We seek to create useful biological diversity by exploiting the modular nature of genetic informa-tion. In this report we describe experiments that focus on the modular nature of plasmid cloning vectors. Bacterial plasmids are modular entities composed of origins of replication, selectable markers and other components. We describe a new ligation-independent cloning method that allows for rapid and seamless assembly of vectors from component modules. We further demonstrate that gene cloning can be accomplished simultaneously with assembly of a modular vector. This approach provides considerable ¯exibility as it allows for `menu driven ' cloning of genes into custom assembled modular vectors
A rapid method for constructing new cloning vectors was described. The special features taken for mu...
<div><p>Numerous DNA assembly technologies exist for generating plasmids for biological studies. Man...
We have developed a series of powerful and versatile conditional-replication, integration, and modul...
<div><p>Advances in molecular and synthetic biology call for efficient assembly of multi-modular DNA...
Advances in molecular and synthetic biology call for efficient assembly of multi-modular DNA constru...
Advances in molecular and synthetic biology call for efficient assembly of multi-modular DNA constru...
Synthetic gene circuits emerge from iterative design-build-test cycles. Most commonly, the time-limi...
Researchers often require customised variations of plasmids that are not commercially available. Her...
The field of synthetic biology promises to revolutionize biotechnology through the design of organis...
Standardized DNA assembly strategies facilitate the generation of multigene constructs from collecti...
<div><p>Standardized DNA assembly strategies facilitate the generation of multigene constructs from ...
We describe a novel in vitro cloning strategy that combines standard tools in molecular biology with...
We describe a novel in vitro cloning strategy that combines standard tools in molecular biology with...
Numerous DNA assembly technologies exist for generating plasmids for biological studies. Many proced...
A vector system is presented that allows generation of E. coli co-expression clones by a standardize...
A rapid method for constructing new cloning vectors was described. The special features taken for mu...
<div><p>Numerous DNA assembly technologies exist for generating plasmids for biological studies. Man...
We have developed a series of powerful and versatile conditional-replication, integration, and modul...
<div><p>Advances in molecular and synthetic biology call for efficient assembly of multi-modular DNA...
Advances in molecular and synthetic biology call for efficient assembly of multi-modular DNA constru...
Advances in molecular and synthetic biology call for efficient assembly of multi-modular DNA constru...
Synthetic gene circuits emerge from iterative design-build-test cycles. Most commonly, the time-limi...
Researchers often require customised variations of plasmids that are not commercially available. Her...
The field of synthetic biology promises to revolutionize biotechnology through the design of organis...
Standardized DNA assembly strategies facilitate the generation of multigene constructs from collecti...
<div><p>Standardized DNA assembly strategies facilitate the generation of multigene constructs from ...
We describe a novel in vitro cloning strategy that combines standard tools in molecular biology with...
We describe a novel in vitro cloning strategy that combines standard tools in molecular biology with...
Numerous DNA assembly technologies exist for generating plasmids for biological studies. Many proced...
A vector system is presented that allows generation of E. coli co-expression clones by a standardize...
A rapid method for constructing new cloning vectors was described. The special features taken for mu...
<div><p>Numerous DNA assembly technologies exist for generating plasmids for biological studies. Man...
We have developed a series of powerful and versatile conditional-replication, integration, and modul...