This thesis focuses on the emergence of novel peptide self-replicators from dynamic combinatorial libraries. Thiol functionalised peptide building blocks, first reported by our group in 2010, form the basis of all chapters. The work performed here has two main objectives: First, to deepen the insights obtainable from self-replicating systems and second, to use peptide building blocks to mimic life-like features such as replication. Alongside this, we developed novel strategies to access novel replicators and to dictate their properties
The work carried out in this thesis provides examples on how variations in building block design aff...
Our knowledge regarding the early steps in the formation of evolvable life and what constitutes the ...
A family of self-replicating macrocycles was developed using dynamic combinatorial chemistry. Replic...
This thesis focuses on the emergence of novel peptide self-replicators from dynamic combinatorial li...
This thesis focuses on the emergence of novel peptide self-replicators from dynamic combinatorial li...
This thesis focuses on the emergence of novel peptide self-replicators from dynamic combinatorial li...
This thesis focuses on the emergence of novel peptide self-replicators from dynamic combinatorial li...
Our knowledge regarding the early steps in the formation of evolvable life and what constitutes the ...
Our knowledge regarding the early steps in the formation of evolvable life and what constitutes the ...
Our knowledge regarding the early steps in the formation of evolvable life and what constitutes the ...
The work carried out in this thesis provides examples on how variations in building block design aff...
The work carried out in this thesis provides examples on how variations in building block design aff...
The work carried out in this thesis provides examples on how variations in building block design aff...
Our knowledge regarding the early steps in the formation of evolvable life and what constitutes the ...
The work carried out in this thesis provides examples on how variations in building block design aff...
The work carried out in this thesis provides examples on how variations in building block design aff...
Our knowledge regarding the early steps in the formation of evolvable life and what constitutes the ...
A family of self-replicating macrocycles was developed using dynamic combinatorial chemistry. Replic...
This thesis focuses on the emergence of novel peptide self-replicators from dynamic combinatorial li...
This thesis focuses on the emergence of novel peptide self-replicators from dynamic combinatorial li...
This thesis focuses on the emergence of novel peptide self-replicators from dynamic combinatorial li...
This thesis focuses on the emergence of novel peptide self-replicators from dynamic combinatorial li...
Our knowledge regarding the early steps in the formation of evolvable life and what constitutes the ...
Our knowledge regarding the early steps in the formation of evolvable life and what constitutes the ...
Our knowledge regarding the early steps in the formation of evolvable life and what constitutes the ...
The work carried out in this thesis provides examples on how variations in building block design aff...
The work carried out in this thesis provides examples on how variations in building block design aff...
The work carried out in this thesis provides examples on how variations in building block design aff...
Our knowledge regarding the early steps in the formation of evolvable life and what constitutes the ...
The work carried out in this thesis provides examples on how variations in building block design aff...
The work carried out in this thesis provides examples on how variations in building block design aff...
Our knowledge regarding the early steps in the formation of evolvable life and what constitutes the ...
A family of self-replicating macrocycles was developed using dynamic combinatorial chemistry. Replic...