Aside from the well-known double helix, DNA can also adopt an alternative four-stranded structure known as G-quadruplex. Implications of such a structure in cellular processes, as well as its therapeutic and diagnostic applications, have been reported. The G-quadruplex structure is highly polymorphic, but so far, only right-handed helical forms have been observed. Here we present the NMR solution and X-ray crystal structures of a left-handed DNA G-quadruplex. The structure displays unprecedented features that can be exploited as unique recognition elements.Accepted Versio
International audienceRecently, we observed the first example of a left-handed G-quadruplex structur...
International audienceRecently, we observed the first example of a left-handed G-quadruplex structur...
International audienceA recent study on the left-handed G-quadruplex (LHG4) DNA revealed a 12-nt min...
International audienceAside from the well-known double helix, DNA can also adopt an alternative four...
Aside from the well-known double helix, DNA can also adopt an alternative four-stranded structure kn...
International audienceAside from the well-known double helix, DNA can also adopt an alternative four...
Analogous to the B- and Z-DNA structures in double-helix DNA, there exist both right- and left-hande...
International audienceAnalogous to the B- and Z-DNA structures in double-helix DNA, there exist both...
International audienceAnalogous to the B- and Z-DNA structures in double-helix DNA, there exist both...
Analogous to the B- and Z-DNA structures in double-helix DNA, there exist both right- and left-hande...
International audienceAnalogous to the B- and Z-DNA structures in double-helix DNA, there exist both...
Aside from the classic double helix model, guanine-rich DNA sequence can adopt non-canonical structu...
International audienceG-quadruplex (G4) DNA structures with a left-handed backbone progression have ...
Besides the canonical double-stranded helical B-DNA structure, DNA can form four-stranded G-quadrupl...
International audienceRecently, we observed the first example of a left-handed G-quadruplex structur...
International audienceRecently, we observed the first example of a left-handed G-quadruplex structur...
International audienceRecently, we observed the first example of a left-handed G-quadruplex structur...
International audienceA recent study on the left-handed G-quadruplex (LHG4) DNA revealed a 12-nt min...
International audienceAside from the well-known double helix, DNA can also adopt an alternative four...
Aside from the well-known double helix, DNA can also adopt an alternative four-stranded structure kn...
International audienceAside from the well-known double helix, DNA can also adopt an alternative four...
Analogous to the B- and Z-DNA structures in double-helix DNA, there exist both right- and left-hande...
International audienceAnalogous to the B- and Z-DNA structures in double-helix DNA, there exist both...
International audienceAnalogous to the B- and Z-DNA structures in double-helix DNA, there exist both...
Analogous to the B- and Z-DNA structures in double-helix DNA, there exist both right- and left-hande...
International audienceAnalogous to the B- and Z-DNA structures in double-helix DNA, there exist both...
Aside from the classic double helix model, guanine-rich DNA sequence can adopt non-canonical structu...
International audienceG-quadruplex (G4) DNA structures with a left-handed backbone progression have ...
Besides the canonical double-stranded helical B-DNA structure, DNA can form four-stranded G-quadrupl...
International audienceRecently, we observed the first example of a left-handed G-quadruplex structur...
International audienceRecently, we observed the first example of a left-handed G-quadruplex structur...
International audienceRecently, we observed the first example of a left-handed G-quadruplex structur...
International audienceA recent study on the left-handed G-quadruplex (LHG4) DNA revealed a 12-nt min...