Good mitotic chromosome preparations are essential for the immunolocalization of chromosomal proteins. Although methanol/acetic acid fixation techniques preserve chromosome morphology very well, they remove a substantial fraction of chromosomal proteins. We have developed fixation/immunostaining procedures, described here, that are suitable for the immunolocalization of proteinaceous components of metaphase chromosomes from larval Drosophila brain cells. These procedures result in good chromosomal quality with minimal removal of proteins
The ability to identify protein interactions is key to elucidating the molecular mechanisms of cellu...
Mitotic chromosome assembly is an essential preparatory step for accurate transmission of the genome...
For many decades, Drosophila has been used as a model system primarily for studies in the fields of ...
We describe a very simple method to immunostain Drosophila mitotic chromosomes for spindle checkpoin...
The repertoire of cytological procedures described in the present paper permits full analysis of bra...
In this protocol, larval brains from Drosophila are incubated in vitro with colchicine, treated with...
The formidable size and structure of polytene chromosomes allow mapping of chromosomal protein distr...
This protocol describes two techniques for methanol-acetone fixation of Drosophila melanogaster test...
Antibodies were prepared against chromatin, various chromosomal protein preparations and against cyt...
The classical chromosome-banding techniques developed for mammalian chromosomes do not differentiate...
Hybridomas were produced by fusion of mouse myeloma P3X63/Ag8.653 with spleen cells from mice immuni...
Control of the genetic information encoded by DNA in mammalian chromosomes is mediated by proteins, ...
Given that DNA on which genomic information is written exists as chromosomes in a cell, handling chr...
The organization and the mechanisms of condensation of mitotic chromosomes remain unsolved despite m...
The identification of all the individual components that constitute the plethora of complexes in eac...
The ability to identify protein interactions is key to elucidating the molecular mechanisms of cellu...
Mitotic chromosome assembly is an essential preparatory step for accurate transmission of the genome...
For many decades, Drosophila has been used as a model system primarily for studies in the fields of ...
We describe a very simple method to immunostain Drosophila mitotic chromosomes for spindle checkpoin...
The repertoire of cytological procedures described in the present paper permits full analysis of bra...
In this protocol, larval brains from Drosophila are incubated in vitro with colchicine, treated with...
The formidable size and structure of polytene chromosomes allow mapping of chromosomal protein distr...
This protocol describes two techniques for methanol-acetone fixation of Drosophila melanogaster test...
Antibodies were prepared against chromatin, various chromosomal protein preparations and against cyt...
The classical chromosome-banding techniques developed for mammalian chromosomes do not differentiate...
Hybridomas were produced by fusion of mouse myeloma P3X63/Ag8.653 with spleen cells from mice immuni...
Control of the genetic information encoded by DNA in mammalian chromosomes is mediated by proteins, ...
Given that DNA on which genomic information is written exists as chromosomes in a cell, handling chr...
The organization and the mechanisms of condensation of mitotic chromosomes remain unsolved despite m...
The identification of all the individual components that constitute the plethora of complexes in eac...
The ability to identify protein interactions is key to elucidating the molecular mechanisms of cellu...
Mitotic chromosome assembly is an essential preparatory step for accurate transmission of the genome...
For many decades, Drosophila has been used as a model system primarily for studies in the fields of ...