-
chemical antibodies.
Aptamers and
antibodies can be used in many of the same applications, but the
nucleic acid-based
structure of
aptamers,
which are mostly...
-
possible aptamers, is also
expanded using unnatural base
pairs the use of
these unnatural base
pairs was
applied to
SELEX and high
affinity DNA
aptamers were...
-
utilized to
select RNA
aptamers, RNA
aptamers can be
generated for many
potential targets. By
directly introducing the RNA
aptamers to the
target during...
-
bacteria cells,
metal ions, etc.
Aptamers can be
developed to have
precise specificity to bind to a
desired target.
Aptamers change conformation upon binding...
-
synthetically derived RNA
aptamer born out of the need for a way of
studying the role of RNAs at the
cellular level. This
aptamer was
created using Systematic...
- Anti-thrombin
aptamers are G-quadruplex-bearing oligonucleotides,
which recognizes the
exosites of
human thrombin. The
first anti-thrombin
aptamer, TBA, was...
-
shown different activity depending on
enantiomeric form,
Aptamers (L-ribonucleic acid
aptamers): "That
makes mirror-image
biochemistry a
potentially lucrative...
-
Known examples of
smart ligands include DNA
smart aptamers; however, RNA and
peptide smart aptamers can also be developed.
Smart ligands can find a set...
-
Matsunaga K,
Yokoyama S,
Hirao I (May 2013). "Generation of high-affinity DNA
aptamers using an
expanded genetic alphabet".
Nature Biotechnology. 31 (5): 453–457...
-
materials used in
sensor development are
molecularly imprinted polymers and
aptamers. A
chemical sensor array is a
sensor architecture with
multiple sensor...
