Index of /~nanjiang/zincpred/suppliment
Name Last modified Size Description
Parent Directory 20-Jan-2011 11:01 -
background_amino_aci..> 03-Dec-2007 14:31 1k
closeZnManuallyCurat..> 19-Sep-2007 19:25 4k
closeZnPro1-5.txt 19-Sep-2007 19:26 55k
closeZnPro3-5.txt 19-Sep-2007 19:26 48k
encoding-single-site..> 03-Dec-2007 16:43 26k
matrices-for-encodin..> 03-Dec-2007 14:33 1k
passe.idlist.txt 22-Nov-2006 14:01 16k
profiles-used-in-Seg..> 09-Dec-2007 16:38 33k
supplementary-figure..> 09-Oct-2007 17:05 281k
1 closeZnPro1-5.txt
A list of all 235 protein chains (and their residues) that bind to zinc.
2 closeZnPro3-5.txt
A list of all 210 protein chains (and their residues) that bind to Zn3, Zn4
or Zn5. Zn3, Zn4 and Zn5 are Zn atoms that bind to 3, 4 and 5 amino acid residues
respectively.
3 closeZnManuallyCurated.txt
A list of 8 manually curated zinc-binding proteins (and their residues).
4 passe.idlist.txt
Chain identifiers for 2,727 unique protein chains.
5 background_amino_acid_frequency.txt
Background amino acid composition for 20 amino acids.
6 matrices-for-encoding.txt
Matrices for encoding different parameters for generating SVM features
vectors.
7 encoding-single-site-vector-pair-based-vector.doc
Description for encoding single-site vectors and pair-based vectors
8 supplementary-figures.doc
Supplementary figures:
Figure 1: Illustration about how to encode a single-site vector and a pair-based vector
Figure 2: Fraction of conserved zinc-binding residues out of all zinc-binding residues and (b) Fraction of conserved residues out of all residues cutting at different conservation score levels for Cys, His, Asp and Glu separately.
Figure 3: Zinc-binding sites of liver alcohol dehydrogenase-NADH complex (PDB code 2OHX)
Figure 4: An example of a protein that possibly does bind zinc in vivo, although no zinc was present in the crystals.
9 profiles-used-in-Segment-Matching-Method.doc
A brief description about how the profiles used in the Segment Matching Method are built.
References:
Nanjiang Shu, Tuping Zhou and Sven Hovmöller, "Prediction of Zinc-Binding
Sites in Proteins From Sequence"