interface graph thumbnail
legend  pdf

3D-footprint cannot reliably estimate the specificity of 'Nucleic acid-binding proteins', as they bind to single-stranded DNA and thus accumulate more base contacts.


Dendrogram of similar interfaces ?

matrix format
structure nameCRYSTAL STRUCTURE OF FISSION YEAST POT1 AND SSDNA
(Protection of telomeres protein 1)
referenceSun et al. 'Plos 18 e1010308 2022
sourceSchizosaccharomyces pombe (strain 972 / ATCC 24843) / Schizosaccharomyces pombe (strain 972 / ATCC 24843)
experimentX-ray (resolution=3.00, R-factor=0.269)
structural superfamilyNucleic acid-binding proteins;
sequence familyTelomerebinding protein alpha subunit, cen;
links to other resourcesNAKB PDBSum PDIdb DNAproDB
protein sequence
  
  --STTTDTQCHCFTKTTGRCYC--QCLG--KGDG--KGWTYTKGNGYGFAMA----RGRTIGWGDG----KG--DA--LTYAEGIGHGDGSGAGRGYG--   L                 +--------------7cuh_A    
                                                                                                                   +-------1 
  ------------------------------------KGWGYT----YCFAMASGSGRGRTIGWGDG----KG--DTHTLTYAEGIGHG------------   L     +---2       +--------------4hja_A    
                                                                                                               !   ! 
  NGSTTTDTQCHCFA--TGRGYCRCQCLGSGKGDG------------------------------------------------------------------       +-3   +----------------------6bwy_A    
                                                                                                             ! ! 
  ----------------------------------YT--------------------------YGDGST----HT----------------------YTRT   L --4 +--------------------------7qxs_P    
                                                                                                             ! 
  ----------------------------------QT----------------------RTWT----LTTT--KT--FTQT----ST------------HT       +---------------------------4gnx_B    
                                                                                                           

home
updated Tue Dec 19 17:51:25 2023