Electronic Dissertations Library

Identification of ß-sheet motifs in three-dimensional protein structures, using a subgraph isomorphism algorithm: an update of a 1992 study, by Ruth V. Spriggs

Appendix C
Table 10) Data for Eleven, Twelve, Thirteen, Fourteen, and Fifteen Stranded Sheets

Key at base of page


Number of strands Files with hits Number of motifs Motifs found in number of files
11 44 43 10101010101 21
10101010110 5
11010101010 5
11111111110 5
10110101010 4
11111111111 4
11010101001 3
10101101010 2
10101011010 2
11001010110 2
10111111101 2
11001010110 2
10110101001 1
11010100110 1
10110010101 1
10111111110 1
11010100101 1
10101001001 1
11011010101 1
10110110101 1
11011111010 1
10111111010 1
11101000010 1
11110100001 1
11111100000 1
11110000001 1
11100000010 1
11111111101 1
11000000010 1
10011111110 1
10100100101 1
10100001001 1
10111011010 1
11011101101 1
11101101101 1
10010001001 1
11011011010 1
10010010001 1
10110111010 1
10110110110 1
10100100001 1
10111101101 1
10100000001 1
Total 88
12 25 34 101010101010 14
101010101001 4
101101010101 4
110101010101 3
111111111111 2
100101010110 2
110101010010 2
101011010101 2
101010100101 2
101010010101 1
101101010010 1
110101001010 1
101001010110 1
100110101001 1
110010101100 1
110101001101 1
101010110110 1
110110101010 1
101101101010 1
111111111110 1
111101000010 1
111110000001 1
111100000010 1
111111000000 1
101111111001 1
101001001001 1
110111011010 1
111011011010 1
101101110110 1
101101111010 1
101101101110 1
101101101101 1
101001000101 1
101111011010 1
Total 60
13 20 25 1010101010101 10
1011010101010 3
1101010101010 2
1111111111111 2
1010101010110 2
1101010100101 2
1010110101010 2
1011010101001 1
1011010100101 1
1101010010101 1
1010110101001 1
1010101101010 1
1100101011001 1
1011001010110 1
1010101011010 1
1010101001001 1
1101101010101 1
1011011010101 1
1111111111110 1
1111100000010 1
1111110000001 1
1011011011010 1
1010010001001 1
1010010000101 1
1010010010001 1
Total 41
14 18 23 10101010101010 9
10110101010101 2
10110101010010 1
10101001010110 1
10110101001010 1
11010100101011 1
10100101011010 1
10100101010110 1
11010100101010 1
10101010010101 1
11010101001010 1
10011010100110 1
11001010110010 1
10101010100101 1
10101010110110 1
11011010101010 1
10110110101010 1
11111111111111 1
11111111111110 1
10101010101001 1
10000001111110 1
11111100000010 1
10100100100101 1
Total 32
15 14 16 101010101010101 7
101101010010101 1
110101001010110 1
101011010100101 1
101011010101001 1
110101001010101 1
101101010100101 1
101010110101001 1
110101010010101 1
101100101011001 1
101010101011010 1
101010101001001 1
101101101010101 1
111111111111111 1
101101010101010 1
101111110000001 1
Total 22


Key


Number of strands: Number of strands in the sheets that were searched for.
Files with hits: The number of protein files the matches were found in.
Number of motifs: The total number of different motifs retrieved for that number of strands.
Motifs found: The binary notation of the motifs retrieved.
In number of files: The number of protein files each of the motifs were found in.


Title Page


Identification of ß-sheet motifs in three-dimensional protein structures, using a subgraph isomorphism algorithm: an update of a 1992 study.
MSc in Information Management, 1998/1999
Electronic Dissertations Library
© University of Sheffield - Department of Information Studies (All Rights Reserved)