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chromosomal test
*chromosomal tests (G-banding) Myeloid-related

Laboratory：Akiruno

○*chromosomal tests (G-banding) Myeloid-related

TEST NAME	SPECIMEN REQUIREMENT （ｍL）	CONTAINER	CAP COLOR	STORE TEMPERATURE (STABILITY)	TURNAROUND TIME (DAY)	METHODOLOGY	REFERENCE RANGE (UNIT)
MDS (myelodysplastic syndrome)	bone marrow aspirate 1.0	H00			8-14	G-band (Various) band Culture lymphocytes or bone marrow cells, and fix metaphase cells. This method then involves staining the chromosomes with a dye to create striped patterns (bands), and analyzing the distribution and density of the bands. G-Banding, Giemsa staining after treatment with trypsin solution; C-Banding, Giemsa staining after treatment with HCI, Ba(OH)2, 2×SCC; Q, staining with quinacrine mustard and observation with a fluorescence microscope. -Banding, a high-precision differential staining method that uses mitotic images from the end of prophase to the beginning of metaphase to increase the number of bands than usual.
MDS (myelodysplastic syndrome)	Blood (heparin added) 5.0	PH5			8-14	G-band (Various) band Culture lymphocytes or bone marrow cells, and fix metaphase cells. This method then involves staining the chromosomes with a dye to create striped patterns (bands), and analyzing the distribution and density of the bands. G-Banding, Giemsa staining after treatment with trypsin solution; C-Banding, Giemsa staining after treatment with HCI, Ba(OH)2, 2×SCC; Q, staining with quinacrine mustard and observation with a fluorescence microscope. -Banding, a high-precision differential staining method that uses mitotic images from the end of prophase to the beginning of metaphase to increase the number of bands than usual.
MPN (myeloproliferative tumor)	bone marrow aspirate 1.0	H00			8-14	G-band (Various) band Culture lymphocytes or bone marrow cells, and fix metaphase cells. This method then involves staining the chromosomes with a dye to create striped patterns (bands), and analyzing the distribution and density of the bands. G-Banding, Giemsa staining after treatment with trypsin solution; C-Banding, Giemsa staining after treatment with HCI, Ba(OH)2, 2×SCC; Q, staining with quinacrine mustard and observation with a fluorescence microscope. -Banding, a high-precision differential staining method that uses mitotic images from the end of prophase to the beginning of metaphase to increase the number of bands than usual.
MPN (myeloproliferative tumor)	Blood (heparin added) 5.0	PH5			8-14	G-band (Various) band Culture lymphocytes or bone marrow cells, and fix metaphase cells. This method then involves staining the chromosomes with a dye to create striped patterns (bands), and analyzing the distribution and density of the bands. G-Banding, Giemsa staining after treatment with trypsin solution; C-Banding, Giemsa staining after treatment with HCI, Ba(OH)2, 2×SCC; Q, staining with quinacrine mustard and observation with a fluorescence microscope. -Banding, a high-precision differential staining method that uses mitotic images from the end of prophase to the beginning of metaphase to increase the number of bands than usual.
AML (acute myelogenous leukemia)	bone marrow aspirate 1.0	H00			8-14	G-band (Various) band Culture lymphocytes or bone marrow cells, and fix metaphase cells. This method then involves staining the chromosomes with a dye to create striped patterns (bands), and analyzing the distribution and density of the bands. G-Banding, Giemsa staining after treatment with trypsin solution; C-Banding, Giemsa staining after treatment with HCI, Ba(OH)2, 2×SCC; Q, staining with quinacrine mustard and observation with a fluorescence microscope. -Banding, a high-precision differential staining method that uses mitotic images from the end of prophase to the beginning of metaphase to increase the number of bands than usual.
AML (acute myelogenous leukemia)	Blood (heparin added) 5.0	PH5			8-14	G-band (Various) band Culture lymphocytes or bone marrow cells, and fix metaphase cells. This method then involves staining the chromosomes with a dye to create striped patterns (bands), and analyzing the distribution and density of the bands. G-Banding, Giemsa staining after treatment with trypsin solution; C-Banding, Giemsa staining after treatment with HCI, Ba(OH)2, 2×SCC; Q, staining with quinacrine mustard and observation with a fluorescence microscope. -Banding, a high-precision differential staining method that uses mitotic images from the end of prophase to the beginning of metaphase to increase the number of bands than usual.
BMT (bone marrow transplant) Donor Male	bone marrow aspirate 1.0	H00			8-14	G-band (Various) band Culture lymphocytes or bone marrow cells, and fix metaphase cells. This method then involves staining the chromosomes with a dye to create striped patterns (bands), and analyzing the distribution and density of the bands. G-Banding, Giemsa staining after treatment with trypsin solution; C-Banding, Giemsa staining after treatment with HCI, Ba(OH)2, 2×SCC; Q, staining with quinacrine mustard and observation with a fluorescence microscope. -Banding, a high-precision differential staining method that uses mitotic images from the end of prophase to the beginning of metaphase to increase the number of bands than usual.
BMT (bone marrow transplant) Donor Male	Blood (heparin added) 5.0	PH5			8-14	G-band (Various) band Culture lymphocytes or bone marrow cells, and fix metaphase cells. This method then involves staining the chromosomes with a dye to create striped patterns (bands), and analyzing the distribution and density of the bands. G-Banding, Giemsa staining after treatment with trypsin solution; C-Banding, Giemsa staining after treatment with HCI, Ba(OH)2, 2×SCC; Q, staining with quinacrine mustard and observation with a fluorescence microscope. -Banding, a high-precision differential staining method that uses mitotic images from the end of prophase to the beginning of metaphase to increase the number of bands than usual.
BMT (bone marrow transplant) Donor female	bone marrow aspirate 1.0	H00			8-14	G-band (Various) band Culture lymphocytes or bone marrow cells, and fix metaphase cells. This method then involves staining the chromosomes with a dye to create striped patterns (bands), and analyzing the distribution and density of the bands. G-Banding, Giemsa staining after treatment with trypsin solution; C-Banding, Giemsa staining after treatment with HCI, Ba(OH)2, 2×SCC; Q, staining with quinacrine mustard and observation with a fluorescence microscope. -Banding, a high-precision differential staining method that uses mitotic images from the end of prophase to the beginning of metaphase to increase the number of bands than usual.
BMT (bone marrow transplant) Donor female	Blood (heparin added) 5.0	PH5			8-14	G-band (Various) band Culture lymphocytes or bone marrow cells, and fix metaphase cells. This method then involves staining the chromosomes with a dye to create striped patterns (bands), and analyzing the distribution and density of the bands. G-Banding, Giemsa staining after treatment with trypsin solution; C-Banding, Giemsa staining after treatment with HCI, Ba(OH)2, 2×SCC; Q, staining with quinacrine mustard and observation with a fluorescence microscope. -Banding, a high-precision differential staining method that uses mitotic images from the end of prophase to the beginning of metaphase to increase the number of bands than usual.
others	bone marrow aspirate 1.0	H00			8-14	G-band (Various) band Culture lymphocytes or bone marrow cells, and fix metaphase cells. This method then involves staining the chromosomes with a dye to create striped patterns (bands), and analyzing the distribution and density of the bands. G-Banding, Giemsa staining after treatment with trypsin solution; C-Banding, Giemsa staining after treatment with HCI, Ba(OH)2, 2×SCC; Q, staining with quinacrine mustard and observation with a fluorescence microscope. -Banding, a high-precision differential staining method that uses mitotic images from the end of prophase to the beginning of metaphase to increase the number of bands than usual.
others	Blood (heparin added) 5.0	PH5			8-14	G-band (Various) band Culture lymphocytes or bone marrow cells, and fix metaphase cells. This method then involves staining the chromosomes with a dye to create striped patterns (bands), and analyzing the distribution and density of the bands. G-Banding, Giemsa staining after treatment with trypsin solution; C-Banding, Giemsa staining after treatment with HCI, Ba(OH)2, 2×SCC; Q, staining with quinacrine mustard and observation with a fluorescence microscope. -Banding, a high-precision differential staining method that uses mitotic images from the end of prophase to the beginning of metaphase to increase the number of bands than usual.