Add to ORKGWe have developed a fast and efficient method for transferring nucleic acids onto nylon membranes. This method requires less DNA for transfer; no decrease in efficiency is observed after successive probing, and several gels can be processed simultaneously. We believe that this technique is of general interest in routine analysis of multiple samples in population genetic studies or in diagnosis purposes. (Résumé d'auteur
We describe a novel technique for direct transfer of native proteins from unfixed frozen tissue sect...
We describe a novel technique for direct transfer of native proteins from unfixed frozen tissue sect...
We describe a novel technique for direct transfer of native proteins from unfixed frozen tissue sect...
W e have developed a fast and efficient method for transferring nucleic acids onto nylon membranes. ...
The incorporation into a 7% polyacrylamide gel of a nucleic acid-specific photochemical reagent 4,5'...
Nucleic acid hybridization techniques allow the detection of specific DNA or RNA sequences. This boo...
An improvement in the detection by nucleic acid hybridization of size-fractionated RNA immobilized t...
Nucleic Acids can be transferred from an agarose gel onto nitrocellulose by blotting fixed onto the ...
A simple and fast RNA gel blot procedure is described that uses 50 mM NaOH to simultaneously transfe...
Electrophorescing blopolymers across nanopores modulates the ionic current through the pore, reveali...
We show the use of 5'-Acrydite oligonucleotides to copolymerize single-cell DNA or RNA into balls of...
The purpose of the Human Genome Project is outlined followed by a discussion of electrophoresis in b...
A new procedure is developed to isolate DNA from agarose gels. Using a kind of blotting technique, D...
In semi-dry blotting the electrodes are placed directly in contact with the gel/nitrocellulose membr...
The capacity to separate nucleic acids and proteins by their molecular weight and identify fractions...
We describe a novel technique for direct transfer of native proteins from unfixed frozen tissue sect...
We describe a novel technique for direct transfer of native proteins from unfixed frozen tissue sect...
We describe a novel technique for direct transfer of native proteins from unfixed frozen tissue sect...
W e have developed a fast and efficient method for transferring nucleic acids onto nylon membranes. ...
The incorporation into a 7% polyacrylamide gel of a nucleic acid-specific photochemical reagent 4,5'...
Nucleic acid hybridization techniques allow the detection of specific DNA or RNA sequences. This boo...
An improvement in the detection by nucleic acid hybridization of size-fractionated RNA immobilized t...
Nucleic Acids can be transferred from an agarose gel onto nitrocellulose by blotting fixed onto the ...
A simple and fast RNA gel blot procedure is described that uses 50 mM NaOH to simultaneously transfe...
Electrophorescing blopolymers across nanopores modulates the ionic current through the pore, reveali...
We show the use of 5'-Acrydite oligonucleotides to copolymerize single-cell DNA or RNA into balls of...
The purpose of the Human Genome Project is outlined followed by a discussion of electrophoresis in b...
A new procedure is developed to isolate DNA from agarose gels. Using a kind of blotting technique, D...
In semi-dry blotting the electrodes are placed directly in contact with the gel/nitrocellulose membr...
The capacity to separate nucleic acids and proteins by their molecular weight and identify fractions...
We describe a novel technique for direct transfer of native proteins from unfixed frozen tissue sect...
We describe a novel technique for direct transfer of native proteins from unfixed frozen tissue sect...
We describe a novel technique for direct transfer of native proteins from unfixed frozen tissue sect...