The use of live cell microscopy has made a number of contributions to the study of apoptosis. Many of the tools and techniques are available that allow us to image the key events that occur during cell death including mitochondrial outer membrane permeabilization, mitochondrial transmembrane potential changes, translocation of Bcl-2 family members, caspase activation, phosphatidylserine flip and plasma membrane rupture. We discuss these techniques here and highlight the advantages and drawbacks of using such approaches to study apoptosis. (C) 2007 Elsevier Inc. All rights reserved
Apoptosis refers to a specific form of programmed cell death, which guarantees the welfare of the wh...
Mitochondria play a pivotal role in the regulation of apoptosis. An imbalance in apoptosis can lead ...
Caspases are critical regulators of the apoptotic program, responsible for the harmonic dismantling ...
The use of live cell microscopy has made a number of contributions to the study of apoptosis. Many o...
A cell undergoing apoptosis demonstrates multitude of characteristic morphological and biochemical f...
An apoptosing cell demonstrates multitude of characteristic morphological and biochemical features, ...
While programmed cell death, apoptosis, occurs as a necessary and natural event for multicellular or...
Apoptosis regulation is of fundamental importance in tissue homeostasis and in the pathogenesis of a...
Three major morphological types of cell death can be distinguished: type I (apoptotic cell death), t...
While programmed cell death, apoptosis, occurs as a necessary and natural event for multicellular or...
Three major morphological types of cell death can be distinguished: type I (apoptotic cell death), t...
Fluorescence-based assays designed to evaluate the functional status of mitochondria are emerging as...
Mitochondria play a pivotal role in life and death of the cell because they produce the majority of ...
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 ...
Apoptosis refers to a specific form of programmed cell death, which guarantees the welfare of the wh...
Mitochondria play a pivotal role in the regulation of apoptosis. An imbalance in apoptosis can lead ...
Caspases are critical regulators of the apoptotic program, responsible for the harmonic dismantling ...
The use of live cell microscopy has made a number of contributions to the study of apoptosis. Many o...
A cell undergoing apoptosis demonstrates multitude of characteristic morphological and biochemical f...
An apoptosing cell demonstrates multitude of characteristic morphological and biochemical features, ...
While programmed cell death, apoptosis, occurs as a necessary and natural event for multicellular or...
Apoptosis regulation is of fundamental importance in tissue homeostasis and in the pathogenesis of a...
Three major morphological types of cell death can be distinguished: type I (apoptotic cell death), t...
While programmed cell death, apoptosis, occurs as a necessary and natural event for multicellular or...
Three major morphological types of cell death can be distinguished: type I (apoptotic cell death), t...
Fluorescence-based assays designed to evaluate the functional status of mitochondria are emerging as...
Mitochondria play a pivotal role in life and death of the cell because they produce the majority of ...
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 ...
Apoptosis refers to a specific form of programmed cell death, which guarantees the welfare of the wh...
Mitochondria play a pivotal role in the regulation of apoptosis. An imbalance in apoptosis can lead ...
Caspases are critical regulators of the apoptotic program, responsible for the harmonic dismantling ...