Biological Unit: Showing: Difference between revisions

Jump to navigation Jump to search
Eric Martz (talk | contribs)
Eric Martz (talk | contribs)
No edit summary
 
(4 intermediate revisions by the same user not shown)
Line 1: Line 1:
{{Template:Article under development}}
This article explains how to show a biological unit (biological assembly) from a green link in a scene in Proteopedia. If you simply want to see a biological unit, go to [[Biological Unit#Visualizing the Biological Unit|Visualizing the Biological Unit]]. For background, see [[Biological Unit]] and [[Asymmetric Unit]].
This article explains how to show a biological unit (biological assembly) from a green link in a scene in Proteopedia. If you simply want to see a biological unit, go to [[Biological Unit#Visualizing the Biological Unit|Visualizing the Biological Unit]]. For background, see [[Biological Unit]] and [[Asymmetric Unit]].


Line 54: Line 52:
* MODELS ({0}) -- When multiple models are present in the PDB file, only the first model is loaded, regardless of whether that model is assigned number 1 (typical) or another number, such as number 0 (AlphaFold). When the PDB file contains only a single model, this has no effect.
* MODELS ({0}) -- When multiple models are present in the PDB file, only the first model is loaded, regardless of whether that model is assigned number 1 (typical) or another number, such as number 0 (AlphaFold). When the PDB file contains only a single model, this has no effect.


* !_H -- Do not load hydrogen atoms.
* !_H; Do not load hydrogen atoms.
 
* *.CA; Load only alpha carbon atoms for proteins.


* *.CA -- Load only alpha carbon atoms for proteins.
* *.P; Load only backbone phosphorus atoms for nucleic acids.


* *.P -- Load only backbone phosphorus atoms for nucleic acids.
* %A; When some atoms have [[alternate locations]], load only their first location. This avoids having multiple copies of the same atom in different locations.


* %A -- When some atoms have [[alternate locations]], load only their first location. This avoids having multiple copies of the same atom in different locations.
* ALLHET; Load all [[hetero atoms]] (ligands). In addition to ligands, this loads the hydrogen atoms that are part of ligands or other hetero moieties, and it loads water.


* ALLHET -- Load all [[hetero atoms]] (ligands). This loads the hydrogen atoms that are part of hetero atoms, and it loads water.
* biomolecule 3; This constructs and loads biological unit (assembly) number 3 specified in the PDB file.


* biomolecule 3 -- This constructs and loads biological unit (assembly) number 3.
* bmchains; When some chains are duplicated to construct the biomolecule, each chain is given a distinct name. For example, 3hyd contains a singe chain A in its asymmetric unit, and 4 chains in biomolecule 1. The additional chains are named A2, A3, and A4. These are not legal chain names in PDB format, which restricts chain names to a single character. However, they work internally within JSmol and FirstGlance is adapted to handle them correctly. To see the complete list of chain names, click on the count of chains in the [http://firstglance.jmol.org/notes.htm#mit Molecule Information Tab] of FirstGlance.


* bmchains -- When some chains are duplicated to construct the biomolecule, each chain is given a distinct name. For example, 3hyd contains a singe chain A in its asymmetric unit, and 4 chains in biomolecule 1. The additional chains are named A2, A3, and A4. These are not legal chain names in PDB format, which restricts chain names to a single character. However, they work internally within JSmol and FirstGlance is adapted to handle them correctly. To see the complete list of chain names, click on the count of chains in the [http://firstglance.jmol.org/notes.htm#mit Molecule Information Tab] of FirstGlance.
* /=3; This loads only every third alpha carbon or nucleic backbone phosphorus atom.


* /=3 -- This loads only every third alpha carbon or nucleic backbone phosphorus atom.
* delete water; This deletes all water that was loaded due to ALLHET.


* delete water -- This deletes all water that was loaded due to ALLHET.
* delete hydrogen; This deletes ligand hydrogen atoms that were loaded due to ALLHET.


* delete hydrogen -- This deletes ligand hydrogen atoms that were loaded due to ALLHET.
==See Also==
*[[Scene_authoring_tools#.27load_molecule.27_tab|Scene authoring tools: 'load molecule' tab]]

Proteopedia Page Contributors and Editors (what is this?)Proteopedia Page Contributors and Editors (what is this?)

Eric Martz