progeny Protocols

Category: Genetics and Genomics: Genotyping Protocols: Mutation Detection Protocols

Describes an experimental cross in mice that can be used to define and map induced germ-line mutations that map to a single chromosome. The cross is a modification and extension of a conventional three-generation recessive mutagenesis screen. Includes: The Mutagenesis Breeding Plan; Consomic Strains; Generating Mutations; Generating and Genotyping G2 Females; Genotyping G3 Progeny; Phenotyping G4 Progeny; etc.. - [Read A Targeted Screen to Detect Recessive Mutations that have Quantitative Effects Protocol]

Category: Fungi Protocols: Neurospora Protocols

Information and tips on how to activate ascospores and optimize the recovery of progeny. - [Read How to Activate Ascospores and Optimize the Recovery of Progeny]

Category: Fungi Protocols: Neurospora Protocols

Information and tips on how to avoid pitfalls and keep out of trouble in the Neurospora lab. Includes: Culture, incubation, storage, and disposal; Stock preservation; Spore and colony counts; Making crosses and recovering progeny; Use of heterokaryons for allelism tests; Use of unordered asci to estimate the relation of translocation breakpoints to centromeres. - [Read How to Avoid Pitfalls and Keep Out of Trouble in the Neurospora Lab]

Category: Fungi Protocols: Neurospora Protocols

Information and tips on how to enhance the formation of perithecia and the production of progeny by poorly fertile crosses. - [Read How to Enhance the Formation of Perithecia and the Production of Progeny by Poorly Fertile Crosses]

Category: Fungi Protocols: Neurospora Protocols

Information and tips on how to obtain progeny as random ascospore isolates. - [Read How to Obtain Progeny as Random Ascospore Isolates]

Category: Fungi Protocols: Neurospora Protocols

Information and tips on how to obtain uncontaminated progeny from crosses involving per-1. - [Read How to Obtain Uncontaminated Progeny From Crosses Involving per-1]

Category: Viral Manipulation Protocols: Phage Protocols

Protocol describes a method for generating isolated plaques from a stock of bacteriophage lambda. Each plaque derives from infection of a single bacterium by a single bacteriophage particle. Because each plaque contains the progeny of a single virus particle, the bacteriophages derived from a single plaque are essentially genetically identical to one another. - [Read Plating Bacteriophage Lambda Protocol]

Category: Plant Biology Protocols: Arabidopsis Genetics Protocols

Arabidopsis naturally self-pollinates, the generation of cross-progeny requires some intervention by the investigator. This protocol describes the generation and collection of seeds by crossing suitable Arabidopsis parent plants. - [Read Setting Up Arabidopsis Crosses Protocol]

Category: Viral Culture and Isolation Protocols: Viral Culture Protocols

When an individual bacterial virus grows in a bacterial host suspended in a top agar lawn, its progeny infect and lyse the surrounding host cells. This causes the appearance of a "hole" or plaque in the otherwise homogeneous bacterial lawn. Since each plaque represents a single virus, the number of viruses in the aliquot added to the plate is equal to the number of plaques which appear. - [Read Titering of Bacterial Viruses Protocol]

Category: Drosophila Protocols: Drosophila Genetics Protocols

Protocol describes the general procedure for creating mutations in the DNA of Drosophila by exposure to X-rays. Irradiation of cells with X-rays creates double strand breaks (DSBs) in DNA. Mutations introduced in the DNA of germ line cells (sperm) are propagated by mating the exposed males to virgin females. The progeny of this cross can be mated to each other so that a percentage of the subsequent offspring will have two copies of the same mutant allele. - [Read X-Ray Mutagenesis of Drosophila Protocol]