The PURESystemTM(for short: PS) is a defined set of about 80 different macromolecular species which can perform protein synthesis starting from a coding DNA. To understand the processes that take place inside a liposome with entrapped PS, several simulation approaches, of either a deterministic or stochastic nature, have been proposed in the literature. To correctly describe some peculiar phenomena that are observed only in very small liposomes (such as power-law distribution of solutes and supercrowding effect), a stochastic approach seems necessary, due to the very small average number of molecules contained in these liposomes. Here we recall the results reported in other works published by us and by other Authors, discussing the importan...
Liposomes composed of fatty acids and phospholipids are frequently used as model systems for biologi...
The encapsulation of transcription-translation (TX-TL) cell-free machinery inside lipid vesicles (li...
In this paper, we apply a recently developed stochastic simulation platform to investigate the dynam...
The PURESystem™(for short: PS) is a defined set of about 80 different macromolecular species which c...
Background: The process of solutes entrapment during liposomes formation is interesting for the inve...
Abstract Background The process of solutes entrapment during liposomes formation is interesting for ...
Background: The wet-lab synthesis of the simplest forms of life (minimal cells) is a challenging asp...
Background: The wet-lab synthesis of the simplest forms of life (minimal cells) is a challenging asp...
The construction of artificial cells based on the encapsulation of chemical reacting systems inside ...
Background Over the last two decades, lipid compartments (liposomes, lipid-coated droplets) have be...
Background: The wet-lab synthesis of the simplest forms of life (minimal cells) is a challenging asp...
The computational platform ENVIRONMENT, developed to simulate stochastically reaction systems in var...
Stochastic chemical kinetics attempts to describe the time evolution of a well stirred chemically r...
In this contribution we tackle the problem of simulating the time behavior of self-assembling fatty ...
Liposomes composed of fatty acids and phospholipids are frequently used as model systems for biologi...
The encapsulation of transcription-translation (TX-TL) cell-free machinery inside lipid vesicles (li...
In this paper, we apply a recently developed stochastic simulation platform to investigate the dynam...
The PURESystem™(for short: PS) is a defined set of about 80 different macromolecular species which c...
Background: The process of solutes entrapment during liposomes formation is interesting for the inve...
Abstract Background The process of solutes entrapment during liposomes formation is interesting for ...
Background: The wet-lab synthesis of the simplest forms of life (minimal cells) is a challenging asp...
Background: The wet-lab synthesis of the simplest forms of life (minimal cells) is a challenging asp...
The construction of artificial cells based on the encapsulation of chemical reacting systems inside ...
Background Over the last two decades, lipid compartments (liposomes, lipid-coated droplets) have be...
Background: The wet-lab synthesis of the simplest forms of life (minimal cells) is a challenging asp...
The computational platform ENVIRONMENT, developed to simulate stochastically reaction systems in var...
Stochastic chemical kinetics attempts to describe the time evolution of a well stirred chemically r...
In this contribution we tackle the problem of simulating the time behavior of self-assembling fatty ...
Liposomes composed of fatty acids and phospholipids are frequently used as model systems for biologi...
The encapsulation of transcription-translation (TX-TL) cell-free machinery inside lipid vesicles (li...
In this paper, we apply a recently developed stochastic simulation platform to investigate the dynam...