A customer involved in bioinformatics research consulted us about a workstation to be used for mass spectrometry data analysis after looking at Case No. PC-11212. […see next]
A customer involved in bioinformatics research has constructed and is operating a virtual environment for the purposes of RNA-seq analysis, gene expression analysis, and bacterial flora analysis. […see next]
Customers involved in bioinformatics research have been using the 100V power supply for bacterial flora analysis, NGS, RNA-seq de novo sequencing, and meta-analysis. […see next]
A customer involved in mineralogy research has reported that after looking at Case No. PC-12076C, PC-12076D, etc., he/she has used DFT (Density Functional Theory) in Advance/NanoLabo. […see next]
A customer involved in genetic research contacted us for a workstation to handle genome assembly, polymorphism analysis including NGS data analysis, and RNA-seq analysis. […see next]
A customer involved in life science research contacted us for a workstation to handle Cell Ranger and Imaris. The budget was about 200 million yen, […see next]
Veterinary research customers have provided us with worksheets for analyzing RNA-seq, Whole-Genome Bisulfite Sequencing, and ChIP-seq data. […see next]
A customer involved in genome research consulted us about introducing a Linux workstation for bioinformatics analysis. The main applications are Hi-C data, scRNA […see next]
A customer involved in plant genome research consulted us on the configuration of a PC for analysis. The purpose was to assemble a genome of a diploid organism, estimated at 280Mb, and to conduct RNA-seq analysis. […see next]
We received a consultation from a customer involved in pharmaceutical-related research who would like to consider a workstation for bioinformatics analysis with a budget of 200 million yen. Please contact us […see next]
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