Our overarching goal is to discover how the structure of the genotypic space of RNA polymers affects their ability to evolve. Specifically, we will address several fundamental questions that, so far, have remained largely unanswered. Was the genotypic space explored globally or only locally? Was the outcome of early evolution predictable or was it, instead, govern by chance? What was the role of neutral mutations in the evolution of increasing complex systems? As the first step, we study the problem in the example of RNA ligases. We obtain the complete, empirical fitness landscapes for short ligases and examine possible evolutionary paths for RNA molecules that are sufficiently long to preclude exhaustive search of the genotypic space
In order to understand the structure of real structure spaces, we are studying the 5S rRNA structure...
During my dissertation I used a combination of comparative and phylogenetic approaches to test for s...
Understanding which phenotypes are accessible from which genotypes is fundamental for understanding ...
Emergence of replicable genetic molecules was one of the marking points in the origin of life, evolu...
Copyright © by Cambridge University Press.-- Final full-text version of the paper available at: http...
Novel phenotypes can originate either through mutations in existing genotypes or through phenotypic ...
AbstractNovel phenotypes can originate either through mutations in existing genotypes or through phe...
Evolution of ribonucleic acid (RNA) molecules in the test-tube provides a possibility to study evolu...
Abstract RNA has a myriad of biological roles in con-temporary life. We use the RNA paradigm for gen...
Many properties of organisms show great robustness against mutations. Whether this robustness is an ...
The emergence of life depended on the ability of the first biopolymer populations to thrive and appr...
The landscape concept is an old metaphor used by Sewall Wright to illustrate the evolution of specie...
Molecular evolution can be conceptualized as a walk over a 'fitness landscape', or the function of f...
The RNA world hypothesis, that RNA genomes and catalysts preceded DNA genomes and genetically-encode...
Ribozyme (catalytic RNA) evolution by in vitro selection is one of the powerful evolutionary systems...
In order to understand the structure of real structure spaces, we are studying the 5S rRNA structure...
During my dissertation I used a combination of comparative and phylogenetic approaches to test for s...
Understanding which phenotypes are accessible from which genotypes is fundamental for understanding ...
Emergence of replicable genetic molecules was one of the marking points in the origin of life, evolu...
Copyright © by Cambridge University Press.-- Final full-text version of the paper available at: http...
Novel phenotypes can originate either through mutations in existing genotypes or through phenotypic ...
AbstractNovel phenotypes can originate either through mutations in existing genotypes or through phe...
Evolution of ribonucleic acid (RNA) molecules in the test-tube provides a possibility to study evolu...
Abstract RNA has a myriad of biological roles in con-temporary life. We use the RNA paradigm for gen...
Many properties of organisms show great robustness against mutations. Whether this robustness is an ...
The emergence of life depended on the ability of the first biopolymer populations to thrive and appr...
The landscape concept is an old metaphor used by Sewall Wright to illustrate the evolution of specie...
Molecular evolution can be conceptualized as a walk over a 'fitness landscape', or the function of f...
The RNA world hypothesis, that RNA genomes and catalysts preceded DNA genomes and genetically-encode...
Ribozyme (catalytic RNA) evolution by in vitro selection is one of the powerful evolutionary systems...
In order to understand the structure of real structure spaces, we are studying the 5S rRNA structure...
During my dissertation I used a combination of comparative and phylogenetic approaches to test for s...
Understanding which phenotypes are accessible from which genotypes is fundamental for understanding ...