TEST DIRECTORY

Various types of bandings
Using cultured lymphocytes or bone marrow cells, cells in the metaphase are fixed. Then, a stain gives a series of light and dark stripes (bands) along the chromosome, and analysis is performed based on the distribution and light-and-dark differences of the stripes.
G-banding uses treatment with trypsin solution and Giemsa staining. C-banding consists of steps including HCI treatment, exposure to Ba(OH)₂, 2×SCC, and Giemsa staining. Q-banding uses a stain called quinacrine mustard and the fluorescence pattern is observed using fluorescence microscopy. In high-resolution banding, visualized images of cell division between the end of the prophase and the beginning of the metaphase are used so that an increased number of bands are observed than in normal conditions.

Various types of bandings
Using cultured lymphocytes or bone marrow cells, cells in the metaphase are fixed. Then, a stain gives a series of light and dark stripes (bands) along the chromosome, and analysis is performed based on the distribution and light-and-dark differences of the stripes.
G-banding uses treatment with trypsin solution and Giemsa staining. C-banding consists of steps including HCI treatment, exposure to Ba(OH)₂, 2×SCC, and Giemsa staining. Q-banding uses a stain called quinacrine mustard and the fluorescence pattern is observed using fluorescence microscopy. In high-resolution banding, visualized images of cell division between the end of the prophase and the beginning of the metaphase are used so that an increased number of bands are observed than in normal conditions.

Various types of bandings
Using cultured lymphocytes or bone marrow cells, cells in the metaphase are fixed. Then, a stain gives a series of light and dark stripes (bands) along the chromosome, and analysis is performed based on the distribution and light-and-dark differences of the stripes.
G-banding uses treatment with trypsin solution and Giemsa staining. C-banding consists of steps including HCI treatment, exposure to Ba(OH)₂, 2×SCC, and Giemsa staining. Q-banding uses a stain called quinacrine mustard and the fluorescence pattern is observed using fluorescence microscopy. In high-resolution banding, visualized images of cell division between the end of the prophase and the beginning of the metaphase are used so that an increased number of bands are observed than in normal conditions.

Various types of bandings
Using cultured lymphocytes or bone marrow cells, cells in the metaphase are fixed. Then, a stain gives a series of light and dark stripes (bands) along the chromosome, and analysis is performed based on the distribution and light-and-dark differences of the stripes.
G-banding uses treatment with trypsin solution and Giemsa staining. C-banding consists of steps including HCI treatment, exposure to Ba(OH)₂, 2×SCC, and Giemsa staining. Q-banding uses a stain called quinacrine mustard and the fluorescence pattern is observed using fluorescence microscopy. In high-resolution banding, visualized images of cell division between the end of the prophase and the beginning of the metaphase are used so that an increased number of bands are observed than in normal conditions.

Various types of bandings
Using cultured lymphocytes or bone marrow cells, cells in the metaphase are fixed. Then, a stain gives a series of light and dark stripes (bands) along the chromosome, and analysis is performed based on the distribution and light-and-dark differences of the stripes.
G-banding uses treatment with trypsin solution and Giemsa staining. C-banding consists of steps including HCI treatment, exposure to Ba(OH)₂, 2×SCC, and Giemsa staining. Q-banding uses a stain called quinacrine mustard and the fluorescence pattern is observed using fluorescence microscopy. In high-resolution banding, visualized images of cell division between the end of the prophase and the beginning of the metaphase are used so that an increased number of bands are observed than in normal conditions.

Various types of bandings
Using cultured lymphocytes or bone marrow cells, cells in the metaphase are fixed. Then, a stain gives a series of light and dark stripes (bands) along the chromosome, and analysis is performed based on the distribution and light-and-dark differences of the stripes.
G-banding uses treatment with trypsin solution and Giemsa staining. C-banding consists of steps including HCI treatment, exposure to Ba(OH)₂, 2×SCC, and Giemsa staining. Q-banding uses a stain called quinacrine mustard and the fluorescence pattern is observed using fluorescence microscopy. In high-resolution banding, visualized images of cell division between the end of the prophase and the beginning of the metaphase are used so that an increased number of bands are observed than in normal conditions.

Various types of bandings
Using cultured lymphocytes or bone marrow cells, cells in the metaphase are fixed. Then, a stain gives a series of light and dark stripes (bands) along the chromosome, and analysis is performed based on the distribution and light-and-dark differences of the stripes.
G-banding uses treatment with trypsin solution and Giemsa staining. C-banding consists of steps including HCI treatment, exposure to Ba(OH)₂, 2×SCC, and Giemsa staining. Q-banding uses a stain called quinacrine mustard and the fluorescence pattern is observed using fluorescence microscopy. In high-resolution banding, visualized images of cell division between the end of the prophase and the beginning of the metaphase are used so that an increased number of bands are observed than in normal conditions.

Various types of bandings
Using cultured lymphocytes or bone marrow cells, cells in the metaphase are fixed. Then, a stain gives a series of light and dark stripes (bands) along the chromosome, and analysis is performed based on the distribution and light-and-dark differences of the stripes.
G-banding uses treatment with trypsin solution and Giemsa staining. C-banding consists of steps including HCI treatment, exposure to Ba(OH)₂, 2×SCC, and Giemsa staining. Q-banding uses a stain called quinacrine mustard and the fluorescence pattern is observed using fluorescence microscopy. In high-resolution banding, visualized images of cell division between the end of the prophase and the beginning of the metaphase are used so that an increased number of bands are observed than in normal conditions.

Various types of bandings
Using cultured lymphocytes or bone marrow cells, cells in the metaphase are fixed. Then, a stain gives a series of light and dark stripes (bands) along the chromosome, and analysis is performed based on the distribution and light-and-dark differences of the stripes.
G-banding uses treatment with trypsin solution and Giemsa staining. C-banding consists of steps including HCI treatment, exposure to Ba(OH)₂, 2×SCC, and Giemsa staining. Q-banding uses a stain called quinacrine mustard and the fluorescence pattern is observed using fluorescence microscopy. In high-resolution banding, visualized images of cell division between the end of the prophase and the beginning of the metaphase are used so that an increased number of bands are observed than in normal conditions.

Various types of bandings
Using cultured lymphocytes or bone marrow cells, cells in the metaphase are fixed. Then, a stain gives a series of light and dark stripes (bands) along the chromosome, and analysis is performed based on the distribution and light-and-dark differences of the stripes.
G-banding uses treatment with trypsin solution and Giemsa staining. C-banding consists of steps including HCI treatment, exposure to Ba(OH)₂, 2×SCC, and Giemsa staining. Q-banding uses a stain called quinacrine mustard and the fluorescence pattern is observed using fluorescence microscopy. In high-resolution banding, visualized images of cell division between the end of the prophase and the beginning of the metaphase are used so that an increased number of bands are observed than in normal conditions.