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FASTA Sequence PDB Format mmCIF Format
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9NQD

Structural basis of pseudomonas fapc biofilm-forming functional amyloid formation

PDB DOI: 10.2210/pdb9nqd/pdb

Classification: STRUCTURAL PROTEIN
Organism(s): Pseudomonas Fluorescens

Deposited: 2025-03-12
Deposition Author(s): Akbey, U. , Andreasen, M. , Byeon, C.B. , Conway, J.F. , Golcuk, M. , Gur, M. , Hansen, K.H. , Plechinger, E.B.

Experimental Data Snapshot

Method: ELECTRON MICROSCOPY
Resolution: 3.3 Å

9nqd
Literature

Structural basis of pseudomonas fapc biofilm-forming functional amyloid formation

Akbey, U. , Andreasen, M. , Byeon, C.B. , Conway, J.F. , Golcuk, M. , Gur, M. , Hansen, K.H. , Plechinger, E.B.

Primary Citation of Related Structures: 9NQD


Proteins
Molecule Chains Sequence Length Organism Sequence
Functional amyloid subunit FapC 3 226 Pseudomonas Fluorescens GPAEKWKPTPAPTGTVAAAVTDTQVSKDNKFDDTKTLNNAGANGSLSNSKGNLGANIAAGSGNQQDNAAAITSSAGDAATVFAVADIYQESKDNKFTNKGTQNNALLNNSANNSSGNVGVNVAAGQGNQQKNNLAIVTADGKNVAAASNTEQVSLDNHFLNEASSKHSYKPQYVVNNAGLLNSANNASGNIGVNVAAGAGNQQSNTLTLGSGCTVCAAGTGSKLAF
Functional amyloid subunit FapC 4 226 Pseudomonas Fluorescens GPAEKWKPTPAPTGTVAAAVTDTQVSKDNKFDDTKTLNNAGANGSLSNSKGNLGANIAAGSGNQQDNAAAITSSAGDAATVFAVADIYQESKDNKFTNKGTQNNALLNNSANNSSGNVGVNVAAGQGNQQKNNLAIVTADGKNVAAASNTEQVSLDNHFLNEASSKHSYKPQYVVNNAGLLNSANNASGNIGVNVAAGAGNQQSNTLTLGSGCTVCAAGTGSKLAF
Functional amyloid subunit FapC 5 226 Pseudomonas Fluorescens GPAEKWKPTPAPTGTVAAAVTDTQVSKDNKFDDTKTLNNAGANGSLSNSKGNLGANIAAGSGNQQDNAAAITSSAGDAATVFAVADIYQESKDNKFTNKGTQNNALLNNSANNSSGNVGVNVAAGQGNQQKNNLAIVTADGKNVAAASNTEQVSLDNHFLNEASSKHSYKPQYVVNNAGLLNSANNASGNIGVNVAAGAGNQQSNTLTLGSGCTVCAAGTGSKLAF
Functional amyloid subunit FapC 6 226 Pseudomonas Fluorescens GPAEKWKPTPAPTGTVAAAVTDTQVSKDNKFDDTKTLNNAGANGSLSNSKGNLGANIAAGSGNQQDNAAAITSSAGDAATVFAVADIYQESKDNKFTNKGTQNNALLNNSANNSSGNVGVNVAAGQGNQQKNNLAIVTADGKNVAAASNTEQVSLDNHFLNEASSKHSYKPQYVVNNAGLLNSANNASGNIGVNVAAGAGNQQSNTLTLGSGCTVCAAGTGSKLAF
Functional amyloid subunit FapC 7 226 Pseudomonas Fluorescens GPAEKWKPTPAPTGTVAAAVTDTQVSKDNKFDDTKTLNNAGANGSLSNSKGNLGANIAAGSGNQQDNAAAITSSAGDAATVFAVADIYQESKDNKFTNKGTQNNALLNNSANNSSGNVGVNVAAGQGNQQKNNLAIVTADGKNVAAASNTEQVSLDNHFLNEASSKHSYKPQYVVNNAGLLNSANNASGNIGVNVAAGAGNQQSNTLTLGSGCTVCAAGTGSKLAF
Functional amyloid subunit FapC 8 226 Pseudomonas Fluorescens GPAEKWKPTPAPTGTVAAAVTDTQVSKDNKFDDTKTLNNAGANGSLSNSKGNLGANIAAGSGNQQDNAAAITSSAGDAATVFAVADIYQESKDNKFTNKGTQNNALLNNSANNSSGNVGVNVAAGQGNQQKNNLAIVTADGKNVAAASNTEQVSLDNHFLNEASSKHSYKPQYVVNNAGLLNSANNASGNIGVNVAAGAGNQQSNTLTLGSGCTVCAAGTGSKLAF
Functional amyloid subunit FapC 9 226 Pseudomonas Fluorescens GPAEKWKPTPAPTGTVAAAVTDTQVSKDNKFDDTKTLNNAGANGSLSNSKGNLGANIAAGSGNQQDNAAAITSSAGDAATVFAVADIYQESKDNKFTNKGTQNNALLNNSANNSSGNVGVNVAAGQGNQQKNNLAIVTADGKNVAAASNTEQVSLDNHFLNEASSKHSYKPQYVVNNAGLLNSANNASGNIGVNVAAGAGNQQSNTLTLGSGCTVCAAGTGSKLAF
Functional amyloid subunit FapC 0 226 Pseudomonas Fluorescens GPAEKWKPTPAPTGTVAAAVTDTQVSKDNKFDDTKTLNNAGANGSLSNSKGNLGANIAAGSGNQQDNAAAITSSAGDAATVFAVADIYQESKDNKFTNKGTQNNALLNNSANNSSGNVGVNVAAGQGNQQKNNLAIVTADGKNVAAASNTEQVSLDNHFLNEASSKHSYKPQYVVNNAGLLNSANNASGNIGVNVAAGAGNQQSNTLTLGSGCTVCAAGTGSKLAF
Functional amyloid subunit FapC AA 226 Pseudomonas Fluorescens GPAEKWKPTPAPTGTVAAAVTDTQVSKDNKFDDTKTLNNAGANGSLSNSKGNLGANIAAGSGNQQDNAAAITSSAGDAATVFAVADIYQESKDNKFTNKGTQNNALLNNSANNSSGNVGVNVAAGQGNQQKNNLAIVTADGKNVAAASNTEQVSLDNHFLNEASSKHSYKPQYVVNNAGLLNSANNASGNIGVNVAAGAGNQQSNTLTLGSGCTVCAAGTGSKLAF
Functional amyloid subunit FapC AB 226 Pseudomonas Fluorescens GPAEKWKPTPAPTGTVAAAVTDTQVSKDNKFDDTKTLNNAGANGSLSNSKGNLGANIAAGSGNQQDNAAAITSSAGDAATVFAVADIYQESKDNKFTNKGTQNNALLNNSANNSSGNVGVNVAAGQGNQQKNNLAIVTADGKNVAAASNTEQVSLDNHFLNEASSKHSYKPQYVVNNAGLLNSANNASGNIGVNVAAGAGNQQSNTLTLGSGCTVCAAGTGSKLAF
Functional amyloid subunit FapC AC 226 Pseudomonas Fluorescens GPAEKWKPTPAPTGTVAAAVTDTQVSKDNKFDDTKTLNNAGANGSLSNSKGNLGANIAAGSGNQQDNAAAITSSAGDAATVFAVADIYQESKDNKFTNKGTQNNALLNNSANNSSGNVGVNVAAGQGNQQKNNLAIVTADGKNVAAASNTEQVSLDNHFLNEASSKHSYKPQYVVNNAGLLNSANNASGNIGVNVAAGAGNQQSNTLTLGSGCTVCAAGTGSKLAF
Functional amyloid subunit FapC AD 226 Pseudomonas Fluorescens GPAEKWKPTPAPTGTVAAAVTDTQVSKDNKFDDTKTLNNAGANGSLSNSKGNLGANIAAGSGNQQDNAAAITSSAGDAATVFAVADIYQESKDNKFTNKGTQNNALLNNSANNSSGNVGVNVAAGQGNQQKNNLAIVTADGKNVAAASNTEQVSLDNHFLNEASSKHSYKPQYVVNNAGLLNSANNASGNIGVNVAAGAGNQQSNTLTLGSGCTVCAAGTGSKLAF
Experimental Data

Method: ELECTRON MICROSCOPY

Deposited Date: 2025-03-12
Deposition Author(s): Akbey, U. , Andreasen, M. , Byeon, C.B. , Conway, J.F. , Golcuk, M. , Gur, M. , Hansen, K.H. , Plechinger, E.B.