Chemical genetics is a research approach that uses small molecules as probes to study protein functions in cells or whole organisms. Here, I review the parallels between classical genetic and chemical-genetic approaches and discuss the merits of small molecules to dissect dynamic cellular processes. I then consider the pros and cons of different screening approaches and specify strategies aimed at identifying and validating cellular target proteins. Finally, I highlight the impact of chemical genetics on our current understanding of cell biology and its potential for the future
Chemical genomics (i.e., genomics-scale chemical genetics) approaches are based on the ability of lo...
AbstractChemical genetics is an emerging technology for revealing the signaling networks that regula...
Investigation of the genetic functions in complex biological systems is a challenging step in recent...
Chemical genetics is a research approach that uses small molecules as probes to study protein functi...
Chemical genetics is a research approach that uses small molecules as probes to study protein functi...
Chemical genetics is a research approach that uses small molecules as probes to study protein functi...
Chemical genetics is the study of biological systems using small molecule (‘chemical’) intervention,...
To understand biological processes, biologists typically study how perturbations of protein function...
Chemical genetics is based on the ability of small molecules to bind reversibly to biological molecu...
Chemical genetics employs diverse small-molecule compounds to elucidate biological processes in a ma...
Chemical genetics employs diverse small-molecule compounds to elucidate biological processes in a ma...
Chemical genetics utilizes small molecules to perturb biological processes. Unlike conventional gene...
Chemical genetics employs diverse small-molecule compounds to elucidate biological processes in a ma...
To understand biological processes, biologists typically study how perturbations of protein function...
Chemical genetics is an emerging field that can be used to study the interactions of chemical compou...
Chemical genomics (i.e., genomics-scale chemical genetics) approaches are based on the ability of lo...
AbstractChemical genetics is an emerging technology for revealing the signaling networks that regula...
Investigation of the genetic functions in complex biological systems is a challenging step in recent...
Chemical genetics is a research approach that uses small molecules as probes to study protein functi...
Chemical genetics is a research approach that uses small molecules as probes to study protein functi...
Chemical genetics is a research approach that uses small molecules as probes to study protein functi...
Chemical genetics is the study of biological systems using small molecule (‘chemical’) intervention,...
To understand biological processes, biologists typically study how perturbations of protein function...
Chemical genetics is based on the ability of small molecules to bind reversibly to biological molecu...
Chemical genetics employs diverse small-molecule compounds to elucidate biological processes in a ma...
Chemical genetics employs diverse small-molecule compounds to elucidate biological processes in a ma...
Chemical genetics utilizes small molecules to perturb biological processes. Unlike conventional gene...
Chemical genetics employs diverse small-molecule compounds to elucidate biological processes in a ma...
To understand biological processes, biologists typically study how perturbations of protein function...
Chemical genetics is an emerging field that can be used to study the interactions of chemical compou...
Chemical genomics (i.e., genomics-scale chemical genetics) approaches are based on the ability of lo...
AbstractChemical genetics is an emerging technology for revealing the signaling networks that regula...
Investigation of the genetic functions in complex biological systems is a challenging step in recent...