This protocol describes paraformaldehyde fixation of Drosophila testes. The procedure preserves F-actincontaining structures because it does not involve the use of methanol. Thus, it is particularly suitable for contractile ring and fusome visualization. However, it does not preserve cell morphology and microtubules as efficiently as methanol-acetone fixation and does not permit clear detection of the Y loops. © 2012 Cold Spring Harbor Laboratory Press
Drosophila male meiosis offers unique opportunities for mutational dissection of cytokinesis. This s...
The chapter focuses on fluorescent in situ hybridization, immunofluorescence, and primary cultures. ...
(A–C) Phase contrast microscopy of round spermatids where UAS hSMS1 (A), UAS Aedes CPES (B), and UAS...
This protocol describes formaldehyde fixation of Drosophila testes. The procedure preserves chromoso...
This protocol describes two techniques for methanol-acetone fixation of Drosophila melanogaster test...
Preparations of Drosophila testes fixed with paraformaldehyde can be stained for F-actin according t...
This protocol describes chromatin staining of Drosophila testes. To visualize DNA, preparations fixe...
The testes of Drosophila melanogaster provide an important model for the study of stem cell maintena...
Testes and paragonial glands of Drosophila melanogaster wild type males were labelled in vitro using...
Acceso restringido a texto completoA new procedure is described to visualize the spatial pattern of ...
When using fluorescence microscope techniques to study cells, it is essential that the cell structur...
(A–C) Whole mount of Drosophila testis immunostained for germ cell-specific Vasa protein primary ant...
In Drosophila males, there is no synaptonemal complex and recombination does not occur. Thus, Drosop...
Larval and pupal testes of Drosophila melanogaster were fixed with a methanol/acetone fixation proce...
Cappuccino (Capu) is an actin assembly factor that is necessary to establish Drosophila oocyte polar...
Drosophila male meiosis offers unique opportunities for mutational dissection of cytokinesis. This s...
The chapter focuses on fluorescent in situ hybridization, immunofluorescence, and primary cultures. ...
(A–C) Phase contrast microscopy of round spermatids where UAS hSMS1 (A), UAS Aedes CPES (B), and UAS...
This protocol describes formaldehyde fixation of Drosophila testes. The procedure preserves chromoso...
This protocol describes two techniques for methanol-acetone fixation of Drosophila melanogaster test...
Preparations of Drosophila testes fixed with paraformaldehyde can be stained for F-actin according t...
This protocol describes chromatin staining of Drosophila testes. To visualize DNA, preparations fixe...
The testes of Drosophila melanogaster provide an important model for the study of stem cell maintena...
Testes and paragonial glands of Drosophila melanogaster wild type males were labelled in vitro using...
Acceso restringido a texto completoA new procedure is described to visualize the spatial pattern of ...
When using fluorescence microscope techniques to study cells, it is essential that the cell structur...
(A–C) Whole mount of Drosophila testis immunostained for germ cell-specific Vasa protein primary ant...
In Drosophila males, there is no synaptonemal complex and recombination does not occur. Thus, Drosop...
Larval and pupal testes of Drosophila melanogaster were fixed with a methanol/acetone fixation proce...
Cappuccino (Capu) is an actin assembly factor that is necessary to establish Drosophila oocyte polar...
Drosophila male meiosis offers unique opportunities for mutational dissection of cytokinesis. This s...
The chapter focuses on fluorescent in situ hybridization, immunofluorescence, and primary cultures. ...
(A–C) Phase contrast microscopy of round spermatids where UAS hSMS1 (A), UAS Aedes CPES (B), and UAS...