The ATP binding RNA Aptamer
2) Highlight G8, A12, U16 interacting with AMP 3) Highlight G.C base pairs (G7.G11 , G17.G30) 4) Highlight GNRA motif (G8, A9, A10.AMP) and Linker in white ( A13, A14, C15) 5) Highlight the stems 6) View of the core of the Aptamer (nt 6-18, 29-31, AMP) 7) View GNRA motif tetraloop References "Solution Structure of an Atp_binding RNA aptamer reveals a novel fold", T.Dieckman, E. Suzuki, G.K. Nkamura, and Juli Feigon RNA (1996) 2:628-640 PDB CODE=1RAW
5) Highlight the stems
6) View of the core of the Aptamer (nt 6-18, 29-31, AMP) 7) View GNRA motif tetraloop References "Solution Structure of an Atp_binding RNA aptamer reveals a novel fold", T.Dieckman, E. Suzuki, G.K. Nkamura, and Juli Feigon RNA (1996) 2:628-640 PDB CODE=1RAW
7) View GNRA motif tetraloop References "Solution Structure of an Atp_binding RNA aptamer reveals a novel fold", T.Dieckman, E. Suzuki, G.K. Nkamura, and Juli Feigon RNA (1996) 2:628-640 PDB CODE=1RAW
PDB CODE=1RAW