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# Program: MUSTANG v0.2: A Multiple structural alignment algorithm
# Authors: A. S. Konagurthu, P. J. Stuckey, J. C. Whisstock, and A. M. Lesk
# Rundate: Tue Oct 4 16:07:23 2005
# Report_file: results.html
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#====================================
# Aligned_structures: 15
# 1: 1ash.pdb
# 2: 1babA.pdb
# 3: 1dlwA.pdb
# 4: 1eca.pdb
# 5: 1ew6A.pdb
# 6: 1flp.pdb
# 7: 1gdj.pdb
# 8: 1h97A.pdb
# 9: 1hbg.pdb
# 10: 1hlm.pdb
# 11: 1ithA.pdb
# 12: 1lhs.pdb
# 13: 1mba.pdb
# 14: 1sctA.pdb
# 15: 1vhbA.pdb
#
# Length: 213
# Identity: 1/213 ( 0.5%) (Calculated as the percentage of conserved columns in the alignment.)
# Similarity: 2/213 ( 0.9%) (Calculated as the percentage of semi-conserved columns in the alignment)
# Gaps: 124/213 ( 58.2%) (Calculated as the percentage of columns with atleast one gap.)
#===========================================ALIGNMENT START=========================================
1ash.pdb 1 -------------------------ANKTRELCMKSLE-H-AKV--DTSNEARQDGIDLY 31
1babA.pdb 1 ------------ZM---------ELSPADKTNVKAAWG-K-VGA------HAGEYGAEAL 31
1dlwA.pdb 1 ---------------------------S---LFEQL-GGQ-A--------AVQAVTAQFY 20
1eca.pdb 1 ------------------------LSADQISTVQASFD-K-VKG----------DPVGIL 24
1ew6A.pdb 1 -------------------------------GFKQDIA-T-IRG------DLRTYAQDIF 21
1flp.pdb 1 -----------------------SLEAAQKSNVTSSWA-K-ASA------AWGTAGPEFF 29
1gdj.pdb 1 -----------G-----------ALTESQAALVKSSWE-E-FNA------NIPKHTHRFF 30
1h97A.pdb 1 -----------------------TLTKHEQDILLKELG-P-HVDTP---AHIVETGLGAY 32
1hbg.pdb 1 -----------------------GLSAAQRQVIAATWK-D-IAGAD----NGAGVGKKCL 31
1hlm.pdb 1 ZGATQSFQSV---G---------DLTPAEKDLIRSTWD-Q-LMT------HRTGFVADVF 40
1ithA.pdb 1 -----------------------GLTAAQIKAIQDHWF-LNIKG------CLQAAADSIF 30
1lhs.pdb 1 -----------------------GLSDDEWNHVLGIWA-K-VEP------DLSAHGQEVI 29
1mba.pdb 1 ----------Z------------SLSAAEADLAGKSWA-P-VFA------NKNANGLDFL 30
1sctA.pdb 1 --------------ZVDAAVAKVCGSEAIKANLRRSWG-V-LSA------DIEATGLMLM 38
1vhbA.pdb 1 ------------------------LDQQTINIIKATVP-V-LKE------HGVTITTTFY 28
1ash.pdb 32 KHMFENYPPLRKYFKS--REEY-TAED-VQNDPFFAKQ-GQKILLACHVLCATYDDRET- 85
1babA.pdb 32 ERMFLSFPTTKTYFPH--FD-L------SHGSAQVKGH-GKKVADALTNAVAHVD-D--- 77
1dlwA.pdb 21 ANIQADA-TVATFFNG---------------I-DMPNQ-TNKTAAFLCAALG---G---P 56
1eca.pdb 25 YAVFKADPSIMAKFTQ--FAGK-DLES-IKGTAPFETH-ANRIVGFFSKIIGELP-N--- 75
1ew6A.pdb 22 LAFLNKYPDERRYFKN--YVGK-SDQE-LKSMAKFGDH-TEKVFNLMMEVADRATD---C 73
1flp.pdb 30 MALFDAHDDVFAKFSGL-FSGA-AKGT-VKNTPEMAAQ-AQSFKGLVSNWVDNLDNAGA- 84
1gdj.pdb 31 ILVLEIAPAAKDLFSF--LKGT-SE--VPQNNPELQAH-AGKVFKLVYEAAIQLE----- 79
1h97A.pdb 33 HALFTAHPQYISHFSR--LEGH-TIEN-VMQSEGIKHY-ARTLTEAIVHMLKEISNDAE- 86
1hbg.pdb 32 IKFLSAHPQMAAVFGF-S----------GASDPGVAAL-GAKVLAQIGVAVSHLGDEGK- 78
1hlm.pdb 41 IRIFHNDPTAQRKFPQ--MAGL-SPAE-LRTSRQMHAH-AIRVSALMTTYIDEMDT-EV- 93
1ithA.pdb 31 FKYLTAYPGDLAFFHK--FSSV-PLYG-LRSNPAYKAQ-TLTVINYLDKVVDALGG--N- 82
1lhs.pdb 30 IRLFQLHPETQERFAK--FKNLTTIDA-LKSSEEVKKH-GTTVLTALGRILKQKN-N--- 81
1mba.pdb 31 VALFEKFPDSANFFAD--FKGK-SVAD-IKASPKLRDV-SSRIFTRLNEFVNNAANAGK- 84
1sctA.pdb 39 SNLFTLRPDTKTYFTR--LG---DVQK-GKANSKLRGH-AITLTYALNNFVDSLDDPSR- 90
1vhbA.pdb 29 KNLFAKHPEVRPLF------------------------QPKALAMTVLAAAQNIENLPA- 63
F
1ash.pdb 86 --F-------N-AYTRELLDR-HARD-HVHMPPEVWTDFWKLFEEYLGKKTT--LDEPTK 131
1babA.pdb 78 --M-------P-NALSALSDL-HAH--KLRVDPVNFKLLSHCLLVTLAAHLPAEFTPAVH 124
1dlwA.pdb 57 NAW-------TGR---NLKEV-HAN---MGVSNAQFTTVIGHLRSALTGAG---VAAALV 99
1eca.pdb 76 --I-------E-ADVNTFVAS-HKP---RGVTHDQLNNFRAGFVSYMKAHT---DFAGAE 118
1ew6A.pdb 74 VPL-------A-SDANTLVQMKQH----SSLTTGNFEKLFVALVEYMRASG---QS-FDS 117
1flp.pdb 85 --L-------E-GQCKTFAAN-HKA---RGISAGQLEAAFKVLSGFMKSYG---G---DE 124
1gdj.pdb 80 ---VTGVVVTD-ATLKNLGSV-HVS---KGVADAHFPVVKEAILKTIKEVVGAKWSEELN 131
1h97A.pdb 87 --V-------K-KIAAQYGKD-HTS---RKVTKDEFMSGEPIFTKYFQNLV---KDAEGK 129
1hbg.pdb 79 --M-------V-AQMKAVGVR-HKGYGNKHIKAQYFEPLGASLLSAMEHRIGGKMNAAAK 127
1hlm.pdb 94 --L-------P-ELLATLTRT-HDK---NHVGKKNYDLFGKVLMEAIKAELGVGFTKQVH 139
1ithA.pdb 83 --A-------G-ALMKAKVPS-HDA---MGITPKHFGQLLKLVGGVFQEEFS--ADPTTV 126
1lhs.pdb 82 --H-------E-QELKPLAES-HAT--KHKIPVKYLEFICEIIVKVIAEKHPSDFGADSQ 128
1mba.pdb 85 --M-------S-AMLSQFAKE-HVG---FGVGSAQFENVRSMFPGFVASVAA--PPAGAD 128
1sctA.pdb 91 --L-------K-CVVEKFAVN-HIN---RKISGDAFGAIVEPMKETLKARMGNYYSDDVA 136
1vhbA.pdb 64 --I-------L-PAVKKIAVK-HCQ---AGVAAAHYPIVGQELLGAIKEVLGDAATDDIL 109
h
1ash.pdb 132 QAWHEIGREFAKE---INK-------------- 147
1babA.pdb 125 ASLDKFLASVSTV---LTS-KYR---------- 143
1dlwA.pdb 100 EQTVAVAETVRGD---VVTV------------- 116
1eca.pdb 119 AAWGATLDTFFGM---IFS-KM----------- 136
1ew6A.pdb 118 QSWDRFGKNLVSA---LSS-AGM---------K 137
1flp.pdb 125 GAWTAVAGALMGE---IEP-DM----------- 142
1gdj.pdb 132 SAWTIAYDELAIV---IKK-EMDDAA------- 153
1h97A.pdb 130 AAVEKFLKHVFPM---MAA-EI----------- 147
1hbg.pdb 128 DAWAAAYADISGA---LIS-GLQS--------- 147
1hlm.pdb 140 DAWAKTFAIVQGVLITKHA-S------------ 159
1ithA.pdb 127 AAWGDAAGVLVAA---MK--------------- 141
1lhs.pdb 129 AAMKKALELFRND---MAS-KYKEFGF---QG- 153
1mba.pdb 129 AAWTKLFGLIIDA---LKA-AGA---------- 147
1sctA.pdb 137 GAWAALVGVVQAA---L---------------- 150
1vhbA.pdb 110 DAWGKAYGVIADV---FIQ-VEADLYAQAV--- 135
#=========================================ALIGNMENT END=============================================
#LEGEND:
#
# Colours indicate the chemical nature of the amino acid;
# Red = small hydrophobic including aromatic,{A,F,I,L,M,P,V,W}
# Blue = Acidic,{D,E}
# Magenta = Basic,{K,R} and
# Green = Basic amino acids with hydroxyl groups and/or amine groups {C,G,H,N,Q,S,T,Y}.
#
# The "markup row" below each stretch of the multiple alignment is used to mark completely conserved
# residue (denoted in UPPERCASE) and semi-conserved reside ( denoted in lowercase) in a column of the alignment.
#
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