Self-assembled phospholipid vesicles are functionalized with thrombinbinding aptamers using a thiol-click reaction. The resulting aptasensors signal the binding of the analyte to the vesicle surface by changes of the emission properties of membrane co-embedded reporter dyes
We report on a new type of artificial receptor formed by hybridization of two DNA aptamers for human...
We report on a new type of artificial receptor formed by hybridization of two DNA aptamers for human...
We report a modular design of vesicular chemosensors by co-embedding a Tb(III) complex and a recepto...
Self-assembled phospholipid vesicles are functionalized with thrombinbinding aptamers using a thiol-...
Self-assembled phospholipid vesicles are functionalized with thrombinbinding aptamers using a thiol-...
Surface-reactive luminescent vesicles were prepared by self-assembly of phospholipids, amphiphilic m...
Surface-reactive luminescent vesicles were prepared by self-assembly of phospholipids, amphiphilic m...
Surface-reactive luminescent vesicles were prepared by self-assembly of phospholipids, amphiphilic m...
Aptamers are synthetic single-stranded oligonucleotides which bind specifically to their target. The...
We have designed a new class of molecules, which we term aptamer beacons, for detecting a wide range...
New aptasensors based on DNA aptamer and polycarboxylated thiacalix[4]arenes in cone, 1,3-alternate ...
Here we propose a platform for the detection of unlabeled human α-thrombin down to the picomolar ran...
Here we propose a platform for the detection of unlabeled human a-thrombin down to the picomolar ran...
Aggregates of micron sized beads were formed by the binding of anti-thrombin aptamer to its compleme...
We report on a new type of artificial receptor formed by hybridization of two DNA aptamers for human...
We report on a new type of artificial receptor formed by hybridization of two DNA aptamers for human...
We report on a new type of artificial receptor formed by hybridization of two DNA aptamers for human...
We report a modular design of vesicular chemosensors by co-embedding a Tb(III) complex and a recepto...
Self-assembled phospholipid vesicles are functionalized with thrombinbinding aptamers using a thiol-...
Self-assembled phospholipid vesicles are functionalized with thrombinbinding aptamers using a thiol-...
Surface-reactive luminescent vesicles were prepared by self-assembly of phospholipids, amphiphilic m...
Surface-reactive luminescent vesicles were prepared by self-assembly of phospholipids, amphiphilic m...
Surface-reactive luminescent vesicles were prepared by self-assembly of phospholipids, amphiphilic m...
Aptamers are synthetic single-stranded oligonucleotides which bind specifically to their target. The...
We have designed a new class of molecules, which we term aptamer beacons, for detecting a wide range...
New aptasensors based on DNA aptamer and polycarboxylated thiacalix[4]arenes in cone, 1,3-alternate ...
Here we propose a platform for the detection of unlabeled human α-thrombin down to the picomolar ran...
Here we propose a platform for the detection of unlabeled human a-thrombin down to the picomolar ran...
Aggregates of micron sized beads were formed by the binding of anti-thrombin aptamer to its compleme...
We report on a new type of artificial receptor formed by hybridization of two DNA aptamers for human...
We report on a new type of artificial receptor formed by hybridization of two DNA aptamers for human...
We report on a new type of artificial receptor formed by hybridization of two DNA aptamers for human...
We report a modular design of vesicular chemosensors by co-embedding a Tb(III) complex and a recepto...
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