Add to ORKGIsolation of DNA from buccal swabs for the analysis of genomic DNA is becoming common for research and forensic purposes. Here, we demonstrate that urine provides a good alternative for obtaining small amounts of PCR-ready DNA. We developed a rapid and safe method for extracting DNA from both sources using components of Qiagen’s PCR cleanup kit™. PCR amplification on the isolated DNA gave consistent and good results. In addition, conditions for the storage of unprocessed urine and buccal swabs are given. One isolation takes less than 10 minutes and is enough for at least ten PCR reactions
In several population-based studies in the past urine samples were collected and stored for future r...
Urine has been known for centuries to reflect pathological changes. It offers a great opportunity fo...
In order to rescue molecular information from chromosome preparations, we describe a rapid procedure...
Isolation of DNA from buccal swabs for the analysis of genomic DNA is becoming common for research a...
Urine holds great promise as a non-invasive sampling method for molecular diagnostics. The cell-free...
Urine holds great promise as a non-invasive sampling method for molecular diagnostics. The cell-free...
The use of DNA for diagnostics has seen a steady increase in recent years. The means of obtaining, i...
Urine is an acceptable, non-invasive sample for investigating the human urogenital microbiota and fo...
<p>Human genomic DNA extracted from urine could be an interesting tool for large-scale public ...
Background: Application of PCR techniques requiring only minute amounts of Genomic DNA. Thus, a less...
Background: Traditionally, for DNA analyses, DNA is recovered from buffy coats. Since DNA in urine h...
For genetic population studies, human genomic DNA is commonly isolated from peripheral blood. A fast...
Cytomegalovirus can be detected in a variety of speci-mens including leukocytes, urine, saliva, fece...
Recent advances in molecular biology have been successfully applied to the exploration of microbiota...
Urine cell-free DNA (cfDNA) is a valuable non-invasive biomarker with broad potential clinical appli...
In several population-based studies in the past urine samples were collected and stored for future r...
Urine has been known for centuries to reflect pathological changes. It offers a great opportunity fo...
In order to rescue molecular information from chromosome preparations, we describe a rapid procedure...
Isolation of DNA from buccal swabs for the analysis of genomic DNA is becoming common for research a...
Urine holds great promise as a non-invasive sampling method for molecular diagnostics. The cell-free...
Urine holds great promise as a non-invasive sampling method for molecular diagnostics. The cell-free...
The use of DNA for diagnostics has seen a steady increase in recent years. The means of obtaining, i...
Urine is an acceptable, non-invasive sample for investigating the human urogenital microbiota and fo...
<p>Human genomic DNA extracted from urine could be an interesting tool for large-scale public ...
Background: Application of PCR techniques requiring only minute amounts of Genomic DNA. Thus, a less...
Background: Traditionally, for DNA analyses, DNA is recovered from buffy coats. Since DNA in urine h...
For genetic population studies, human genomic DNA is commonly isolated from peripheral blood. A fast...
Cytomegalovirus can be detected in a variety of speci-mens including leukocytes, urine, saliva, fece...
Recent advances in molecular biology have been successfully applied to the exploration of microbiota...
Urine cell-free DNA (cfDNA) is a valuable non-invasive biomarker with broad potential clinical appli...
In several population-based studies in the past urine samples were collected and stored for future r...
Urine has been known for centuries to reflect pathological changes. It offers a great opportunity fo...
In order to rescue molecular information from chromosome preparations, we describe a rapid procedure...