Документ взят из кэша поисковой машины. Адрес оригинального документа : http://mouse.belozersky.msu.ru/npidb/data/pdb_new/stride/2jx1.std.txt Дата изменения: Sat May 19 17:56:39 2012 Дата индексирования: Tue Oct 2 12:11:09 2012 Кодировка:

REM -------------------------------------------------------------------- 2JX1
REM 2JX1
REM STRIDE: Knowledge-based secondary structure assignment 2JX1
REM Please cite: D.Frishman & P.Argos, Proteins 23, 566-579, 1995 2JX1
REM 2JX1
REM Residue accessible surface area calculation 2JX1
REM Please cite: F.Eisenhaber & P.Argos, J.Comp.Chem. 14, 1272-1280, 1993 2JX1
REM F.Eisenhaber et al., J.Comp.Chem., 1994, submitted 2JX1
REM 2JX1
REM ------------------------ General information ----------------------- 2JX1
REM 2JX1
HDR TRANSCRIPTION/DNA 01-NOV-07 2JX1 2JX1
CMP MOL_ID: 1; 2JX1
CMP MOLECULE: MYELIN TRANSCRIPTION FACTOR 1; 2JX1
CMP CHAIN: A; 2JX1
CMP FRAGMENT: THE FIFTH ZINC FINGER DOMAIN; 2JX1
CMP SYNONYM: MYT1, NEURAL ZINC FINGER FACTOR 2, NZF-2; 2JX1
CMP ENGINEERED: YES; 2JX1
CMP MOL_ID: 2; 2JX1
CMP MOLECULE: DNA (5'- 2JX1
CMP D(*DAP*DCP*DCP*DGP*DAP*DAP*DAP*DGP*DTP*DTP*DCP*DAP*DC)-3'); 2JX1
CMP CHAIN: B; 2JX1
CMP ENGINEERED: YES; 2JX1
CMP MOL_ID: 3; 2JX1
CMP MOLECULE: DNA (5'- 2JX1
CMP D(*DGP*DTP*DGP*DAP*DAP*DCP*DTP*DTP*DTP*DCP*DGP*DGP*DT)-3'); 2JX1
CMP CHAIN: C; 2JX1
CMP ENGINEERED: YES 2JX1
SRC MOL_ID: 1; 2JX1
SRC ORGANISM_SCIENTIFIC: MUS MUSCULUS; 2JX1
SRC ORGANISM_COMMON: HOUSE MOUSE; 2JX1
SRC ORGANISM_TAXID: 10090; 2JX1
SRC EXPRESSION_SYSTEM: ESCHERICHIA COLI BL21; 2JX1
SRC EXPRESSION_SYSTEM_TAXID: 511693; 2JX1
SRC EXPRESSION_SYSTEM_STRAIN: BL21; 2JX1
SRC EXPRESSION_SYSTEM_VECTOR_TYPE: VECTOR; 2JX1
SRC EXPRESSION_SYSTEM_VECTOR: PGEX; 2JX1
SRC MOL_ID: 2; 2JX1
SRC SYNTHETIC: YES; 2JX1
SRC MOL_ID: 3; 2JX1
SRC SYNTHETIC: YES 2JX1
AUT R.GAMSJAEGER,M.K.SWANTON,F.J.KOBUS,E.LEHTOMAKI,J.A.LOWRY, 2JX1
AUT A.H.KWAN,J.M.MATTHEWS,J.P.MACKAY 2JX1
REM 2JX1
REM -------------------- Secondary structure summary ------------------- 2JX1
REM 2JX1
CHN /data/npidb/pdb/pdb_new/all/pdb2jx1.pdb A 2JX1
REM 2JX1
REM . . . 2JX1
SEQ 1 DLKCPTPGCDGSGHITGNYASHRSLSGCPRA 31 2JX1
STR TTTT TTTT TTTT TTTT TTTT 2JX1
REM 2JX1
REM 2JX1
REM 2JX1
LOC TurnIV ASP 9 A CYS 12 A 2JX1
LOC TurnI THR 14 A CYS 17 A 2JX1
LOC TurnIV HIS 22 A GLY 25 A 2JX1
LOC TurnIV TYR 27 A HIS 30 A 2JX1
LOC TurnIV LEU 33 A CYS 36 A 2JX1
REM 2JX1
REM --------------- Detailed secondary structure assignment------------- 2JX1
REM 2JX1
REM |---Residue---| |--Structure--| |-Phi-| |-Psi-| |-Area-| 2JX1
ASG ASP A 9 1 T Turn 360.00 -178.91 162.4 2JX1
ASG LEU A 10 2 T Turn -80.49 -9.30 150.9 2JX1
ASG LYS A 11 3 T Turn -163.88 152.40 66.7 2JX1
ASG CYS A 12 4 T Turn -56.96 134.28 2.0 2JX1
ASG PRO A 13 5 C Coil -59.62 -19.29 87.5 2JX1
ASG THR A 14 6 T Turn -71.27 117.94 24.9 2JX1
ASG PRO A 15 7 T Turn -52.49 -49.03 123.9 2JX1
ASG GLY A 16 8 T Turn -80.36 -5.61 58.9 2JX1
ASG CYS A 17 9 T Turn -87.28 125.19 2.1 2JX1
ASG ASP A 18 10 C Coil -82.50 -36.97 61.7 2JX1
ASG GLY A 19 11 C Coil 102.30 -10.81 0.0 2JX1
ASG SER A 20 12 C Coil -93.86 81.21 60.0 2JX1
ASG GLY A 21 13 C Coil 157.70 -173.66 14.2 2JX1
ASG HIS A 22 14 T Turn -163.35 162.54 34.5 2JX1
ASG ILE A 23 15 T Turn -80.39 -63.27 114.8 2JX1
ASG THR A 24 16 T Turn -69.54 -35.04 127.3 2JX1
ASG GLY A 25 17 T Turn 102.42 35.14 59.8 2JX1
ASG ASN A 26 18 C Coil -94.78 -11.64 123.5 2JX1
ASG TYR A 27 19 T Turn -138.87 154.84 120.8 2JX1
ASG ALA A 28 20 T Turn -99.32 -29.66 82.5 2JX1
ASG SER A 29 21 T Turn -158.50 137.51 78.4 2JX1
ASG HIS A 30 22 T Turn -143.27 174.47 14.1 2JX1
ASG ARG A 31 23 C Coil -135.74 36.47 101.2 2JX1
ASG SER A 32 24 C Coil -146.48 -174.87 50.4 2JX1
ASG LEU A 33 25 T Turn -87.16 22.74 120.5 2JX1
ASG SER A 34 26 T Turn -84.47 72.30 68.1 2JX1
ASG GLY A 35 27 T Turn 78.74 58.12 25.6 2JX1
ASG CYS A 36 28 T Turn -65.09 124.29 11.1 2JX1
ASG PRO A 37 29 C Coil -63.55 -36.33 30.3 2JX1
ASG ARG A 38 30 C Coil -124.20 79.02 125.5 2JX1
ASG ALA A 39 31 C Coil -99.45 360.00 122.0 2JX1