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Class: Alpha Beta (26913)
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Architecture: 3-Layer(aba) Sandwich (12045)
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Topology: Rossmann fold (7312)
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Homologous Superfamily: P-loop containing nucleotide triphosphate hydrolases (1378)
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[unclassified] (24)
1EWQB:1542-1761; A:542-765CRYSTAL STRUCTURE TAQ MUTS COMPLEXED WITH A HETERODUPLEX DNA AT 2.2 A RESOLUTION
1FW6B:1542-1761; A:542-765CRYSTAL STRUCTURE OF A TAQ MUTS-DNA-ADP TERNARY COMPLEX
1NG9B:567-800; A:567-800E.COLI MUTS R697A: AN ATPASE-ASYMMETRY MUTANT
1NNEA:542-765; B:1542-1765CRYSTAL STRUCTURE OF THE MUTS-ADPBEF3-DNA COMPLEX
1PV4E:129-417; A:129-417; B:129-417; C:129-417; D:129-417; F:129-417X-RAY CRYSTAL STRUCTURE OF THE RHO TRANSCRIPTION TERMINATION FACTOR IN COMPLEX WITH SINGLE STRANDED DNA
1PVOE:129-417; A:129-417; B:129-417; C:129-417; D:129-417; F:129-417X-RAY CRYSTAL STRUCTURE OF RHO TRANSCRIPTION TERMINATION FACTOR IN COMPLEX WITH SSRNA SUBSTRATE AND ANPPNP
1RC8A:2-149T4 POLYNUCLEOTIDE KINASE BOUND TO 5'-GTCAC-3' SSDNA
1RPZA:2-149T4 POLYNUCLEOTIDE KINASE BOUND TO 5'-TGCAC-3' SSDNA
1RRCA:2-149T4 POLYNUCLEOTIDE KINASE BOUND TO 5'-GTC-3' SSDNA
1TTTA:1-213; B:1-213; C:1-213PHE-TRNA, ELONGATION FACTOR EF-TU:GDPNP TERNARY COMPLEX
1XPOE:129-417; A:129-417; B:129-417; C:129-417; D:129-417; F:129-417STRUCTURAL MECHANISM OF INHIBITION OF THE RHO TRANSCRIPTION TERMINATION FACTOR BY THE ANTIBIOTIC BICYCLOMYCIN
1XPRE:129-417; A:129-417; B:129-417; C:129-417; D:129-417; F:129-417STRUCTURAL MECHANISM OF INHIBITION OF THE RHO TRANSCRIPTION TERMINATION FACTOR BY THE ANTIBIOTIC 5A-FORMYLBICYCLOMYCIN (FB)
1XPUE:129-417; A:129-417; B:129-417; C:129-417; D:129-417; F:129-417STRUCTURAL MECHANISM OF INHIBITION OF THE RHO TRANSCRIPTION TERMINATION FACTOR BY THE ANTIBIOTIC 5A-(3-FORMYLPHENYLSULFANYL)-DIHYDROBICYCLOMYCIN (FPDB)
2D7DA:413-589; A:3-89,A:117-148,A:320-338,A:388-410STRUCTURAL INSIGHTS INTO THE CRYPTIC DNA DEPENDENT ATP-ASE ACTIVITY OF UVRB
2F55A:190-326; B:190-326; C:190-326; A:327-430,A:452-483; B:327-430,B:452-483; C:327-430,C:452-483TWO HEPATITIS C VIRUS NS3 HELICASE DOMAINS COMPLEXED WITH THE SAME STRAND OF DNA
2FDCA:414-594; A:1-89,A:120-148,A:323-338,A:388-410; B:414-593STRUCTURAL BASIS OF DNA DAMAGE RECOGNITION AND PROCESSING BY UVRB: CRYSTAL STRUCTURE OF A UVRB/DNA COMPLEX
2GXAA:377-577; B:377-577; C:377-577; D:377-577; E:377-577; F:377-577; G:377-577; H:377-577; I:377-577; J:377-577; K:377-577; L:377-577CRYSTAL STRUCTURE OF PAPILLOMAVIRUS E1 HEXAMERIC HELICASE WITH SSDNA AND MGADP
2IS1A:280-381,A:545-653; B:280-381,B:552-644; A:2-110,A:190-279; B:3-110,B:190-279CRYSTAL STRUCTURE OF UVRD-DNA-SO4 COMPLEX
2IS2A:280-381,A:550-646; B:280-381,B:550-646; A:2-110,A:190-279; B:2-110,B:190-279CRYSTAL STRUCTURE OF UVRD-DNA BINARY COMPLEX
2IS4A:280-381,A:543-662; B:280-381,B:548-658; A:1-110,A:190-279; B:1-110,B:190-279CRYSTAL STRUCTURE OF UVRD-DNA-ADPNP TERNARY COMPLEX
2IS6A:280-381,A:545-656; B:280-381,B:545-662; A:1-110,A:190-279; B:2-110,B:190-279CRYSTAL STRUCTURE OF UVRD-DNA-ADPMGF3 TERNARY COMPLEX
2NMVA:413-589; A:3-89,A:117-148,A:320-338,A:388-410DAMAGE DETECTION BY THE UVRABC PATHWAY: CRYSTAL STRUCTURE OF UVRB BOUND TO FLUORESCEIN-ADDUCTED DNA
2PJRA:11-115,A:194-282; F:711-815,F:894-982; A:283-385,A:546-548; F:983-1085,F:1246-1247HELICASE PRODUCT COMPLEX
3PJRA:283-385,A:550-652; A:4-112,A:193-282HELICASE SUBSTRATE COMPLEX