BMRB Entry 53982

Title:
PAD1 citrullinated histone H2A(1-28) F25Y
Deposition date:
2026-08-18
Original release date:
2026-11-03
Authors:
Kowalczyk, Alex; Morrison, Emma
Citation:

Citation: Kowalczyk, Alex; Morrison, Emma. "Differential histone tail citrullination by PAD Enzymes observed via NMR spectroscopy "  J. Biol. Chem. ., .-..

Assembly members:

Assembly members:
entity_1, polymer, 28 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: pET3a

Entity Sequences (FASTA):

Entity Sequences (FASTA):
entity_1: SGXGKQGGKAXAKAKTXSSX AGLQYPVG

Data sets:
Data typeCount
13C chemical shifts48
15N chemical shifts25
1H chemical shifts25

Additional metadata:

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

Assembly:

Entity Assembly IDEntity NameEntity ID
1PAD1 citrullinated histone H2A(1-28) F25Y1

Entities:

Entity 1, PAD1 citrullinated histone H2A(1-28) F25Y 28 residues - Formula weight is not available

1   SERGLYCIRGLYLYSGLNGLYGLYLYSALA
2   CIRALALYSALALYSTHRCIRSERSERCIR
3   ALAGLYLEUGLNTYRPROVALGLY

Samples:

sample_1: PAD1 citrullinated histone H2A(1-28) F25Y, [U-13C; U-15N], 2 mM; MOPS 20 mM; NaOH 7 mM; EDTA 0.1 mM; TCEP 0.5 mM; KCl 100 mM; CaCl2 2 mM

sample_conditions_1: pH: 7; temperature: 283 K

Experiments:

NameSampleSample stateSample conditions
2D 1H-15N HSQCsample_1isotropicsample_conditions_1
3D HNCACBsample_1isotropicsample_conditions_1
3D CBCA(CO)NHsample_1isotropicsample_conditions_1
3D HNCAsample_1isotropicsample_conditions_1

Software:

TOPSPIN - collection

NMRPipe - processing

ANALYSIS v2.5.2 - chemical shift assignment

NMR spectrometers:

  • Bruker AVANCE III 600 MHz

Download HSQC peak lists in one of the following formats:
CSV: Backbone or all simulated peaks
SPARKY: Backbone or all simulated peaks