167 |
OptiPrepTM density gradient centrifugation, applicable to Adeno-Associated Virus Purification(PDF:540KB)
|
CP-NX series / P32ZT |
Exosome |
Density-gradient centrifugation |
166 |
OptiPrepTM density gradient centrifugation, applicable to Exosome Isolation(PDF:600KB)
|
CP-NX series / P32ST |
Exosome |
Density-gradient centrifugation |
165 |
Separation of gold nanoparticles using Micro Ultracentrifuge(PDF:532KB)
|
CS-FNX series, CS150NX / S140AT |
Gold nanoparticles |
Pelleting |
164 |
Separation of Silica using Micro Ultracentrifuge(PDF:472KB)
|
CS-FNX series, CS150NX / S52ST |
Silica particles |
Density-gradient centrifugation |
163 |
Extraction of Genomic DNA from Rice Leaf by using a 5-mL tube(PDF:583KB)
|
CF15RN / CF16RN, T15A45 / T15A46 |
Genomic DNA |
Pelleting |
162 |
Evaluation of Rice Starch Adhesion to Aluminum Boards(PDF:390KB)
|
S110AT |
rice starches |
Adhesion by centrifugal force |
161 |
Measurement of Powder Adhesion by Centrifugal Separation Method Using the Compact Ultracentrifuge(PDF:400KB)
|
S110AT |
toner (black) |
Adhesion by centrifugal force |
160 |
Separation of Clay by Using a Large-Capacity Rotor for the High-Speed Refrigerated Centrifuge(PDF:201KB)
|
R9A2 |
bentonite |
Pelleting |
158 |
Separation of G protein-coupled receptors using ultracentrifuge(PDF:372KB)
|
CP-WX series, P40ST |
G protein-coupled receptors |
Density-gradient centrifugation |
157 |
The easy virus detection using ultracentrifuge and electron microscope(PDF:382KB)
|
CS-FNX series, CS150NX / S100AT3 |
latex particles |
Pelleting |
156 |
Pretreatment by ultracentrifugation and particle size distribution measurement(PDF:329KB)
|
CP-WX series, P40ST |
latex particles |
Pelleting |
155 |
Measurement particle size of dilute solutions by centrifugal concentration(PDF:428KB)
|
CP-WX series, P70AT |
latex particles |
Pelleting |
154 |
Continuous harvest of large number of coli bacteria by using a continuous rotor for high-speed refrigerated centrifuge(PDF:259KB)
|
C22G3 / R18C |
E. coli |
Pelleting |
153 |
Centrifugal separation methods and rotor selection(PDF:784KB)
|
Various rotor types (angle, swing, vertical rotor, etc.) |
- |
- |
152 |
Ultracentrifugal sample classification and particle diameter measurement of two-component mixed standard particles(PDF:718KB)
|
CS-GX2 series, S52ST |
latex particles |
Density-gradient centrifugation |
151 |
Ultracentrifugal sample classification and particle diameter measurement of four-component mixed standard particles(PDF:770KB)
|
CS-GX2 series, S52ST |
latex particles |
Density-gradient centrifugation |
150 |
Trend in separating carbon nanotubes by ultracentrifuge(PDF:416KB)
|
CP-WX series, P40ST, P50VT2 |
Single-walled carbon nanotubes |
Density-gradient centrifugation |
149 |
Efficient separation of adenoviruses using multi-step mode(PDF:249KB)
|
CS series, S110AT |
Adenovirus |
Multi-step centrifugation |
148 |
Continuous separation of submicron particles by using continuous flow rotor for ultracentrifuge(PDF:228KB)
|
CP-WX series, P32CT |
Submicron particles |
Continuous flow separation using density-gradient solution |
147 |
Extraction of Genomic DNA from Rice Leaf by using a 5-ml tube(PDF:831KB)
|
T15A45 / CF-GX GX2 |
Genomic DNA |
CTAB method |
146 |
Comparison of precipitation State between Swing bucket Rotor and Fixed Angle Rotor(PDF:963KB)
|
R8S / CR-G3 series |
bentonite |
Pelleting |
145 |
Separation of metal nano-colloids using micro ultracentrifuge(PDF:361KB)
|
CS150GX2 / S100AT6 |
metal nano-colloids |
Pelleting |
144 |
Extraction of RNA from plant tissue using QIAGEN Kit(PDF:301KB)
|
CT15E / 15RE T15A61 / 62 |
RNA |
Filtration |
143 |
Extraction of genomic DNA from plant tissue using QIAGEN Kit(PDF:281KB)
|
CT15E / 15RE T15A61 / 62 |
Genomic DNA |
Filtration |
142 |
Separation of mitochondria by swinging bucket rotor designed for using conical bottom centrifuge tubes in high-speed refrigerated centrifuges(PDF:200KB)
|
CR-G3 series, R8S |
mitochondoria |
Pelleting |
141 |
Separation and purification of ribosomes using swing rotor designed for tabletop micro ultracentrifuge(PDF:307KB)
|
CS150NX / S50ST |
ribosome |
Density-gradient centrifugation |
140 |
Separation of influenza viruses using angle rotor designed for tabletop micro ultracentrifuge(PDF:324KB)
|
CS150NX / S50A |
influenza virus |
Density-gradient centrifugation |
138 |
Separation of mixed nano-latex particles(PDF:467KB)
|
CS-GX2 series, S52ST |
latex particle |
Density-gradient centrifugation |
137 |
Separation of virus using new rotor and 1.5-ml micro tubes(PDF:631KB)
|
CP-WX series, P50A3 |
Rice Dwarf Virus |
Pelleting |
136 |
Separation of sumi ink using micro ultracentrifuge(PDF:991KB)
|
CS-GX2 series, S100AT4 |
Ink |
Pelleting |
135 |
Separation of paint using ultracentrifuge(PDF:178KB)
|
CP-WX series, P70AT |
paint |
Pelleting |
134 |
Separation of ink using micro ultracentrifuge(PDF:2,436KB)
|
CS-GXL series, S140AT |
Ink |
Density-gradient centrifugation |
133 |
Purification of plasmid DNA using S-cap and ultracentrifuge(PDF:180KB)
|
CP-WX series, P70AT2 |
plasmid DNA |
Isopycnic separation |
132 |
Separation and purification of hepatitis B antigens using a zonal rotor - (3)(PDF:160KB)
|
CP-WX series, P35ZT |
Hepatitis B antigens |
Density-gradient centrifugation |
131 |
Separation and purification of hepatitis B antigens using a zonal rotor - (2)(PDF:151KB)
|
CP-WX series, P35ZT |
Hepatitis B antigens |
Density-gradient centrifugation |
130 |
Separation and purification of hepatitis B antigens using a zonal rotor - (1)(PDF:152KB)
|
CP-WX series, P35ZT |
Hepatitis B antigens |
Density-gradient centrifugation |
129 |
Purification of single-walled carbon nanotubes by means of an ultracentrifuge(PDF:142KB)
|
CS-GXL series, S52ST |
Carbon nanotubes |
Density-gradient centrifugation |
126 |
Concentration of protein solution by means of T15A38 fixed angle rotor(PDF:102KB)
|
CF16RX / 15RX, T15A38 |
Protein solution |
Ultrafiltration(Microcon) |
125 |
Concentration of protein solution by means of ultrafiltration tubes(PDF:60KB)
|
CF16RX / 12RX / 9RX, T6AP31 |
Protein solution |
Ultrafiltration(Ultra-4) |
124 |
Very efficient collection of sediment by means of the wide-mouth 1 L bottle(PDF:42KB)
|
CR-G series |
Fine powder dispersed water |
Differential pelleting centrifugation |
123 |
Reliable separation of cell membranes by means of 50-ml conical tube(PDF:31KB)
|
CR-G series |
Cell membranes |
Density gradient centrifugation |
122 |
Experiment on Percoll? density gradient centrifugation by means of 50-ml conical tubes(PDF:38KB)
|
CR-G series |
Organelles |
Isopycnic centrifugation |
112 |
Separation of cell organelle by means of a new-model fixed angle rotor(PDF:142KB)
|
S55A |
Organelle |
Differential pelleting centrifugation |
111 |
Pelleting by means of a new-model fixed angle rotor(PDF:116KB)
|
S55A |
Organelle |
Differential pelleting centrifugation |
110 |
Separation of cell organelle using easily prepared density gradient of Nycodenz(PDF:280KB)
|
P28S |
Organelle |
Density gradient centrifugation |
109 |
Easy preparation of density gradient using Nycodenz(PDF:144KB)
|
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(PDF:149KB)
|
S52ST |
Organelle |
Density gradient centrifugation |
106 |
Separation of Rotavirus by means of a micro ultracentrifuge(PDF:76KB)
|
CS150 / 120GXL, S80AT3 |
Rotavirus |
Pelleting |
105 |
Separation of small range structured virus (SRSV) by means of a micro ultracentrifuge(PDF:81KB)
|
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(PDF:87KB)
|
S52ST |
Small range structured virus |
Pelleting |
103 |
Separation of lipoprotein from serum with the new micro ultracentrifuge at million x g(PDF:119KB)
|
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(PDF:59KB)
|
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(PDF:77KB)
|
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(PDF:73KB)
|
R10H |
Purification of a PCR product |
High speed micro-plate centrifugation |
90 |
Quick separation of lipoprotein with the neo angle rotor(PDF:35KB)
|
S100NT |
Lipoprotein |
Floating equilibrium separation |
89 |
Separation of lipoprotein from human serum with the preparative micro ultracentrifuge(PDF:46KB)
|
S80AT3 |
Lipoprotein |
Differential floating separat |
88 |
Examination of centrifugation time when using a carbon fiber rotor that can accommodate six 1-liter bottles(PDF:20KB)
|
R7AF2 |
E.coli. |
Pelleting |
87 |
Collection of DNA by ethanol precipitation using a swing rotor capable of being used with microplates(PDF:186KB)
|
R6S |
DNA (λ/Hind III) |
Pelleting |
86 |
Separation of cell culture solution using the carbon fiber rotors that can accommodate four 1-liter bottles(PDF:19KB)
|
R9AF |
E.coli. |
Pelleting |
85 |
Separation of plasmid DNA with 8ml tube(PDF:24KB)
|
S80AT3 |
Plasmid DNA |
Step mode operation |
84 |
Separation of plasmid DNA with 8ml tube(PDF:25KB)
|
S80AT3 |
Plasmid DNA |
Isopycnic separation |
82 |
Separation of plasmid DNA using micro-ultracentrifuge(PDF:24KB)
|
S140NT |
Plasmid DNA |
Isopycnic separation |
81 |
Separation of serum lipoprotein using micro-ultracentrifuge(PDF:35KB)
|
S150AT |
Lipoprotein |
Differential floating separat |
80 |
Separation of plasmid DNA using micro-ultracentrifuge(PDF:24KB)
|
S150AT |
Plasmid DNA |
Step mode operation |
77 |
Separation of total RNAs from homogenated cell line with neo-angle rotor(PDF:47KB)
|
S100NT |
RNA of cell line |
Pelleting |
76 |
Separation of total RNAs from homogenated cell line with fixed-angle rotor(PDF:42KB)
|
S150AT |
RNA of cell line |
Pelleting |
70 |
Separation of type S1 Lipoprotein (a) by ultracentrifuge(PDF:27KB)
|
P100AT |
Lipoprotein |
Differential floating separat |
69 |
Separation of lipoprotein and electrophoresis(PDF:37KB)
|
P100AT |
Lipoprotein |
Differential floating separat |
64 |
Preparative Micro-Ultracentrifuge CS-GX series(PDF:29KB)
|
S120AT3 |
Lipoprotein |
Differential floating separat |
62 |
Separation of chloroplast DNA(PDF:34KB)
|
S100AT5 |
Chloroplast DNA |
Isopycnic separation |
61 |
Separation of chloroplast(PDF:50KB)
|
P28S |
Chloroplast |
Density gradient centrifugation |
60 |
Separation of plasmid DNA by neo-angle rotor(PDF:27KB)
|
RP120NT |
Lasmid DNA |
Step mode operation |
59 |
Separation of plasmid DNA by neo-angle rotor(PDF:29KB)
|
RP120NT |
Plasmid DNA |
Iopycnic separation |
57 |
Separation of lipoprotein(PDF:54KB)
|
P100AT |
Lipoprotein |
Differential floating separation |