BMRB Entry 51540

Title:
Proteolytic processing induces a conformational switch required for antibacterial toxin delivery
Deposition date:
2022-08-01
Original release date:
2022-08-04
Authors:
Bartelli, Nicholas; Passanisi, Victor; Michalska, Karolina; Song, Kiho; Nahn, Dihn; Zhou, Hongjun; Cuthbert, Bonnie; Stols, Lucy; Eschenfeldt, William; Wilson, Nicholas; Basra, Jesse; Cortes, Ricardo; Noorsher, Zainab; Gabraiel, Youssef; Poonen-Honig, Isaac; Seacord, Elizabeth; Goulding, Celia; Low, David; Joachimiak, Andrzej; Dahlquist, Frederick; Hayes, Christopher
Citation:

Citation: Bartelli, Nicholas; Passanisi, Victor; Michalska, Karolina; Song, Kiho; Nahn, Dihn; Zhou, Hongjun; Cuthbert, Bonnie; Stols, Lucy; Eschenfeldt, William; Wilson, Nicholas; Basra, Jesse; Cortes, Ricardo; Noorsher, Zainab; Gabraiel, Youssef; Poonen-Honig, Isaac; Seacord, Elizabeth; Goulding, Celia; Low, David; Joachimiak, Andrzej; Dahlquist, Frederick; Hayes, Christopher. "Proteolytic processing induces a conformational switch required for antibacterial toxin delivery"  Nat. Commun. 13, 5078-5078 (2022).
PubMed: 36038560

Assembly members:

Assembly members:
entity_1, polymer, 337 residues, Formula weight is not available

Natural source:

Natural source:   Common Name: Human   Taxonomy ID: 9606   Superkingdom: Eukaryota   Kingdom: Metazoa   Genus/species: Homo sapiens

Experimental source:

Experimental source:   Production method: recombinant technology   Host organism: Escherichia coli   Vector: various

Data sets:
Data typeCount

Additional metadata:

  • Assembly
  • Samples and Experiments
  • Software
  • Spectrometers
  • Hide all

Assembly:

Entity Assembly IDEntity NameEntity ID
1CdiA-CT EC30061

Entities:

Entity 1, CdiA-CT EC3006 337 residues - Formula weight is not available

1   VALGLUASNASNTYRLEUSERVALSERGLU
2   LYSTHRGLULEUGLUILEALALYSGLNLYS
3   LEULYSASNSERLYSASPPROALAGLUARG
4   GLULYSALAGLNGLNLYSTYRASPALALEU
5   LEUGLULYSASPILESERSERASPLYSALA
6   VALILETHRALACYSSERASNGLYGLNALA
7   ALASERALAALACYSALAGLYGLUARGLEU
8   LYSVALILEALAALALYSGLYGLYTYRGLU
9   THRGLYHISTYRASNASNGLNVALSERASP
10   METTYRPROASPALATYRGLYGLNILEVAL
11   ASNLEULEUASNILETHRSERVALASPALA
12   GLNASNGLNGLNGLNVALLYSASPALAMET
13   VALASNTYRALAMETVALGLNPHEGLYVAL
14   ASPARGALATHRALAGLNALATYRVALGLU
15   THRTYRASPGLYMETLYSVALVALALAALA
16   SERMETALAPROVALILEGLYALAALAALA
17   ALASERLYSILEGLUVALLEUALAGLYLYS
18   GLNARGLEUSERASNSERPHEGLUVALSER
19   SERLEUPROASPALAASNGLYLYSASNHIS
20   ILETHRALAVALLYSGLYASPALALYSILE
21   PROVALASPLYSILEGLULEUTYRMETARG
22   GLYLYSALASERGLYASPLEUASPSERLEU
23   GLNALAGLUTYRASNSERLEULYSASPALA
24   ARGILESERSERGLNLYSGLUPHEALALYS
25   ASPPROASNASNALALYSARGMETGLUVAL
26   LEUGLULYSGLNILEHISASNILEGLUARG
27   SERGLNASPMETALAARGVALLEUGLUGLN
28   ALAGLYILEVALASNTHRALASERASNASN
29   SERMETILEMETASPLYSLEULEUASPSER
30   ALAGLNGLYALATHRSERALAASNARGLYS
31   THRSERVALVALVALSERGLYPROASNGLY
32   ASNVALARGILETYRALATHRTRPTHRILE
33   LEUPROASPGLYTHRLYSARGLEUSERTHR
34   VALASNTHRGLYTHRPHELYS

Samples:

sample_1: CdiA-CT EC3006, [U-99% 15N], 200 uM; NaPO4 50 mM

sample_conditions_1: ionic strength: 0.1 M; pH: 6.5; pressure: 1 atm; temperature: 298 K

Experiments:

NameSampleSample stateSample conditions
2D 1H-15N HSQCsample_1isotropicsample_conditions_1

Software:

NMRPipe - data analysis

NMR spectrometers:

  • Oxford INOVA 600 MHz