In this protocol, larval brains from Drosophila are incubated in vitro with colchicine, treated with hypotonic solution, fixed, and squashed in aceto-orcein. This procedure provides a large number of well-spread metaphase figures (200-400 per brain) that can be analyzed for chromosome morphology, the presence of chromosome aberrations, and the degree of ploidy
<p>(A) Examples of CABs; the thin arrow and the arrowhead point to a chromatid and an isochromatid d...
The fluorescent in situ hybridization (FISH) technique permits fine mapping of both middle and highl...
We have developed a very simple and fast method that allows the dividing nuclei of Drosophila embryo...
Good mitotic chromosome preparations are essential for the immunolocalization of chromosomal protein...
The repertoire of cytological procedures described in the present paper permits full analysis of bra...
The classical chromosome-banding techniques developed for mammalian chromosomes do not differentiate...
A modified technique of in vitro colchicine treatment has been applied to the somatic chromosomes of...
Effects of distamycin A (DA) and netropsin (NP) treatments on mitotic chromosome condensation in ear...
The chapter focuses on fluorescent in situ hybridization, immunofluorescence, and primary cultures. ...
Background: The accurate duplication and packaging of the genome is an absolute prerequisite to the ...
We describe a very simple method to immunostain Drosophila mitotic chromosomes for spindle checkpoin...
48 p.Thesis (Ph.D.)--University of Illinois at Urbana-Champaign, 2008.The exceptional cytology provi...
The programmes of replication of hetero- and euchromatin regions, mitotic cell cycle and the DNA con...
The heterochromatin in mitotic cells of larval neural ganglia of Drosophila nasuta has been analysed...
The Drosophila brain is generated by a complex series of morphogenetic movements. To better understa...
<p>(A) Examples of CABs; the thin arrow and the arrowhead point to a chromatid and an isochromatid d...
The fluorescent in situ hybridization (FISH) technique permits fine mapping of both middle and highl...
We have developed a very simple and fast method that allows the dividing nuclei of Drosophila embryo...
Good mitotic chromosome preparations are essential for the immunolocalization of chromosomal protein...
The repertoire of cytological procedures described in the present paper permits full analysis of bra...
The classical chromosome-banding techniques developed for mammalian chromosomes do not differentiate...
A modified technique of in vitro colchicine treatment has been applied to the somatic chromosomes of...
Effects of distamycin A (DA) and netropsin (NP) treatments on mitotic chromosome condensation in ear...
The chapter focuses on fluorescent in situ hybridization, immunofluorescence, and primary cultures. ...
Background: The accurate duplication and packaging of the genome is an absolute prerequisite to the ...
We describe a very simple method to immunostain Drosophila mitotic chromosomes for spindle checkpoin...
48 p.Thesis (Ph.D.)--University of Illinois at Urbana-Champaign, 2008.The exceptional cytology provi...
The programmes of replication of hetero- and euchromatin regions, mitotic cell cycle and the DNA con...
The heterochromatin in mitotic cells of larval neural ganglia of Drosophila nasuta has been analysed...
The Drosophila brain is generated by a complex series of morphogenetic movements. To better understa...
<p>(A) Examples of CABs; the thin arrow and the arrowhead point to a chromatid and an isochromatid d...
The fluorescent in situ hybridization (FISH) technique permits fine mapping of both middle and highl...
We have developed a very simple and fast method that allows the dividing nuclei of Drosophila embryo...