as Yes or No.
This is a molecular graph with 15 atoms:
Atom 1: Sulfur, SP3 hybridized, unspecified chirality, bonded to 2 other atoms, formal charge 0, has 1 hydrogen, 0 radical electrons, not ar... | No |
Given a description of a molecule, the task is judge whether it can inhibit HIV replication. You should format your answer as Yes or No.
This is a molecular graph with 15 atoms:
Atom 1: Oxygen, SP2 hybridized, unspecified chirality, bonded to 1 other atoms, formal charge 0, has 0 hydrogen, 0 radical electrons, not ar... | No |
Given a description of a molecule, the task is judge whether it can inhibit HIV replication. You should format your answer as Yes or No.
This is a molecular graph with 14 atoms:
Atom 1: Chlorine, SP3 hybridized, unspecified chirality, bonded to 1 other atoms, formal charge 0, has 0 hydrogen, 0 radical electrons, not ... | No |
Given a description of a molecule, the task is judge whether it can inhibit HIV replication. You should format your answer as Yes or No.
This is a molecular graph with 15 atoms:
Atom 1: Nitrogen, SP2 hybridized, unspecified chirality, bonded to 2 other atoms, formal charge 0, has 1 hydrogen, 0 radical electrons, not ... | No |
Given a description of a molecule, the task is judge whether it can inhibit HIV replication. You should format your answer as Yes or No.
This is a molecular graph with 11 atoms:
Atom 1: Oxygen, SP2 hybridized, unspecified chirality, bonded to 1 other atoms, formal charge 0, has 0 hydrogen, 0 radical electrons, not ar... | No |
Given a description of a molecule, the task is judge whether it can inhibit HIV replication. You should format your answer as Yes or No.
This is a molecular graph with 15 atoms:
Atom 1: Carbon, SP3 hybridized, unspecified chirality, bonded to 4 other atoms, formal charge 0, has 3 hydrogen, 0 radical electrons, not ar... | No |
Given a description of a molecule, the task is judge whether it can inhibit HIV replication. You should format your answer as Yes or No.
This is a molecular graph with 14 atoms:
Atom 1: Carbon, SP2 hybridized, unspecified chirality, bonded to 3 other atoms, formal charge 0, has 1 hydrogen, 0 radical electrons, aromat... | No |
Given a description of a molecule, the task is judge whether it can inhibit HIV replication. You should format your answer as Yes or No.
This is a molecular graph with 13 atoms:
Atom 1: Carbon, SP2 hybridized, unspecified chirality, bonded to 3 other atoms, formal charge 0, has 1 hydrogen, 0 radical electrons, aromat... | No |
Given a description of a molecule, the task is judge whether it can inhibit HIV replication. You should format your answer as Yes or No.
This is a molecular graph with 11 atoms:
Atom 1: Carbon, SP3 hybridized, unspecified chirality, bonded to 4 other atoms, formal charge 0, has 3 hydrogen, 0 radical electrons, not ar... | No |
Given a description of a molecule, the task is judge whether it can inhibit HIV replication. You should format your answer as Yes or No.
This is a molecular graph with 10 atoms:
Atom 1: Nitrogen, SP2 hybridized, unspecified chirality, bonded to 3 other atoms, formal charge 0, has 2 hydrogen, 0 radical electrons, not ... | No |
Given a description of a molecule, the task is judge whether it can inhibit HIV replication. You should format your answer as Yes or No.
This is a molecular graph with 11 atoms:
Atom 1: Carbon, SP3 hybridized, unspecified chirality, bonded to 4 other atoms, formal charge 0, has 3 hydrogen, 0 radical electrons, not ar... | No |
Given a description of a molecule, the task is judge whether it can inhibit HIV replication. You should format your answer as Yes or No.
This is a molecular graph with 12 atoms:
Atom 1: Carbon, SP3 hybridized, unspecified chirality, bonded to 4 other atoms, formal charge 0, has 3 hydrogen, 0 radical electrons, not ar... | No |
Given a description of a molecule, the task is judge whether it can inhibit HIV replication. You should format your answer as Yes or No.
This is a molecular graph with 14 atoms:
Atom 1: Carbon, SP3 hybridized, unspecified chirality, bonded to 4 other atoms, formal charge 0, has 3 hydrogen, 0 radical electrons, not ar... | No |
Given a description of a molecule, the task is judge whether it can inhibit HIV replication. You should format your answer as Yes or No.
This is a molecular graph with 11 atoms:
Atom 1: Nitrogen, SP3 hybridized, unspecified chirality, bonded to 3 other atoms, formal charge 0, has 2 hydrogen, 0 radical electrons, not ... | No |
Given a description of a molecule, the task is judge whether it can inhibit HIV replication. You should format your answer as Yes or No.
This is a molecular graph with 10 atoms:
Atom 1: Nitrogen, SP2 hybridized, unspecified chirality, bonded to 3 other atoms, formal charge 0, has 2 hydrogen, 0 radical electrons, not ... | No |
Given a description of a molecule, the task is judge whether it can inhibit HIV replication. You should format your answer as Yes or No.
This is a molecular graph with 12 atoms:
Atom 1: Carbon, SP3 hybridized, unspecified chirality, bonded to 4 other atoms, formal charge 0, has 3 hydrogen, 0 radical electrons, not ar... | No |
Given a description of a molecule, the task is judge whether it can inhibit HIV replication. You should format your answer as Yes or No.
This is a molecular graph with 14 atoms:
Atom 1: Carbon, SP3 hybridized, unspecified chirality, bonded to 4 other atoms, formal charge 0, has 3 hydrogen, 0 radical electrons, not ar... | No |
Given a description of a molecule, the task is judge whether it can inhibit HIV replication. You should format your answer as Yes or No.
This is a molecular graph with 11 atoms:
Atom 1: Nitrogen, SP3 hybridized, unspecified chirality, bonded to 3 other atoms, formal charge 0, has 2 hydrogen, 0 radical electrons, not ... | No |
Given a description of a molecule, the task is judge whether it can inhibit HIV replication. You should format your answer as Yes or No.
This is a molecular graph with 11 atoms:
Atom 1: Carbon, SP3 hybridized, unspecified chirality, bonded to 4 other atoms, formal charge 0, has 3 hydrogen, 0 radical electrons, not ar... | No |
Given a description of a molecule, the task is judge whether it can inhibit HIV replication. You should format your answer as Yes or No.
This is a molecular graph with 12 atoms:
Atom 1: Carbon, SP3 hybridized, unspecified chirality, bonded to 4 other atoms, formal charge 0, has 3 hydrogen, 0 radical electrons, not ar... | No |
Given a description of a molecule, the task is judge whether it can inhibit HIV replication. You should format your answer as Yes or No.
This is a molecular graph with 12 atoms:
Atom 1: Carbon, SP3 hybridized, unspecified chirality, bonded to 4 other atoms, formal charge 0, has 3 hydrogen, 0 radical electrons, not ar... | No |
Given a description of a molecule, the task is judge whether it can inhibit HIV replication. You should format your answer as Yes or No.
This is a molecular graph with 11 atoms:
Atom 1: Carbon, SP3 hybridized, unspecified chirality, bonded to 4 other atoms, formal charge 0, has 3 hydrogen, 0 radical electrons, not ar... | No |
Given a description of a molecule, the task is judge whether it can inhibit HIV replication. You should format your answer as Yes or No.
This is a molecular graph with 12 atoms:
Atom 1: Carbon, SP3 hybridized, unspecified chirality, bonded to 4 other atoms, formal charge 0, has 3 hydrogen, 0 radical electrons, not ar... | No |
Given a description of a molecule, the task is judge whether it can inhibit HIV replication. You should format your answer as Yes or No.
This is a molecular graph with 12 atoms:
Atom 1: Carbon, SP3 hybridized, unspecified chirality, bonded to 4 other atoms, formal charge 0, has 3 hydrogen, 0 radical electrons, not ar... | No |
Given a description of a molecule, the task is judge whether it can inhibit HIV replication. You should format your answer as Yes or No.
This is a molecular graph with 11 atoms:
Atom 1: Carbon, SP3 hybridized, unspecified chirality, bonded to 4 other atoms, formal charge 0, has 3 hydrogen, 0 radical electrons, not ar... | No |
Given a description of a molecule, the task is judge whether it can inhibit HIV replication. You should format your answer as Yes or No.
This is a molecular graph with 11 atoms:
Atom 1: Carbon, SP3 hybridized, unspecified chirality, bonded to 4 other atoms, formal charge 0, has 3 hydrogen, 0 radical electrons, not ar... | No |
Given a description of a molecule, the task is judge whether it can inhibit HIV replication. You should format your answer as Yes or No.
This is a molecular graph with 12 atoms:
Atom 1: Carbon, SP3 hybridized, unspecified chirality, bonded to 4 other atoms, formal charge 0, has 3 hydrogen, 0 radical electrons, not ar... | No |
Given a description of a molecule, the task is judge whether it can inhibit HIV replication. You should format your answer as Yes or No.
This is a molecular graph with 13 atoms:
Atom 1: Carbon, SP3 hybridized, unspecified chirality, bonded to 4 other atoms, formal charge 0, has 3 hydrogen, 0 radical electrons, not ar... | No |
Given a description of a molecule, the task is judge whether it can inhibit HIV replication. You should format your answer as Yes or No.
This is a molecular graph with 13 atoms:
Atom 1: Oxygen, SP2 hybridized, unspecified chirality, bonded to 1 other atoms, formal charge 0, has 0 hydrogen, 0 radical electrons, not ar... | No |
Given a description of a molecule, the task is judge whether it can inhibit HIV replication. You should format your answer as Yes or No.
This is a molecular graph with 12 atoms:
Atom 1: Oxygen, SP2 hybridized, unspecified chirality, bonded to 1 other atoms, formal charge 0, has 0 hydrogen, 0 radical electrons, not ar... | No |
Given a description of a molecule, the task is judge whether it can inhibit HIV replication. You should format your answer as Yes or No.
This is a molecular graph with 14 atoms:
Atom 1: Nitrogen, SP hybridized, unspecified chirality, bonded to 1 other atoms, formal charge 0, has 0 hydrogen, 0 radical electrons, not a... | No |
Given a description of a molecule, the task is judge whether it can inhibit HIV replication. You should format your answer as Yes or No.
This is a molecular graph with 12 atoms:
Atom 1: Carbon, SP3 hybridized, unspecified chirality, bonded to 4 other atoms, formal charge 0, has 3 hydrogen, 0 radical electrons, not ar... | No |
Given a description of a molecule, the task is judge whether it can inhibit HIV replication. You should format your answer as Yes or No.
This is a molecular graph with 15 atoms:
Atom 1: Nitrogen, SP hybridized, unspecified chirality, bonded to 1 other atoms, formal charge 0, has 0 hydrogen, 0 radical electrons, not a... | No |
Given a description of a molecule, the task is judge whether it can inhibit HIV replication. You should format your answer as Yes or No.
This is a molecular graph with 14 atoms:
Atom 1: Nitrogen, SP hybridized, unspecified chirality, bonded to 1 other atoms, formal charge 0, has 0 hydrogen, 0 radical electrons, not a... | No |
Given a description of a molecule, the task is judge whether it can inhibit HIV replication. You should format your answer as Yes or No.
This is a molecular graph with 14 atoms:
Atom 1: Nitrogen, SP hybridized, unspecified chirality, bonded to 1 other atoms, formal charge 0, has 0 hydrogen, 0 radical electrons, not a... | No |
Given a description of a molecule, the task is judge whether it can inhibit HIV replication. You should format your answer as Yes or No.
This is a molecular graph with 15 atoms:
Atom 1: Nitrogen, SP hybridized, unspecified chirality, bonded to 1 other atoms, formal charge 0, has 0 hydrogen, 0 radical electrons, not a... | No |
Given a description of a molecule, the task is judge whether it can inhibit HIV replication. You should format your answer as Yes or No.
This is a molecular graph with 14 atoms:
Atom 1: Nitrogen, SP hybridized, unspecified chirality, bonded to 1 other atoms, formal charge 0, has 0 hydrogen, 0 radical electrons, not a... | No |
Given a description of a molecule, the task is judge whether it can inhibit HIV replication. You should format your answer as Yes or No.
This is a molecular graph with 13 atoms:
Atom 1: Nitrogen, SP hybridized, unspecified chirality, bonded to 1 other atoms, formal charge 0, has 0 hydrogen, 0 radical electrons, not a... | No |
Given a description of a molecule, the task is judge whether it can inhibit HIV replication. You should format your answer as Yes or No.
This is a molecular graph with 15 atoms:
Atom 1: Carbon, SP3 hybridized, unspecified chirality, bonded to 4 other atoms, formal charge 0, has 3 hydrogen, 0 radical electrons, not ar... | No |
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