5hq2_ABGH
citing 3d-footprint
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legend
pdf
interface graph
interface matrix
structure name
STRUCTURAL MODEL OF SET8 HISTONE H4 LYS20 METHYLTRANSFERASE BOUND TO NUCLEOSOME CORE PARTICLE
reference
Tavarekere et al. J.Mol.Biol. 428 1531 2016
source
XENOPUS LAEVIS
experiment
X-ray (resolution=4.50, R-factor=?)
structural superfamily
RCC1/BLIP-II;Histone-fold;P-loop containing nucleoside triphosphate hydrolases;Chromo domain-like;Homeodomain-like;PH domain-like;lambda repressor-like DNA-binding domains;p53-like transcription factors;Nucleic acid-binding proteins;
reference complex
5hq2_K
5o9g_E
5o9g_F
5o9g_G
5x0y_D
5z3u_A
6ftx_B
6g0l_M
6iro_A
6nqa_A
6pww_K
6r25_E
6r8y_H
6upk_H
6x0n_f
6yov_C
7at8_D
7eg6_A
7egp_S
7jzv_N
7nkx_a
7nkx_f
7otq_E
7u0g_M
7unc_a
7und_e
7vdt_B
7xcr_F
7xzx_N
7xzz_N
7zs9_e
8a3y_a
8aag_A
8atf_Q
8bvw_e
8byq_e
8ceo_r
8cww_A
8g57_E
8he5_a
8jh2_e
8jhf_A
8siy_G
8xgc_4
links to other resources
NAKB
PDIdb
DNAproDB
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.
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updated Tue Sep 10 04:41:38 2024