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ChemistryFunctions

Guides

  • Wolfram Chemistry Functions

Symbols

  • AlkaneName
  • AlkaneQ
  • AtomChirality
  • AtomSelector3D
  • AtomSelector
  • BohrModelPlot
  • BondStereo
  • ChemicalFormulaQ
  • ChemicalReactionQ
  • ConstitutionalIsomersQ
  • DiastereomersQ
  • EmbeddedMoleculeQ
  • EmpiricalFormula
  • EmptyMoleculeQ
  • EnantiomersQ
  • EpimersQ
  • FormatMoleculesAsGraphics
  • HydrocarbonQ
  • ImportComputationalChemistryData
  • IonCounts
  • MoleculeDelete
  • MoleculeGridPlot3D
  • MoleculeGridPlot
  • MoleculeJoin
  • MoleculeManipulate3D
  • MoleculeManipulate
  • MoleculeMirrorPlot3D
  • MoleculePatternQ
  • MoleculePlotOptions
  • MoleculeScaffold
  • MoleculeSubstructureMatches
  • PatternReactionQ
  • PeriodicTablePlot
  • RandomAlkane
  • RandomMolecule
  • RingMoleculeQ
  • RingPattern
  • SmilesPlot
  • StereoisomersQ
WolframChemistry`ChemistryFunctions`
MoleculeScaffold
​
MoleculeScaffold
[mol]
returns a version of
mol
in which all terminal atoms have been iteratively removed,leaving only the ring systems and the bonds that connect them.
​
​
MoleculeScaffold
[mol,"type"]
returns the scaffold of the given type.
​
Details and Options

Examples  
(4)
Basic Examples  
(1)
Find the scaffold for a molecule:
In[1]:=
MoleculeScaffold
m=Molecule
Formula:
C
14
H
16
Cl
N
5
Atoms:
36
Bonds:
38

Out[1]=
Molecule
Formula:
C
9
H
6
N
4
Atoms:
19
Bonds:
21

Highlight the substructure in a plot:
In[2]:=
MoleculePlot[m,%]
Out[2]=
Set all the atoms in the scaffold to carbon and the bonds to single:
In[3]:=
MoleculeScaffold
[m,"AllCarbonMolecule"]
Out[3]=
Molecule
Formula:
C
13
H
22
Atoms:
35
Bonds:
37

Scope  
(1)

Applications  
(2)

SeeAlso
Molecule
 
▪
MoleculePattern
RelatedGuides
▪
Wolfram Chemistry Functions
RelatedLinks
▪
Bemis G. W.; Murcko M. A. The Properties of Known Drugs. 1. Molecular Frameworks. J. Med. Chem. 1996, 39, 2887–2893. 10.1021/jm9602928.
▪
Buehler Y, Reymond JL. Molecular Framework Analysis of the Generated Database GDB-13s. J Chem Inf Model. 2023 Jan 23;63(2):484-492. doi: 10.1021/acs.jcim.2c01107.
""

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