The structure of human metaphase chromosomes, fixed according to standard procedures for optical microscopy but not treated for banding, was examined by atomic force microscopy (AFM). The images show that chromosomes display a banding pattern very similar to G-banding, detected by the AFM as a variation in the thickness of chromatin. This similarity allows the identification of individual chromosomes
Three cases of morphologic variants of human D- or G-group chromosomes have been studied by N- and A...
Abstract Background Chromosome banding is widely used in cytogenetics. However, the biological natur...
HeLa metaphase chromosomes were examined by means of "in lens" field emission scanning electron mic...
The structure of human metaphase chromosomes, fixed according to standard procedures for optical mic...
A technique has been developed to examine the same G-banded human metaphase chromosomes, first in th...
We have developed an atomic force microscope (AFM) with an integrated optical microscope. The optica...
Chromosomes from human lymphocytes were observed by X-ray contact microscopy (XRCM) using laser-prod...
Polytene chromosomes from Drosophila melanogaster, observed from squash preparations, and chromosome...
A correlative morphologic analysis was carried out on isolated metaphase chromosomes by means of fie...
An atomic force microscope (AFM) specifically designed for cytological and histological studies and ...
Atomic force microscopy has been used to image plant chromosomes from standard preparations without ...
Three cases of morphologic variants of human D- or G-group chromosomes have been studied by N- and A...
Simultaneous Q- and R-type banding patterns in human chromosomes have been achieved by staining with...
International audienceThe metaphase nucleolar organizer regions (NORs) contain ribosomal genes assoc...
The metaphase nucleolar organizer regions (NORs) contain ribosomal genes associated with proteins su...
Three cases of morphologic variants of human D- or G-group chromosomes have been studied by N- and A...
Abstract Background Chromosome banding is widely used in cytogenetics. However, the biological natur...
HeLa metaphase chromosomes were examined by means of "in lens" field emission scanning electron mic...
The structure of human metaphase chromosomes, fixed according to standard procedures for optical mic...
A technique has been developed to examine the same G-banded human metaphase chromosomes, first in th...
We have developed an atomic force microscope (AFM) with an integrated optical microscope. The optica...
Chromosomes from human lymphocytes were observed by X-ray contact microscopy (XRCM) using laser-prod...
Polytene chromosomes from Drosophila melanogaster, observed from squash preparations, and chromosome...
A correlative morphologic analysis was carried out on isolated metaphase chromosomes by means of fie...
An atomic force microscope (AFM) specifically designed for cytological and histological studies and ...
Atomic force microscopy has been used to image plant chromosomes from standard preparations without ...
Three cases of morphologic variants of human D- or G-group chromosomes have been studied by N- and A...
Simultaneous Q- and R-type banding patterns in human chromosomes have been achieved by staining with...
International audienceThe metaphase nucleolar organizer regions (NORs) contain ribosomal genes assoc...
The metaphase nucleolar organizer regions (NORs) contain ribosomal genes associated with proteins su...
Three cases of morphologic variants of human D- or G-group chromosomes have been studied by N- and A...
Abstract Background Chromosome banding is widely used in cytogenetics. However, the biological natur...
HeLa metaphase chromosomes were examined by means of "in lens" field emission scanning electron mic...