The predicted secondary structure of aptamer SH-1194-35 based on a lowest free energy model (A) and schematic mechanism (B) of radioisotope- or fluorescence-labeled aptamer.</p
<p><b>A)</b><sup>32</sup>P-labeled aptamer was digested with S1 nuclease and resolved by denaturing ...
DNA aptamers can exhibit high affinity and selectivity towards their targets, but the aptamer–target...
<p><b>a)</b> Predicted structure of bivalent aptamer based on Linker 2. <b>b)</b> Structures of trun...
<p>The secondary structures for each of the aptamers investigated. The structure(s) with the lowest ...
<p>Predicted secondary structure of the β55 (left) and β55rc (right) aptamer probes with base pair p...
<p>The DNA sequences of AptLiH2A#1 and AptLiH2A#2 were analyzed using ‘mFold’ software. The resultan...
Secondary structure predictions of ErbB2, RC-ErbB2-idT and hyErbB2 aptamer. The equilibrium dissocia...
<p>(A) Mfold-predicted secondary structures of selected aptamers with shaded nucleotides representin...
Single-stranded (ss) oligonucleotide aptamers are emerging as the promising substitutes for monoclon...
<p>The secondary structures of 4 RNA aptamer candidates selected against gHA1 and 1 RNA aptamer (HAS...
<p>(A) Prediction of ZE2 secondary structure. Arrows represent exchanged bases in ZE2-mut compared t...
(A) Tertiary structure prediction of the PfR6 aptamer. (B) Alternative models for the PfR6–HMG-box P...
<p>A) BV02 is the parent aptamer that was designed to influenza virus infection <a href="http://www....
Secondary structure predicted by mfold (3), equilibrium dissociation curve and constant Kd of 6 RNA ...
<p>(A) MM/PBSA free energy calculation of HER-2 L755S-Lapatinib complex, (B) Free energy decompositi...
<p><b>A)</b><sup>32</sup>P-labeled aptamer was digested with S1 nuclease and resolved by denaturing ...
DNA aptamers can exhibit high affinity and selectivity towards their targets, but the aptamer–target...
<p><b>a)</b> Predicted structure of bivalent aptamer based on Linker 2. <b>b)</b> Structures of trun...
<p>The secondary structures for each of the aptamers investigated. The structure(s) with the lowest ...
<p>Predicted secondary structure of the β55 (left) and β55rc (right) aptamer probes with base pair p...
<p>The DNA sequences of AptLiH2A#1 and AptLiH2A#2 were analyzed using ‘mFold’ software. The resultan...
Secondary structure predictions of ErbB2, RC-ErbB2-idT and hyErbB2 aptamer. The equilibrium dissocia...
<p>(A) Mfold-predicted secondary structures of selected aptamers with shaded nucleotides representin...
Single-stranded (ss) oligonucleotide aptamers are emerging as the promising substitutes for monoclon...
<p>The secondary structures of 4 RNA aptamer candidates selected against gHA1 and 1 RNA aptamer (HAS...
<p>(A) Prediction of ZE2 secondary structure. Arrows represent exchanged bases in ZE2-mut compared t...
(A) Tertiary structure prediction of the PfR6 aptamer. (B) Alternative models for the PfR6–HMG-box P...
<p>A) BV02 is the parent aptamer that was designed to influenza virus infection <a href="http://www....
Secondary structure predicted by mfold (3), equilibrium dissociation curve and constant Kd of 6 RNA ...
<p>(A) MM/PBSA free energy calculation of HER-2 L755S-Lapatinib complex, (B) Free energy decompositi...
<p><b>A)</b><sup>32</sup>P-labeled aptamer was digested with S1 nuclease and resolved by denaturing ...
DNA aptamers can exhibit high affinity and selectivity towards their targets, but the aptamer–target...
<p><b>a)</b> Predicted structure of bivalent aptamer based on Linker 2. <b>b)</b> Structures of trun...