Apoptosis is a natural process occurring during the development of central nervous system resulting in the elimination of neurons that may have formed faulty synapses. Apoptosis can also be triggered by deprivation of growth factors or by exposure to a variety of endogenous or exogenous compounds. Several methods exist to assess apoptosis in neuronal cells. The choice of a particular method for apoptosis detection is dependent on the cell system, the nature of the toxin or toxicant, the type of information being sought, and, finally, on technical limitations. In this chapter, we describe techniques to evaluate apoptosis in primary neuronal cell cultures based on the evaluation of three criteria: cell morphology, biochemical changes, and DNA...
The first aim of this thesis was to study dynamic morphological changes during apoptosis in differen...
The cells that make up the nervous system die at two distinct times during the lifetime of an organi...
The cells that make up the nervous system die at two distinct times during the lifetime of an organi...
We describe here a cytofluorometric technology for the characterization of decision, execution, and ...
<p>The representative images of TUNEL staining under microscope (x40) showed apoptotic cells exhibit...
The process of programmed cell death or apoptosis plays a critical role in the development of the ne...
While programmed cell death, apoptosis, occurs as a necessary and natural event for multicellular or...
The in situ detection of cells undergoing apoptosis is increasingly important in the analysis of inj...
In this chapter, we discuss several immunohistochemical methods to monitor apoptosis and autophagy i...
The use of live cell microscopy has made a number of contributions to the study of apoptosis. Many o...
Three major morphological types of cell death can be distinguished: type I (apoptotic cell death), t...
Three major morphological types of cell death can be distinguished: type I (apoptotic cell death), t...
As a gene-driven mode of cell death, apoptosis has a significant role in eliminating unwanted cells ...
As a gene-driven mode of cell death, apoptosis has a significant role in eliminating unwanted cells ...
The first aim of this thesis was to study dynamic morphological changes during apoptosis in differen...
The first aim of this thesis was to study dynamic morphological changes during apoptosis in differen...
The cells that make up the nervous system die at two distinct times during the lifetime of an organi...
The cells that make up the nervous system die at two distinct times during the lifetime of an organi...
We describe here a cytofluorometric technology for the characterization of decision, execution, and ...
<p>The representative images of TUNEL staining under microscope (x40) showed apoptotic cells exhibit...
The process of programmed cell death or apoptosis plays a critical role in the development of the ne...
While programmed cell death, apoptosis, occurs as a necessary and natural event for multicellular or...
The in situ detection of cells undergoing apoptosis is increasingly important in the analysis of inj...
In this chapter, we discuss several immunohistochemical methods to monitor apoptosis and autophagy i...
The use of live cell microscopy has made a number of contributions to the study of apoptosis. Many o...
Three major morphological types of cell death can be distinguished: type I (apoptotic cell death), t...
Three major morphological types of cell death can be distinguished: type I (apoptotic cell death), t...
As a gene-driven mode of cell death, apoptosis has a significant role in eliminating unwanted cells ...
As a gene-driven mode of cell death, apoptosis has a significant role in eliminating unwanted cells ...
The first aim of this thesis was to study dynamic morphological changes during apoptosis in differen...
The first aim of this thesis was to study dynamic morphological changes during apoptosis in differen...
The cells that make up the nervous system die at two distinct times during the lifetime of an organi...
The cells that make up the nervous system die at two distinct times during the lifetime of an organi...