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No.	Preparative Ultracentrifuge,	No.	Micro Ultracentrifuge,
No.	High-Speed Refrigerated Centrifuge,	No.	ETC

No.	Subject	Model	Sample Name	Separation method
134	Separation of ink using micro ultracentrifuge	CS-GXL series / S140AT	Ink	Density-gradient centrifugation
133	Purification of plasmid DNA using S-cap and ultracentrifuge	CP-WX series / P70AT2	plasmid DNA	Isopycnic separation
132	Separation and purification of hepatitis B antigens using a zonal rotor - (3)	CP-WX series / P35ZT	Hepatitis B antigens	Density-gradient centrifugation
131	Separation and purification of hepatitis B antigens using a zonal rotor - (2)	CP-WX series / P35ZT	Hepatitis B antigens	Density-gradient centrifugation
130	Separation and purification of hepatitis B antigens using a zonal rotor - (1)	CP-WX series / P35ZT	Hepatitis B antigens	Density-gradient centrifugation
129	Purification of single-walled carbon nanotubes by means of an ultracentrifuge	CS-GXL series / S52ST	Carbon nanotubes	Density-gradient centrifugation
127	Centrifugation by means of micro tubes and a new rotor designed for micro ultracentrifuges	CS150/120GXL	Rice dwarf virus	Pelleting
126	Concentration of protein solution by means of T15A38 fixed angle rotor	CF16RX/15RX T15A38	Protein solution	Ultrafiltration (Microcon)
125	Concentration of protein solution by means of ultrafiltration tubes	CF16RX/12RX/9RX T6AP31	Protein solution	Ultrafiltration (Ultra-4)
124	Very efficient collection of sediment by means of the wide-mouth 1 L bottle	CR-G series	Fine powder dispersed water	Differential pelleting centrifugation
123	Reliable separation of cell membranes by means of 50-ml conical tube	CR-G series	Cell membranes	Density gradient centrifugation
122	Experiment on Percoll? density gradient centrifugation by means of 50-ml conical tubes	CR-G series	Organelles	Isopycnic centrifugation
112	Separation of cell organelle by means of a new-model fixed angle rotor	S55A	Organelle	Differential pelleting centrifugation
111	Pelleting by means of a new-model fixed angle rotor	S55A	Organelle	Differential pelleting centrifugation
110	Separation of cell organelle using easily prepared density gradient of Nycodenz	P28S	Organelle	Density gradient centrifugation
109	Easy preparation of density gradient using Nycodenz	P55ST2	Organelle	Density gradient centrifugation
108	Separation of liver homogenate using the swinging bucket rotor for 5-ml tubes and the new-model micro ultracentrifuge	S52ST	Organelle	Density gradient centrifugation
106	Separation of Rotavirus by means of a micro ultracentrifuge	CS150/120GXL S80AT3	Rotavirus	Pelleting
105	Separation of small range structured virus (SRSV) by means of a micro ultracentrifuge	CS150/120GXL S80AT3	Small range structured virus	Pelleting
104	Separation of SRSV with a swinging bucket rotor (5 ml x 4 tubes) in the new micro ultracentrifuge	S52ST	Small range structured virus	Pelleting
103	Separation of lipoprotein from serum with the new micro ultracentrifuge at million x g	S140AT	Lipoprotein	Differential floating separat
101	Separation and fractionation of proteins and complexes by means of an ultracentrifuge using a density-gradient solution prepared by the DGF-U fractionator	P28S2	Triton extracted from culture nervous tissues	Rate-zonal separation
97	Purification of DNA sequencing samples after the cycle sequence operation using the R10H microplate rotor for high-speed refrigerated centrifuges	R10H	Purification of DNA sequencing samples	High speed micro-plate centrifugation
96	Purification of a PCR product using a microplate with the R10H horizontal rotor for high-speed refrigerated centrifuges	R10H	Purification of a PCR product	High speed micro-plate centrifugation
90	Quick separation of lipoprotein with the neo angle rotor	S100NT	Lipoprotein	Floating equilibrium separation
89	Separation of lipoprotein from human serum with the preparative micro ultracentrifuge	S80AT3	Lipoprotein	Differential floating separat
88	Examination of centrifugation time when using a carbon fiber rotor that can accommodate six 1-liter bottles	R7AF2	E.coli.	Pelleting
87	Collection of DNA by ethanol precipitation using a swing rotor capable of being used with microplates	R6S	DNA (λ/Hind III)	Pelleting
86	Separation of cell culture solution using the carbon fiber rotors that can accommodate four 1-liter bottles	R9AF	E.coli.	Pelleting
85	Separation of plasmid DNA with 8ml tube	S80AT3	Plasmid DNA	Step mode operation
84	Separation of plasmid DNA with 8ml tube	S80AT3	Plasmid DNA	Isopycnic separation
82	Separation of plasmid DNA using micro-ultracentrifuge	S140NT	Plasmid DNA	Isopycnic separation
81	Separation of serum lipoprotein using micro-ultracentrifuge	S150AT	Lipoprotein	Differential floating separat
80	Separation of plasmid DNA using micro-ultracentrifuge	S150AT	Plasmid DNA	Step mode operation
77	Separation of total RNAs from homogenated cell line with neo-angle rotor	S100NT	RNA of cell line	Pelleting
76	Separation of total RNAs from homogenated cell line with fixed-angle rotor	S150AT	RNA of cell line	Pelleting
70	Separation of type S1 Lipoprotein (a) by ultracentrifuge	P100AT	Lipoprotein	Differential floating separat
69	Separation of lipoprotein and electrophoresis	P100AT	Lipoprotein	Differential floating separat
64	Preparative Micro-Ultracentrifuge CS-GX series	S120AT3	Lipoprotein	Differential floating separat
62	Separation of chloroplast DNA	S100AT5	Chloroplast DNA	Isopycnic separation
61	Separation of chloroplast	P28S	Chloroplast	Density gradient centrifugation
60	Separation of plasmid DNA by neo-angle rotor	RP120NT	Lasmid DNA	Step mode operation
59	Separation of plasmid DNA by neo-angle rotor	RP120NT	Plasmid DNA	Iopycnic separation
57	Separation of lipoprotein	P100AT	Lipoprotein	Differential floating separation

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