Featured resources

Improving Blood Banking Protocols

The donations collected at blood collection centers are subject to a large amount of variability, including donor-to-donor differences in the volume collected and the composition (i.e., platelet concentration differences between donors). This application note outlines a simple, step-by-step guide to troubleshooting low product yields.

Search all centrifugation resources

No records were found matching your criteria

TypeTitleCategory
Application NotesIsolating DNA from Soil SamplesMicrocentrifuges
Application NotesIsolating Genomic DNA from Whole BloodMicrocentrifuges
Application NotesUsing Small Benchtop Centrifuges for the Effective and Efficient Processing of Clinical SamplesBenchtop
Application NotesFull Scale of Yeast Using Thermo Scientific Contifuge Stratos Continuous Flow CentrifugeBenchtop
Application NotesRapid Harvesting of High Volume E. coli CellsBenchtop
Application NotesConcentration of Mycobacteria in Clinical SamplesBenchtop
Application NotesDNA Preparation from Large Volume of Whole BloodBenchtop
Application NotesEfficient Mini-PrepBenchtop
Application NotesHigh-Throughput Blood Processing SamplesBenchtop
Application NotesHigh-Throughput Maxi-PrepBenchtop
Application NotesRapid Isolation of Small Volume Plasmid DNABenchtop
Application NotesSeparation of PBMCs from Blood SamplesBenchtop
Application NotesPelleting Efficiency of Patented Tilted AdaptersBenchtop
Application NotesIsolation of RNA Using the Thermo Scientific Sorvall MTX Micro-Ultracentrifuge and RotorsMicro-ultracentrifuges
Application NotesEfficient Separation of Tomato Soluble Solids Using the Thermo Scientific Sorvall MTX Micro-Ultracentrifuge and S140-AT RotorMicro-ultracentrifuges
Application NotesBanding of Intact Bacteriophage using the Thermo Scientific S100-AT6 Ultracentrifuge RotorMicro-ultracentrifuges
Application NotesIsolation of Plasma Membrane from Endothelial Cells Using the Thermo Scientific Sorvall MTX Micro-Ultracentrifuge and S55-A2 RotorMicro-ultracentrifuges
Application NotesPlasmid DNA SeparationMicro-ultracentrifuges
Application NotesRapid Separation of Human Serum LipoproteinsMicro-ultracentrifuges
Application NotesSeparation of SRSV in 5 mL TubesMicro-ultracentrifuges
Application NotesSeparation of Influenza Virus Using the Thermo Scientific S50-A Fixed-Angle Rotor and Sorvall Micro-UltracentrifugeMicro-ultracentrifuges
Application NotesNanoparticle Separations in Thermo Scientific Sorvall Micro-ultracentrifugesMicro-ultracentrifuges
Application NotesBanding of Intact Bacteriophage using the Thermo Scientific S100-AT6 Ultracentrifuge RotorUltracentrifuges
Application NotesSeparation of Lysosomes and Endosomes from Rat Liver Homogenate using Thermo Scientific Fiberlite RotorsUltracentrifuges
Application NotesConcentration of RetrovirusUltracentrifuges
Application NotesHigh Efficiency Differential Ultracentrifugation of Small Sample VolumesUltracentrifuges
Application NotesIsolation of Skeletal Muscle MembraneUltracentrifuges
Application NotesIsolation of RNA by the Guanidine Thiocyanate (GTC) MethodUltracentrifuges
Application NotesRapid, High-Volume Fractionation of Plasma ProteinsUltracentrifuges
Application NotesRapid Separation of Endosomes from LysosomesUltracentrifuges
Application NotesRapid, Single-Spin Fractionation of Serum Lipoproteins by Density Gradient UltracentrifugationUltracentrifuges
Application NotesSeparation of Lipid "Rafts" by Sucrose GradientUltracentrifuges
Application NotesTraditional Methods for CsCl Isolation of Plasmid DNAUltracentrifuges
Application NotesHigh-Throughput Blood Banking and Bioprocessing Applications Using the New Thermo Scientific Sorvall RC 12BP Plus CentrifugeLow-Speed Floor Models
Application NotesImproving Blood Banking ProtocolsLow-Speed Floor Models
Application NotesLarge Volume Precipitation of Proteins with Ammonium SulfateSuperspeed
Application NotesDNA PreparationSuperspeed
Application NotesLarge Scale Recombinant Protein ProductionSuperspeed
Application NotesLarge Volume PelletingSuperspeed
Application NotesPelleting BacteriaSuperspeed
Application NotesIsolation of MitochondriaSuperspeed
Application NotesDNA PurificationSuperspeed
Application NotesPelleting Efficiency of Patented Tilted AdaptersSuperspeed

Learning centers More Learning Centers ›

Share