Cell-free protein expression is an important tool for a rapid production, engineering and labeling of recombinant proteins. However the complex protocols for preparation of eukaryotic cell-free protein expression systems result in high manufacturing costs and limit their utility. Recently we reported a novel cell-free expression system based on the lysate of a fermentable protozoan Leishmania tarentolae. Herein we describe a protocol for high throughput protein expression using Leishmania cell-free lysate. The protocol combines PCR-based synthesis and engineering of translation templates with a combined transcription–translation system. The protocol is adapted to multiwell plate format and allows translation of large protein libraries. In t...
We present a technology for the production of target proteins using novel cell-free systems derived ...
Cell-free protein production offers a versatile alternative to complement in vivo expression systems...
Abstract Background The last decade has brought the renaissance of protein studies and accelerated t...
Cell-free protein expression is an important tool for a rapid production, engineering and labeling o...
Cell-free protein synthesis enables the rapid production and engineering of recombinant proteins. Ex...
In this chapter, we describe the production and application of a eukaryotic cell-free expression sys...
The adaptation of organisms to a parasitic life style is often accompanied by the emergence of novel...
The adaptation of organisms to a parasitic life style is often accompanied by the emergence of novel...
The trypanosomatid protozoon Leishmania tarentolae is a well-established model organism for studying...
Production of functional eukaryotic proteins in recombinant form is a bottle-neck in various post-ge...
All currently existing eukaryotic protein expression systems are based on autonomous life forms. To ...
Although numerous techniques for protein expression and production are available the pace of genome ...
In this chapter, we present methods for adapting the eukaryotic cell-free expression system based on...
All currently existing eukaryotic protein expression systems are based on autonomous life forms. To ...
Background: Leishmania tarentolae, a unicellular eukaryotic protozoan, has been established as a nov...
We present a technology for the production of target proteins using novel cell-free systems derived ...
Cell-free protein production offers a versatile alternative to complement in vivo expression systems...
Abstract Background The last decade has brought the renaissance of protein studies and accelerated t...
Cell-free protein expression is an important tool for a rapid production, engineering and labeling o...
Cell-free protein synthesis enables the rapid production and engineering of recombinant proteins. Ex...
In this chapter, we describe the production and application of a eukaryotic cell-free expression sys...
The adaptation of organisms to a parasitic life style is often accompanied by the emergence of novel...
The adaptation of organisms to a parasitic life style is often accompanied by the emergence of novel...
The trypanosomatid protozoon Leishmania tarentolae is a well-established model organism for studying...
Production of functional eukaryotic proteins in recombinant form is a bottle-neck in various post-ge...
All currently existing eukaryotic protein expression systems are based on autonomous life forms. To ...
Although numerous techniques for protein expression and production are available the pace of genome ...
In this chapter, we present methods for adapting the eukaryotic cell-free expression system based on...
All currently existing eukaryotic protein expression systems are based on autonomous life forms. To ...
Background: Leishmania tarentolae, a unicellular eukaryotic protozoan, has been established as a nov...
We present a technology for the production of target proteins using novel cell-free systems derived ...
Cell-free protein production offers a versatile alternative to complement in vivo expression systems...
Abstract Background The last decade has brought the renaissance of protein studies and accelerated t...