This application provides methods for identifying nucleic acid ligands capable of covalently interacting with targets of interest. The nucleic acids can be associated with various functional units. The method also allows for the identification of nucleic acids that have facilitating activities as measured by their ability to facilitate formation of a covalent bond between the nucleic acid, including its associated functional unit, and its target.Larry Gold, Bruce Eaton, Drew Smith, Matthew Wecker, Kirk Jensenhttp://www.findthatpatent.com/Systematic_evolution_of_ligands_by_exponential_enrichment:_Chemi-SELEX,6300074.htm
The systematic evolution of ligands by exponential enrichment (SELEX) is a powerful method for the d...
Aptamers are short sequences of amino acids or nucleotides that display affinity towards molecules o...
The quest to improve the detection of biomolecules and cells in health and life sciences has led to ...
Publication number US5705337 A Publication type Grant Application number US 08/400,440 Publication d...
Publication number US6001577 A Publication type Grant Application number US 09/093,293 Publication d...
Publication number US6114120 A Publication type Grant Application number US 08/945,909 PCT number PC...
Publication number US5763177 A Publication type Grant Application number US 08/612,895 PCT number PC...
The logic of using nucleic acids as pharmaceutical reagents is in part based on their capacity to in...
Limited chemical diversity of nucleic acid libraries has long been suspected to be a major constrain...
Publication number US5763566 A Publication type Grant Application number US 08/433,585 Publication d...
dissertationThe selection of functional aptamers using the Systematic Evolution of Ligands via Expon...
International audienceIn the past three decades, in vitro systematic evolution of ligands by exponen...
The systematic evolution of ligands by exponential enrichment (SELEX) is a combinatorial oligonucleo...
A Systematic Evolution of Ligands by EXponential enrichment (SELEX)\ud experiment begins in round on...
<p>DNA was incubated with immobilized rh E-selectin on magnetic beads (target beads). After washing ...
The systematic evolution of ligands by exponential enrichment (SELEX) is a powerful method for the d...
Aptamers are short sequences of amino acids or nucleotides that display affinity towards molecules o...
The quest to improve the detection of biomolecules and cells in health and life sciences has led to ...
Publication number US5705337 A Publication type Grant Application number US 08/400,440 Publication d...
Publication number US6001577 A Publication type Grant Application number US 09/093,293 Publication d...
Publication number US6114120 A Publication type Grant Application number US 08/945,909 PCT number PC...
Publication number US5763177 A Publication type Grant Application number US 08/612,895 PCT number PC...
The logic of using nucleic acids as pharmaceutical reagents is in part based on their capacity to in...
Limited chemical diversity of nucleic acid libraries has long been suspected to be a major constrain...
Publication number US5763566 A Publication type Grant Application number US 08/433,585 Publication d...
dissertationThe selection of functional aptamers using the Systematic Evolution of Ligands via Expon...
International audienceIn the past three decades, in vitro systematic evolution of ligands by exponen...
The systematic evolution of ligands by exponential enrichment (SELEX) is a combinatorial oligonucleo...
A Systematic Evolution of Ligands by EXponential enrichment (SELEX)\ud experiment begins in round on...
<p>DNA was incubated with immobilized rh E-selectin on magnetic beads (target beads). After washing ...
The systematic evolution of ligands by exponential enrichment (SELEX) is a powerful method for the d...
Aptamers are short sequences of amino acids or nucleotides that display affinity towards molecules o...
The quest to improve the detection of biomolecules and cells in health and life sciences has led to ...