Flow cytometry is a modern technique in research, playing a significant role in biomedicine and botanics. Despite its benefits (speed, simplicity, low costs), flow cytometry is currently not used in the study of insects on a large scale. This thesis gives an overview as to how flow cytometry is used in research on insects and summarises the results of such study. This pertains to genome size and its connections to other phenomena. Other focal points of research, such as ploidy and base pair ratios, are addressed to a lesser extent. Key words: flow cytometry, use in study of insects, genome size, ploidy, invertebrate
As yet, flow cytometry is not used so widely in microbiology as in some other disciplines. This volu...
Genomic analysis provides a substantial amount of information on evolutionary history, novel genes, ...
Flow cytometry (FCM) is a powerful tool that allows analysis of thousand of cells in a few seconds,a...
Flow cytometry is a modern technique in research, playing a significant role in biomedicine and bota...
The size of the genome, or DNA content in cells, is expressed using the so-called C-value, i.e. the ...
The size of the genome, in other words the content of DNA in the gametic cells of organisms, is expr...
Flow cytometry gives a unique opportunity to analyze thousands of individual cells for multiple para...
Flow cytometry (FCM) is a high-throughput technology that simultaneously measures and analyses multi...
Flow cytometry involves analysis of light scatter and fluorescence properties of particles in flow, ...
Invertebrates represent the vast majority of faunal diversity on the planet and to a greater extent,...
Genome size or nuclear DNA content is a a trait which varies greatly among living organisms, with no...
Over the last decade there has been a tremendous increase in the use of flow cytometry (FCM) in stud...
The present study standardizes a reproducible flow cytometry (FCM) protocol for DNA content measure...
The fungal genome is a dynamically changing structure. By its remodelling, the organism can respond ...
The fungal genome is a dynamically changing structure. By its remodelling, the organism can respond ...
As yet, flow cytometry is not used so widely in microbiology as in some other disciplines. This volu...
Genomic analysis provides a substantial amount of information on evolutionary history, novel genes, ...
Flow cytometry (FCM) is a powerful tool that allows analysis of thousand of cells in a few seconds,a...
Flow cytometry is a modern technique in research, playing a significant role in biomedicine and bota...
The size of the genome, or DNA content in cells, is expressed using the so-called C-value, i.e. the ...
The size of the genome, in other words the content of DNA in the gametic cells of organisms, is expr...
Flow cytometry gives a unique opportunity to analyze thousands of individual cells for multiple para...
Flow cytometry (FCM) is a high-throughput technology that simultaneously measures and analyses multi...
Flow cytometry involves analysis of light scatter and fluorescence properties of particles in flow, ...
Invertebrates represent the vast majority of faunal diversity on the planet and to a greater extent,...
Genome size or nuclear DNA content is a a trait which varies greatly among living organisms, with no...
Over the last decade there has been a tremendous increase in the use of flow cytometry (FCM) in stud...
The present study standardizes a reproducible flow cytometry (FCM) protocol for DNA content measure...
The fungal genome is a dynamically changing structure. By its remodelling, the organism can respond ...
The fungal genome is a dynamically changing structure. By its remodelling, the organism can respond ...
As yet, flow cytometry is not used so widely in microbiology as in some other disciplines. This volu...
Genomic analysis provides a substantial amount of information on evolutionary history, novel genes, ...
Flow cytometry (FCM) is a powerful tool that allows analysis of thousand of cells in a few seconds,a...