A human chromosomal region 11q23-specific DNA library has been constructed by means of microdissection-microcloning method with polymerase chain reaction (PCR) technique (Seki et al., Genomics 16: 1993). DNA sequences were determined for 25 microclones that contained approximately 300-500 bp insert and gave a unique (single copy) signal in Southern blot analysis. The sequence tagged site (STS) was designed and appropriate condition for PCR was determined for each unique microclone. Twelve STSs were established and used for PCR-screening of human genomic libraries constructed with yeast artificial chromosome (YAC). Thirteen YAC clones have been isolated from eight STSs. These chromosomal region-specific STSs and YAC clones will be useful in ...
An important goal of the Human Genome Project is the physical mapping of the human genome. This the...
An important goal of the Human Genome Project is the physical mapping of the human genome. This the...
This unit provides a simple protocol for generating a partial-digest sublibrary of yeast DNA contain...
A human genomic DNA library was constructed by using a microdissection-microcloning procedure with p...
We have made important progress since the beginning of the current grant year. We have further devel...
Toward the construction of a complete physical map of human chromosome 7, we have localized 725 YAC ...
Human chromosomal region 3p12-p23 is proposed to harbor at least three tumor suppressor genes involv...
Human chromosomal region 3p12-p23 is proposed to harbor at least three tumor suppressor genes involv...
Human chromosomal region 3p12-p23 is proposed to harbor at least three tumor suppressor genes involv...
Human chromosomal region 3p12-p23 is proposed to harbor at least three tumor suppressor genes involv...
Human chromosomal region 3p12-p23 is proposed to harbor at least three tumor suppressor genes involv...
Yeast artificial chromosomes (YACs) have been applied to clone the entire class II region of the hum...
Yeast artificial chromosomes (YACs) have been applied to clone the entire class II region of the hum...
We describe the construction and characterization of a human X-chromosome-specific yeast artificial ...
The gene responsible for Huntington disease has been localized to a 2.5 million base pair (Mb) regio...
An important goal of the Human Genome Project is the physical mapping of the human genome. This the...
An important goal of the Human Genome Project is the physical mapping of the human genome. This the...
This unit provides a simple protocol for generating a partial-digest sublibrary of yeast DNA contain...
A human genomic DNA library was constructed by using a microdissection-microcloning procedure with p...
We have made important progress since the beginning of the current grant year. We have further devel...
Toward the construction of a complete physical map of human chromosome 7, we have localized 725 YAC ...
Human chromosomal region 3p12-p23 is proposed to harbor at least three tumor suppressor genes involv...
Human chromosomal region 3p12-p23 is proposed to harbor at least three tumor suppressor genes involv...
Human chromosomal region 3p12-p23 is proposed to harbor at least three tumor suppressor genes involv...
Human chromosomal region 3p12-p23 is proposed to harbor at least three tumor suppressor genes involv...
Human chromosomal region 3p12-p23 is proposed to harbor at least three tumor suppressor genes involv...
Yeast artificial chromosomes (YACs) have been applied to clone the entire class II region of the hum...
Yeast artificial chromosomes (YACs) have been applied to clone the entire class II region of the hum...
We describe the construction and characterization of a human X-chromosome-specific yeast artificial ...
The gene responsible for Huntington disease has been localized to a 2.5 million base pair (Mb) regio...
An important goal of the Human Genome Project is the physical mapping of the human genome. This the...
An important goal of the Human Genome Project is the physical mapping of the human genome. This the...
This unit provides a simple protocol for generating a partial-digest sublibrary of yeast DNA contain...