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LOTERRE

LOTERRE

Chemical Entities of Biological Interest Ontology (CHEBI)

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... > chemical entity > molecular entity > polyatomic entity > molecule > cyclic compound > macrocycle > azamacrocycle > lorlatinib
... > chemical entity > molecular entity > main group molecular entity > p-block molecular entity > chalcogen molecular entity > oxygen molecular entity > organooxygen compound > ether > aromatic ether > lorlatinib
... > chemical entity > molecular entity > main group molecular entity > p-block molecular entity > chalcogen molecular entity > organochalcogen compound > organooxygen compound > ether > aromatic ether > lorlatinib
... > chemical entity > molecular entity > main group molecular entity > p-block molecular entity > carbon group molecular entity > organic molecular entity > heteroorganic entity > organochalcogen compound > organooxygen compound > ether > aromatic ether > lorlatinib
... > chemical entity > molecular entity > polyatomic entity > molecule > cyclic compound > aromatic compound > organic aromatic compound > aromatic ether > lorlatinib
... > chemical entity > molecular entity > main group molecular entity > p-block molecular entity > carbon group molecular entity > organic molecular entity > organic molecule > organic cyclic compound > organic aromatic compound > aromatic ether > lorlatinib
... > chemical entity > molecular entity > polyatomic entity > molecule > organic molecule > organic cyclic compound > organic aromatic compound > aromatic ether > lorlatinib
... > chemical entity > molecular entity > polyatomic entity > molecule > cyclic compound > organic cyclic compound > organic aromatic compound > aromatic ether > lorlatinib
... > chemical entity > molecular entity > polyatomic entity > molecule > cyclic compound > aromatic compound > organic aromatic compound > heteroarene > monocyclic heteroarene > azole > diazole > pyrazoles > lorlatinib
... > chemical entity > molecular entity > main group molecular entity > p-block molecular entity > carbon group molecular entity > organic molecular entity > organic molecule > organic cyclic compound > organic aromatic compound > heteroarene > monocyclic heteroarene > azole > diazole > pyrazoles > lorlatinib
... > chemical entity > molecular entity > polyatomic entity > molecule > organic molecule > organic cyclic compound > organic aromatic compound > heteroarene > monocyclic heteroarene > azole > diazole > pyrazoles > lorlatinib
... > chemical entity > molecular entity > polyatomic entity > molecule > cyclic compound > organic cyclic compound > organic aromatic compound > heteroarene > monocyclic heteroarene > azole > diazole > pyrazoles > lorlatinib
... > chemical entity > molecular entity > polyatomic entity > molecule > cyclic compound > heterocyclic compound > organic heterocyclic compound > heteroarene > monocyclic heteroarene > azole > diazole > pyrazoles > lorlatinib
... > chemical entity > molecular entity > main group molecular entity > p-block molecular entity > carbon group molecular entity > organic molecular entity > organic molecule > organic cyclic compound > organic heterocyclic compound > heteroarene > monocyclic heteroarene > azole > diazole > pyrazoles > lorlatinib
... > chemical entity > molecular entity > polyatomic entity > molecule > organic molecule > organic cyclic compound > organic heterocyclic compound > heteroarene > monocyclic heteroarene > azole > diazole > pyrazoles > lorlatinib
... > chemical entity > molecular entity > polyatomic entity > molecule > cyclic compound > organic cyclic compound > organic heterocyclic compound > heteroarene > monocyclic heteroarene > azole > diazole > pyrazoles > lorlatinib
... > chemical entity > molecular entity > main group molecular entity > p-block molecular entity > carbon group molecular entity > organic molecular entity > heteroorganic entity > organic heterocyclic compound > heteroarene > monocyclic heteroarene > azole > diazole > pyrazoles > lorlatinib
... > chemical entity > molecular entity > main group molecular entity > p-block molecular entity > pnictogen molecular entity > nitrogen molecular entity > organonitrogen compound > organonitrogen heterocyclic compound > azole > diazole > pyrazoles > lorlatinib
... > chemical entity > molecular entity > main group molecular entity > p-block molecular entity > carbon group molecular entity > organic molecular entity > heteroorganic entity > organonitrogen compound > organonitrogen heterocyclic compound > azole > diazole > pyrazoles > lorlatinib
... > chemical entity > molecular entity > polyatomic entity > molecule > cyclic compound > heterocyclic compound > organic heterocyclic compound > organonitrogen heterocyclic compound > azole > diazole > pyrazoles > lorlatinib
... > chemical entity > molecular entity > main group molecular entity > p-block molecular entity > carbon group molecular entity > organic molecular entity > organic molecule > organic cyclic compound > organic heterocyclic compound > organonitrogen heterocyclic compound > azole > diazole > pyrazoles > lorlatinib
... > chemical entity > molecular entity > polyatomic entity > molecule > organic molecule > organic cyclic compound > organic heterocyclic compound > organonitrogen heterocyclic compound > azole > diazole > pyrazoles > lorlatinib
... > chemical entity > molecular entity > polyatomic entity > molecule > cyclic compound > organic cyclic compound > organic heterocyclic compound > organonitrogen heterocyclic compound > azole > diazole > pyrazoles > lorlatinib
... > chemical entity > molecular entity > main group molecular entity > p-block molecular entity > carbon group molecular entity > organic molecular entity > heteroorganic entity > organic heterocyclic compound > organonitrogen heterocyclic compound > azole > diazole > pyrazoles > lorlatinib
... > chemical entity > molecular entity > main group molecular entity > p-block molecular entity > pnictogen molecular entity > nitrogen molecular entity > amide > aromatic amide > arenecarboxamide > benzamides > lorlatinib
... > chemical entity > molecular entity > polyatomic entity > molecule > cyclic compound > aromatic compound > organic aromatic compound > aromatic amide > arenecarboxamide > benzamides > lorlatinib
... > chemical entity > molecular entity > main group molecular entity > p-block molecular entity > carbon group molecular entity > organic molecular entity > organic molecule > organic cyclic compound > organic aromatic compound > aromatic amide > arenecarboxamide > benzamides > lorlatinib
... > chemical entity > molecular entity > polyatomic entity > molecule > organic molecule > organic cyclic compound > organic aromatic compound > aromatic amide > arenecarboxamide > benzamides > lorlatinib
... > chemical entity > molecular entity > polyatomic entity > molecule > cyclic compound > organic cyclic compound > organic aromatic compound > aromatic amide > arenecarboxamide > benzamides > lorlatinib
... > chemical entity > molecular entity > main group molecular entity > p-block molecular entity > chalcogen molecular entity > oxygen molecular entity > organooxygen compound > carboxamide > monocarboxylic acid amide > arenecarboxamide > benzamides > lorlatinib
... > chemical entity > molecular entity > main group molecular entity > p-block molecular entity > chalcogen molecular entity > organochalcogen compound > organooxygen compound > carboxamide > monocarboxylic acid amide > arenecarboxamide > benzamides > lorlatinib
... > chemical entity > molecular entity > main group molecular entity > p-block molecular entity > carbon group molecular entity > organic molecular entity > heteroorganic entity > organochalcogen compound > organooxygen compound > carboxamide > monocarboxylic acid amide > arenecarboxamide > benzamides > lorlatinib
... > chemical entity > molecular entity > main group molecular entity > p-block molecular entity > pnictogen molecular entity > nitrogen molecular entity > organonitrogen compound > carboxamide > monocarboxylic acid amide > arenecarboxamide > benzamides > lorlatinib
... > chemical entity > molecular entity > main group molecular entity > p-block molecular entity > carbon group molecular entity > organic molecular entity > heteroorganic entity > organonitrogen compound > carboxamide > monocarboxylic acid amide > arenecarboxamide > benzamides > lorlatinib
... > chemical entity > molecular entity > main group molecular entity > p-block molecular entity > pnictogen molecular entity > nitrogen molecular entity > amide > primary amide > carboxamide > monocarboxylic acid amide > arenecarboxamide > benzamides > lorlatinib
... > chemical entity > molecular entity > polyatomic entity > molecule > cyclic compound > heterocyclic compound > organic heterocyclic compound > organic heteropolycyclic compound > organic heterotetracyclic compound > lorlatinib
... > chemical entity > molecular entity > main group molecular entity > p-block molecular entity > carbon group molecular entity > organic molecular entity > organic molecule > organic cyclic compound > organic heterocyclic compound > organic heteropolycyclic compound > organic heterotetracyclic compound > lorlatinib
... > chemical entity > molecular entity > polyatomic entity > molecule > organic molecule > organic cyclic compound > organic heterocyclic compound > organic heteropolycyclic compound > organic heterotetracyclic compound > lorlatinib
... > chemical entity > molecular entity > polyatomic entity > molecule > cyclic compound > organic cyclic compound > organic heterocyclic compound > organic heteropolycyclic compound > organic heterotetracyclic compound > lorlatinib
... > chemical entity > molecular entity > main group molecular entity > p-block molecular entity > carbon group molecular entity > organic molecular entity > heteroorganic entity > organic heterocyclic compound > organic heteropolycyclic compound > organic heterotetracyclic compound > lorlatinib
... > chemical entity > molecular entity > polyatomic entity > molecule > cyclic compound > heterocyclic compound > heteropolycyclic compound > organic heteropolycyclic compound > organic heterotetracyclic compound > lorlatinib
... > chemical entity > molecular entity > polyatomic entity > molecule > cyclic compound > polycyclic compound > heteropolycyclic compound > organic heteropolycyclic compound > organic heterotetracyclic compound > lorlatinib
... > chemical entity > molecular entity > main group molecular entity > p-block molecular entity > pnictogen molecular entity > nitrogen molecular entity > organonitrogen compound > cyanides > nitrile > lorlatinib
... > chemical entity > molecular entity > main group molecular entity > p-block molecular entity > carbon group molecular entity > organic molecular entity > heteroorganic entity > organonitrogen compound > cyanides > nitrile > lorlatinib
... > chemical entity > molecular entity > main group molecular entity > p-block molecular entity > chalcogen molecular entity > oxygen molecular entity > organooxygen compound > ether > cyclic ether > lorlatinib
... > chemical entity > molecular entity > main group molecular entity > p-block molecular entity > chalcogen molecular entity > organochalcogen compound > organooxygen compound > ether > cyclic ether > lorlatinib
... > chemical entity > molecular entity > main group molecular entity > p-block molecular entity > carbon group molecular entity > organic molecular entity > heteroorganic entity > organochalcogen compound > organooxygen compound > ether > cyclic ether > lorlatinib
... > chemical entity > molecular entity > main group molecular entity > p-block molecular entity > chalcogen molecular entity > oxygen molecular entity > organooxygen compound > oxacycle > cyclic ether > lorlatinib
... > chemical entity > molecular entity > main group molecular entity > p-block molecular entity > chalcogen molecular entity > organochalcogen compound > organooxygen compound > oxacycle > cyclic ether > lorlatinib
... > chemical entity > molecular entity > main group molecular entity > p-block molecular entity > carbon group molecular entity > organic molecular entity > heteroorganic entity > organochalcogen compound > organooxygen compound > oxacycle > cyclic ether > lorlatinib
... > chemical entity > molecular entity > polyatomic entity > molecule > cyclic compound > heterocyclic compound > organic heterocyclic compound > oxacycle > cyclic ether > lorlatinib
... > chemical entity > molecular entity > main group molecular entity > p-block molecular entity > carbon group molecular entity > organic molecular entity > organic molecule > organic cyclic compound > organic heterocyclic compound > oxacycle > cyclic ether > lorlatinib
... > chemical entity > molecular entity > polyatomic entity > molecule > organic molecule > organic cyclic compound > organic heterocyclic compound > oxacycle > cyclic ether > lorlatinib
... > chemical entity > molecular entity > polyatomic entity > molecule > cyclic compound > organic cyclic compound > organic heterocyclic compound > oxacycle > cyclic ether > lorlatinib
... > chemical entity > molecular entity > main group molecular entity > p-block molecular entity > carbon group molecular entity > organic molecular entity > heteroorganic entity > organic heterocyclic compound > oxacycle > cyclic ether > lorlatinib
... > chemical entity > molecular entity > main group molecular entity > p-block molecular entity > pnictogen molecular entity > nitrogen molecular entity > organonitrogen compound > organonitrogen heterocyclic compound > pyridines > aminopyridine > lorlatinib
... > chemical entity > molecular entity > main group molecular entity > p-block molecular entity > carbon group molecular entity > organic molecular entity > heteroorganic entity > organonitrogen compound > organonitrogen heterocyclic compound > pyridines > aminopyridine > lorlatinib
... > chemical entity > molecular entity > polyatomic entity > molecule > cyclic compound > heterocyclic compound > organic heterocyclic compound > organonitrogen heterocyclic compound > pyridines > aminopyridine > lorlatinib
... > chemical entity > molecular entity > main group molecular entity > p-block molecular entity > carbon group molecular entity > organic molecular entity > organic molecule > organic cyclic compound > organic heterocyclic compound > organonitrogen heterocyclic compound > pyridines > aminopyridine > lorlatinib
... > chemical entity > molecular entity > polyatomic entity > molecule > organic molecule > organic cyclic compound > organic heterocyclic compound > organonitrogen heterocyclic compound > pyridines > aminopyridine > lorlatinib
... > chemical entity > molecular entity > polyatomic entity > molecule > cyclic compound > organic cyclic compound > organic heterocyclic compound > organonitrogen heterocyclic compound > pyridines > aminopyridine > lorlatinib
... > chemical entity > molecular entity > main group molecular entity > p-block molecular entity > carbon group molecular entity > organic molecular entity > heteroorganic entity > organic heterocyclic compound > organonitrogen heterocyclic compound > pyridines > aminopyridine > lorlatinib
... > chemical entity > molecular entity > polyatomic entity > molecule > cyclic compound > heterocyclic compound > organic heterocyclic compound > organic heteromonocyclic compound > pyridines > aminopyridine > lorlatinib
... > chemical entity > molecular entity > main group molecular entity > p-block molecular entity > carbon group molecular entity > organic molecular entity > organic molecule > organic cyclic compound > organic heterocyclic compound > organic heteromonocyclic compound > pyridines > aminopyridine > lorlatinib
... > chemical entity > molecular entity > polyatomic entity > molecule > organic molecule > organic cyclic compound > organic heterocyclic compound > organic heteromonocyclic compound > pyridines > aminopyridine > lorlatinib
... > chemical entity > molecular entity > polyatomic entity > molecule > cyclic compound > organic cyclic compound > organic heterocyclic compound > organic heteromonocyclic compound > pyridines > aminopyridine > lorlatinib
... > chemical entity > molecular entity > main group molecular entity > p-block molecular entity > carbon group molecular entity > organic molecular entity > heteroorganic entity > organic heterocyclic compound > organic heteromonocyclic compound > pyridines > aminopyridine > lorlatinib
... > chemical entity > molecular entity > polyatomic entity > molecule > cyclic compound > monocyclic compound > heteromonocyclic compound > organic heteromonocyclic compound > pyridines > aminopyridine > lorlatinib
... > chemical entity > molecular entity > polyatomic entity > molecule > cyclic compound > heterocyclic compound > heteromonocyclic compound > organic heteromonocyclic compound > pyridines > aminopyridine > lorlatinib
... > chemical entity > molecular entity > polyatomic entity > molecule > cyclic compound > aromatic compound > organic aromatic compound > aromatic amine > aminopyridine > lorlatinib
... > chemical entity > molecular entity > main group molecular entity > p-block molecular entity > carbon group molecular entity > organic molecular entity > organic molecule > organic cyclic compound > organic aromatic compound > aromatic amine > aminopyridine > lorlatinib
... > chemical entity > molecular entity > polyatomic entity > molecule > organic molecule > organic cyclic compound > organic aromatic compound > aromatic amine > aminopyridine > lorlatinib
... > chemical entity > molecular entity > polyatomic entity > molecule > cyclic compound > organic cyclic compound > organic aromatic compound > aromatic amine > aminopyridine > lorlatinib
... > chemical entity > molecular entity > main group molecular entity > p-block molecular entity > carbon group molecular entity > organic molecular entity > organic amino compound > aromatic amine > aminopyridine > lorlatinib
... > chemical entity > molecular entity > main group molecular entity > p-block molecular entity > pnictogen molecular entity > nitrogen molecular entity > organonitrogen compound > organic amino compound > aromatic amine > aminopyridine > lorlatinib
... > chemical entity > molecular entity > main group molecular entity > p-block molecular entity > carbon group molecular entity > organic molecular entity > heteroorganic entity > organonitrogen compound > organic amino compound > aromatic amine > aminopyridine > lorlatinib
... > chemical entity > molecular entity > polyatomic entity > molecule > cyclic compound > aromatic compound > organic aromatic compound > benzenoid aromatic compound > benzenes > fluorobenzenes > monofluorobenzenes > lorlatinib
... > chemical entity > molecular entity > main group molecular entity > p-block molecular entity > carbon group molecular entity > organic molecular entity > organic molecule > organic cyclic compound > organic aromatic compound > benzenoid aromatic compound > benzenes > fluorobenzenes > monofluorobenzenes > lorlatinib
... > chemical entity > molecular entity > polyatomic entity > molecule > organic molecule > organic cyclic compound > organic aromatic compound > benzenoid aromatic compound > benzenes > fluorobenzenes > monofluorobenzenes > lorlatinib
... > chemical entity > molecular entity > polyatomic entity > molecule > cyclic compound > organic cyclic compound > organic aromatic compound > benzenoid aromatic compound > benzenes > fluorobenzenes > monofluorobenzenes > lorlatinib
... > chemical entity > molecular entity > main group molecular entity > p-block molecular entity > carbon group molecular entity > organic molecular entity > organic molecule > organic cyclic compound > carbocyclic compound > benzenoid aromatic compound > benzenes > fluorobenzenes > monofluorobenzenes > lorlatinib
... > chemical entity > molecular entity > polyatomic entity > molecule > organic molecule > organic cyclic compound > carbocyclic compound > benzenoid aromatic compound > benzenes > fluorobenzenes > monofluorobenzenes > lorlatinib
... > chemical entity > molecular entity > polyatomic entity > molecule > cyclic compound > organic cyclic compound > carbocyclic compound > benzenoid aromatic compound > benzenes > fluorobenzenes > monofluorobenzenes > lorlatinib
... > chemical entity > molecular entity > polyatomic entity > molecule > cyclic compound > homocyclic compound > carbocyclic compound > benzenoid aromatic compound > benzenes > fluorobenzenes > monofluorobenzenes > lorlatinib
... > chemical entity > molecular entity > polyatomic entity > heteroatomic molecular entity > halide > organohalogen compound > organofluorine compound > fluorobenzenes > monofluorobenzenes > lorlatinib
... > chemical entity > molecular entity > main group molecular entity > p-block molecular entity > halogen molecular entity > halide > organohalogen compound > organofluorine compound > fluorobenzenes > monofluorobenzenes > lorlatinib
... > chemical entity > molecular entity > main group molecular entity > p-block molecular entity > carbon group molecular entity > organic molecular entity > heteroorganic entity > organohalogen compound > organofluorine compound > fluorobenzenes > monofluorobenzenes > lorlatinib
... > chemical entity > molecular entity > main group molecular entity > p-block molecular entity > halogen molecular entity > fluorine molecular entity > organofluorine compound > fluorobenzenes > monofluorobenzenes > lorlatinib

Preferred term

lorlatinib  

Broader concept(s)

Synonym(s)

  • (10R)-7-amino-12-fluoro-2,10,16-trimethyl-15-oxo-10,15,16,17-tetrahydro-2H-8,4-(metheno)pyrazolo[4,3-h][2,5,11]benzoxadiazacyclotetradecine-3-carbonitrile

Belongs to group

URI

http://data.loterre.fr/ark:/67375/KFP-Q3538RZK-2

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