Year: 2005
Type: dissertation
Abstract: Gene Fabrication technology involves the development and optimization of methods relevant to the in vitro synthesis of any given target gene sequence(s) in the absence of template.The driving purpose of this field of research is to bring about the capability for on-demand fabrication of a DNA construct of arbitrary length and sequence quickly, efficiently, and cost-effectively.One of the main challenges in gene fabrication is to not only synthesize a given DNA target, but to do so without making any errors.At high error rates, fabrication of long gene targets is expensive and impractical -in some cases, it is impossible.Improvements in error rates are essential for continued progress in the development of gene fabrication technology.Error reduction technologies can be broadly split into three categories at present: error filtration, error correction, and error prevention.This thesis presents the past, present, and future design of a number of quick, easy, robust, economical, and effective error reduction methods in gene fabrication.
Author: Jason Y. Park
Language: English
Subfield: Molecular Biology
Domain: Life Sciences
Open Access status: green
OpenAlex ID: W1547962720