The purification and concentration of nucleic acids have become routine procedures in most biology and molecular biology laboratories. This unit covers the basic principles and procedures for the isolation, purification, and manipulation of solutions of DNA or RNA. The basic DNA protocol, using phenol extraction and ethanol precipitation, is appropriate for the purification of DNA from small volumes
Various methods of nucleic acid (NA) extraction were investigated with the aim of developing a quant...
In bacteria, DNA is tightly compacted in a supercoiled organization, which is mediated in part by nu...
International audienceIn bacteria, DNA is tightly compacted in a supercoiled organization, which is ...
Advanced Biotechnological research is largely depended on the genome analysis and recombinant DNA t...
Synthetic nucleic acids are produced routinely for a wide variety of applications, including biologi...
Advanced Biotechnological research is largely depended on the genome analysis and recombinant DNA te...
The importance of nucleic acids in pure form for preparative and analytical perspectives, have incre...
AbstractYield and quality are fundamental features for any researchers during nucleic acid extractio...
Yield and quality are fundamental features for any researchers during nucleic acid extraction. Here,...
Most procedures for isolating RNA from eukaryotic cells involve lysing and denaturing cells to liber...
Ralph Rapley, Ed., The Nucleic Acids Protocols Handbook (Totawa: Humana Press 2000) ISBN 978-0-89603...
With the development of molecular biology development of oncotherapy proceeds. The major progress of...
DNA extraction and polymerase chain reaction (PCR) are the basic techniques employed in the molecula...
Good quality DNA is the prerequisite for any type of biotechnological research. Several protocols ar...
The partitioning of nucleic acids is sensitive to pH during phenol extraction. However, the exact ef...
Various methods of nucleic acid (NA) extraction were investigated with the aim of developing a quant...
In bacteria, DNA is tightly compacted in a supercoiled organization, which is mediated in part by nu...
International audienceIn bacteria, DNA is tightly compacted in a supercoiled organization, which is ...
Advanced Biotechnological research is largely depended on the genome analysis and recombinant DNA t...
Synthetic nucleic acids are produced routinely for a wide variety of applications, including biologi...
Advanced Biotechnological research is largely depended on the genome analysis and recombinant DNA te...
The importance of nucleic acids in pure form for preparative and analytical perspectives, have incre...
AbstractYield and quality are fundamental features for any researchers during nucleic acid extractio...
Yield and quality are fundamental features for any researchers during nucleic acid extraction. Here,...
Most procedures for isolating RNA from eukaryotic cells involve lysing and denaturing cells to liber...
Ralph Rapley, Ed., The Nucleic Acids Protocols Handbook (Totawa: Humana Press 2000) ISBN 978-0-89603...
With the development of molecular biology development of oncotherapy proceeds. The major progress of...
DNA extraction and polymerase chain reaction (PCR) are the basic techniques employed in the molecula...
Good quality DNA is the prerequisite for any type of biotechnological research. Several protocols ar...
The partitioning of nucleic acids is sensitive to pH during phenol extraction. However, the exact ef...
Various methods of nucleic acid (NA) extraction were investigated with the aim of developing a quant...
In bacteria, DNA is tightly compacted in a supercoiled organization, which is mediated in part by nu...
International audienceIn bacteria, DNA is tightly compacted in a supercoiled organization, which is ...