Class: Bio::TRANSFAC::FACTOR
- Inherits:
-
Bio::TRANSFAC
- Object
- DB
- EMBLDB
- Bio::TRANSFAC
- Bio::TRANSFAC::FACTOR
- Defined in:
- lib/bio/db/transfac.rb
Constant Summary
Constants inherited from Bio::TRANSFAC
Instance Method Summary collapse
-
#bs ⇒ Object
BS Bound sites (site accession no.; site ID; quality: N; biological BS species).
-
#cl ⇒ Object
CL Classification (class accession no.; class identifier; decimal CL classification number.).
-
#cn ⇒ Object
CN Cell specificity (negative).
-
#cp ⇒ Object
CP Cell specificity (positive).
-
#dr ⇒ Object
DR Cross-references to other databases (>=0 per entry).
-
#fa ⇒ Object
FA Factor name.
-
#ff ⇒ Object
FF Functional features.
-
#ft ⇒ Object
FT Feature table (1st position last position feature).
-
#ho ⇒ Object
HO Homologs (suggested).
-
#in ⇒ Object
IN Interacting factors (factor accession no.; factor name; IN biological species.).
-
#initialize(entry) ⇒ FACTOR
constructor
A new instance of FACTOR.
-
#mx ⇒ Object
MX Matrix (matrix accession no.; matrix identifier).
-
#sc ⇒ Object
SC Sequence comment, i.
-
#sf ⇒ Object
SF Structural features.
-
#sq ⇒ Object
SQ Sequence.
-
#sy ⇒ Object
SY Synonyms.
-
#sz ⇒ Object
SZ Size (length (number of amino acids); calculated molecular mass SZ in kDa; experimental molecular mass (or range) in kDa SZ (experimental method) [Ref].
Methods inherited from Bio::TRANSFAC
#ac, #cc, #dt, #oc, #os, #ra, #rl, #rn, #rt
Methods inherited from DB
#entry_id, #exists?, #fetch, #get, open, #tags
Constructor Details
#initialize(entry) ⇒ FACTOR
Returns a new instance of FACTOR.
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# File 'lib/bio/db/transfac.rb', line 199 def initialize(entry) super(entry) end |
Instance Method Details
#bs ⇒ Object
BS Bound sites (site accession no.; site ID; quality: N; biological BS species)
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# File 'lib/bio/db/transfac.rb', line 284 def bs field_fetch('BS') end |
#cl ⇒ Object
CL Classification (class accession no.; class identifier; decimal CL classification number.)
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# File 'lib/bio/db/transfac.rb', line 225 def cl field_fetch('CL') end |
#cn ⇒ Object
CN Cell specificity (negative)
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# File 'lib/bio/db/transfac.rb', line 262 def cn field_fetch('CN') end |
#cp ⇒ Object
CP Cell specificity (positive)
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# File 'lib/bio/db/transfac.rb', line 257 def cp field_fetch('CP') end |
#dr ⇒ Object
DR Cross-references to other databases (>=0 per entry)
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# File 'lib/bio/db/transfac.rb', line 214 def dr field_fetch('DR') end |
#fa ⇒ Object
FA Factor name
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# File 'lib/bio/db/transfac.rb', line 204 def fa field_fetch('FA') end |
#ff ⇒ Object
FF Functional features
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# File 'lib/bio/db/transfac.rb', line 267 def ff field_fetch('FF') end |
#ft ⇒ Object
FT Feature table (1st position last position feature)
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# File 'lib/bio/db/transfac.rb', line 247 def ft field_fetch('FT') end |
#ho ⇒ Object
HO Homologs (suggested)
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# File 'lib/bio/db/transfac.rb', line 219 def ho field_fetch('HO') end |
#in ⇒ Object
IN Interacting factors (factor accession no.; factor name; IN biological species.)
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# File 'lib/bio/db/transfac.rb', line 273 def in field_fetch('IN') end |
#mx ⇒ Object
MX Matrix (matrix accession no.; matrix identifier)
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# File 'lib/bio/db/transfac.rb', line 278 def mx field_fetch('MX') end |
#sc ⇒ Object
SC Sequence comment, i. e. source of the protein sequence
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# File 'lib/bio/db/transfac.rb', line 242 def sc field_fetch('SC') end |
#sf ⇒ Object
SF Structural features
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# File 'lib/bio/db/transfac.rb', line 252 def sf field_fetch('SF') end |
#sq ⇒ Object
SQ Sequence
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# File 'lib/bio/db/transfac.rb', line 237 def sq field_fetch('SQ') end |
#sy ⇒ Object
SY Synonyms
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# File 'lib/bio/db/transfac.rb', line 209 def sy field_fetch('SY') end |
#sz ⇒ Object
SZ Size (length (number of amino acids); calculated molecular mass SZ in kDa; experimental molecular mass (or range) in kDa SZ (experimental method) [Ref]
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# File 'lib/bio/db/transfac.rb', line 232 def sz field_fetch('SZ') end |