Restriction enzyme digestion labeling genome scanning for mutation detection experiments
Today, there is a need for more effective methods in the detection of mutations in humans and other organisms caused by environmental toxins and radiation expos
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Fluorescein in situ hybridization for detection of chromosomal aberrations and aneuploidies caused by environmental toxins
Many chemical agents and ionic radiation of different nature can cause damage to chromosome integrity, resulting in abnormal chromosome distribution in mitosis
Experiments on optical recording techniques for culturing single neurons
Techniques for optically recording the course of activity of individual viable neurons must be considered in the light of two fundamental questions, namely, wha
Laboratory methods for the detection of chromosomal structural aberrations in human and mouse spermatozoa by fluorescence in situ hybridization
This new generation of sperm F I S H assays has identified multiple paternal risk factors such as age, polypharmacy, lifestyle, and environmental aspects and oc
Experiments on the resolution of electromyographic signals in muscle fibers
The precise EMG analysis techniques covered in this chapter recover all available information in the EMG signal.EMG signal analysis consists of two categories:
Optical recording experiments of population neurons in brain slices
Optical recording involves the use of molecular indicators whose optical properties (absorption or fluorescence) vary according to the parameters of cellular ac
Application of suppression subtractive hybridization to detect metagenomic diversity in environmental samples
Metagenomics provides information on the total genetic structure and functional composition of nondisposing samples of microbial environments without the need t
Isolation, characterization and transplantation experiments of neural stem cells
Neural cells in the mammalian central nervous system (CNS) are derived from proliferating pluripotent stem cells or precursor cells that migrate, localize, and
In vitro reconstruction of neuronal loops: experiments on methods for building a simple model system
We can reconstruct the S-cell network that initiates the basic respiratory behavior on cultured cells of the freshwater mollusc phylum Cnidaria by using in vitr