Results 261 to 270 of about 835,345 (308)
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Trends in Neurosciences, 2001
A C. elegans gene required for the engulfment of cells undergoing programmed cell death, ced-1, has been cloned by scientists at the Massachusetts Institute of Technology. The full report appears in the January 12 issue of Cell. The gene encodes a transmembrane receptor that is expressed on the cell membranes of engulfing cells, adjacent to other dying
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A C. elegans gene required for the engulfment of cells undergoing programmed cell death, ced-1, has been cloned by scientists at the Massachusetts Institute of Technology. The full report appears in the January 12 issue of Cell. The gene encodes a transmembrane receptor that is expressed on the cell membranes of engulfing cells, adjacent to other dying
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2013
This chapter introduces gene cloning, a core part of contemporary molecular biology. Gene cloning is the insertion of a fragment of DNA into a cloning vector and the subsequent propagation of the recombinant DNA molecule in a host organism. Providing introductory principles to gene cloning, the chapter describes the common tools-vectors and enzymes ...
Qaiser I. Sheikh, David P. Hornby
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This chapter introduces gene cloning, a core part of contemporary molecular biology. Gene cloning is the insertion of a fragment of DNA into a cloning vector and the subsequent propagation of the recombinant DNA molecule in a host organism. Providing introductory principles to gene cloning, the chapter describes the common tools-vectors and enzymes ...
Qaiser I. Sheikh, David P. Hornby
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Positional Cloning of Deafness Genes
2009The identification of the majority of the known causative genes involved in nonsyndromic sensorineural hearing loss (NSHL) started with linkage analysis as part of a positional cloning procedure. The human and mouse genome projects in combination with technical developments on genotyping, transcriptomics, proteomics, and the creation of animal models ...
Kremer, H., Cremers, F.P.M.
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1993
The use of recombinant DNA technology is proving to be valuable for studies of lectin structure, biosynthesis, and function. At present, the complete primary structures of a number of plant and animal lectins have been deduced from the sequences of their corresponding mRNAs, and several laboratories are proceeding with site-directed mutagenesis studies
J. B. Murphy, M. E. Etzler
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The use of recombinant DNA technology is proving to be valuable for studies of lectin structure, biosynthesis, and function. At present, the complete primary structures of a number of plant and animal lectins have been deduced from the sequences of their corresponding mRNAs, and several laboratories are proceeding with site-directed mutagenesis studies
J. B. Murphy, M. E. Etzler
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2007
Abstract My career move in 1968 came at a good moment. Norwich turned out to be an excel- lent place to bring up a family, and, after a rocky start, I was able to build up a flourishing research group. We continued to exploit the natural mating system of S. coelicolor as a tool for studying its genetics. Sex plasmids were discovered, and
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Abstract My career move in 1968 came at a good moment. Norwich turned out to be an excel- lent place to bring up a family, and, after a rocky start, I was able to build up a flourishing research group. We continued to exploit the natural mating system of S. coelicolor as a tool for studying its genetics. Sex plasmids were discovered, and
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Cell Biology International Reports, 1978
Abstract The major problem in studying gene expression in eukaryotic organisms is the complexity of the eukaryotic genome. We would like to have the same detailed understanding of the genetics of eukaryotes as has been obtained for λ bacteriophage but are faced with the daunting statistic that the human genome could accommodate nearly 100,000 times ...
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Abstract The major problem in studying gene expression in eukaryotic organisms is the complexity of the eukaryotic genome. We would like to have the same detailed understanding of the genetics of eukaryotes as has been obtained for λ bacteriophage but are faced with the daunting statistic that the human genome could accommodate nearly 100,000 times ...
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Cancer epigenetics in clinical practice
Ca-A Cancer Journal for Clinicians, 2023Veronica Davalos, Manel Esteller
exaly
Gene Cloning with Small Plasmids
1977The following account of the use of plasmids in gene cloning is an attempt to present this technique against a background of its subsidiary techniques—plasmid genetics, DNA biochemistry, bacterial transformation etc. —while at the same time considering the ways in which the field is likely to develop in view of the particular aims of different ...
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