Gallery
![](images/gallery/gallery_jpgs_150x150/Structure2008_cover_150.jpg)
Cover Art. Structural studies of Mcm10, a component of the vertebrate replisome
![](images/gallery/gallery_jpgs_150x150/TIBS_cover_150.jpg)
Cover Art. TIBS review on new DNA repair mechanisms
![](images/gallery/gallery_jpgs_150x150/NAR2020_cover_150.jpg)
Cover Art. Discovery of an E. coli system for unhooking interstrand DNA crosslinks
![](images/gallery/gallery_jpgs_150x150/SRAP-DPC_150.jpg)
YedK DNA-protein crosslink. Covalent linkage between a SRAP domain and ssDNA containing an abasic site
![](images/gallery/gallery_jpgs_150x150/10.HIRAN-DNA_150.jpg)
HLTF HIRAN domain. Specific for DNA 3′-ends, the HIRAN domain is critical for replication fork reversal by HLTF
![](images/gallery/gallery_jpgs_150x150/9.HARP_150.jpg)
SMARCAL1 HARP domain. Substrate specificity domain of mouse SMARCAL1, involved in repair of stalled replication forks
![](images/gallery/gallery_jpgs_150x150/8.p58C_150.jpg)
Human pol α–primase PRIM2C iron-sulfur cluster domain. DNA polymerase involved in lagging strand synthesis
![](images/gallery/gallery_jpgs_150x150/pola-1_150.jpg)
Catalytic complexes of DNA pol α–primase. Xenopus pol α–primase in complex with primed templates representing various stages of DNA synthesis.
![](images/gallery/gallery_jpgs_150x150/7b.Mcm10ID_150.jpg)
Mcm10 DNA-binding domain. Xenopus laevis Mcm10 OB-fold and Zn-finger domain
![](images/gallery/gallery_jpgs_150x150/7c.Mcm10ID-DNA_150.jpg)
Mcm10-DNA complex. Xenopus laevis Mcm10 internal domain bound to single-stranded DNA
![](images/gallery/gallery_jpgs_150x150/7d.Mcm10CTD_150.jpg)
Mcm10 C-terminal domain. NMR structure of the zinc-ribbon domain of Xenopus laevis Mcm10
![](images/gallery/gallery_jpgs_150x150/7a.Mcm10NTD_150.jpg)
Mcm10 coiled-coil domain. From Xenopus laevis Mcm10, a protein involved in eukaryotic DNA replication
![](images/gallery/gallery_jpgs_150x150/NEIL3GRF_150.jpg)
NEIL3 GRF Zinc Finger domain. The tandem GRF-ZF domain of vertebrate NEIL3 DNA glycosylase binds single-stranded DNA
![](images/gallery/gallery_jpgs_150x150/3.alkC_150.jpg)
AlkC. HEAT-like repeat 3-methyladenine DNA glycosylase bound to abasic-DNA
![](images/gallery/gallery_jpgs_150x150/2.AlkD_150.jpg)
AlkD. Bacillus cerus 3-methyladenine DNA glycosylase (AlkD)
![](images/gallery/gallery_jpgs_150x150/2a.AlkD-DNA_150.jpg)
AlkD-DNA complex. Non-catalytic complex of AlkD bound to DNA mismatches
![](images/gallery/gallery_jpgs_150x150/2b.AlkD-cat2_150.jpg)
AlkD-DNA catalytic complex.The protein caught in the act of excising 3mA
![](images/gallery/gallery_jpgs_150x150/2c.AlkD-YTMA_150.jpg)
AlkD-Yatakemycin-DNA complex. AlkD excising a DNA adduct of the bulky, genotoxic agent from the duocarmycin/CC-1065 family of natural products
![](images/gallery/gallery_jpgs_150x150/2d.AlkD-CC1065+DSA_150.jpg)
AlkD-Duocarmycin SA-DNA and CC1065-DNA complexes. AlkD excision of Duocarmycin SA and CC-1065 DNA adducts
![](images/gallery/gallery_jpgs_150x150/3.SmAlkD2_150.jpg)
AlkD2. An AlkD homolog from Streptococcus mutans that lacks DNA glycosylase activity
![](images/gallery/gallery_jpgs_150x150/16.AlkZ_150.jpg)
AlkZ. DNA glycosylase that unhooks DNA interstrand crosslinks of the toxin azinomycin B
![](images/gallery/gallery_jpgs_150x150/4.Mag1_150.jpg)
Mag1. S.pombe 3-methyladenine DNA glycosylase bound to damaged DNA
![](images/gallery/gallery_jpgs_150x150/5.Mag2_150.jpg)
Mag2. Non-catalytic complex of an S.pombe Mag paralog bound to damaged DNA
![](images/gallery/gallery_jpgs_150x150/1.TAG-DNA_150.jpg)
TAG-DNA complex. Salmonella typhi 3-methyladenine (3mA) DNA glycosylase I bound to abasic-DNA and 3mA
![](images/gallery/gallery_jpgs_150x150/6.AidB_150.jpg)
AidB. Non-DNA-repair protein involved in the adaptive response of bacteria to alkylating agents
![](images/gallery/gallery_jpgs_150x150/TATDN1_150.jpg)
TATDN1. TatD enzymes are evolutionarily conserved AP endonucleases