Add to ORKG1. Developments in DNA technology have allowed advances in research. Useful new techniques include: a. Site-specific mutagenesis. b. Restriction mapping. c. Southern blotting to identify genomic regions. d. Northern blotting to study RNA. e. DNA sequencing. 2. Applications of these technologies have been applied to the study of: a. Functional organization of genes and regulation of gene expression. b. Key regulatory and target genes in development. c. Genetic influences on cancer and aging. d. Evolutionary relationships between organisms. 3. This chapter deals with selected examples of applied recombinant DNA and PCR techniques
9-16Human quest for improving the natural capabilities of microorganisms, making them capable of no...
Technological developments in DNA sequencing are an excellent example of how major advances in scien...
International audienceThe Human Genome Project has allowed considerable progress in the construction...
I introduce the outline of recombinant DNA technology. The most important techniques used in recombi...
1. Mutagenesis by mutagens often results in multiple mutations, complicating analysis, and the mutat...
1. The goal of molecular cloning is large amounts of pure DNA that can be further manipulated and st...
Recombinant DNA provides a methodical overview to gene manipulation and analysis in five chapters. ...
1. The goal of molecular cloning is large amounts of pure DNA that can be further manipulated and st...
Recombinant DNA-technology is one further step of genetic engineering, which enable us to mass produ...
The development of molecular cloning technology in the early 1970s created a revolution in the biolo...
<strong>Recombinant DNA technology</strong>, joining together of <a href="https://www.britannica.com...
The third edition of the landmark text Recombinant DNA offers an authoritative, accessible, and enga...
In recent years, the rapid expansion of knowledge in the field of molecular genetics resulting from ...
The principles of recombinant DNA technology are illustrated based on the biology of somatic cells w...
During the 1960s, detailed genetic analysis could be performed on viruses and bacteria, but the geno...
9-16Human quest for improving the natural capabilities of microorganisms, making them capable of no...
Technological developments in DNA sequencing are an excellent example of how major advances in scien...
International audienceThe Human Genome Project has allowed considerable progress in the construction...
I introduce the outline of recombinant DNA technology. The most important techniques used in recombi...
1. Mutagenesis by mutagens often results in multiple mutations, complicating analysis, and the mutat...
1. The goal of molecular cloning is large amounts of pure DNA that can be further manipulated and st...
Recombinant DNA provides a methodical overview to gene manipulation and analysis in five chapters. ...
1. The goal of molecular cloning is large amounts of pure DNA that can be further manipulated and st...
Recombinant DNA-technology is one further step of genetic engineering, which enable us to mass produ...
The development of molecular cloning technology in the early 1970s created a revolution in the biolo...
<strong>Recombinant DNA technology</strong>, joining together of <a href="https://www.britannica.com...
The third edition of the landmark text Recombinant DNA offers an authoritative, accessible, and enga...
In recent years, the rapid expansion of knowledge in the field of molecular genetics resulting from ...
The principles of recombinant DNA technology are illustrated based on the biology of somatic cells w...
During the 1960s, detailed genetic analysis could be performed on viruses and bacteria, but the geno...
9-16Human quest for improving the natural capabilities of microorganisms, making them capable of no...
Technological developments in DNA sequencing are an excellent example of how major advances in scien...
International audienceThe Human Genome Project has allowed considerable progress in the construction...