Workstation suitable for the use of the microscope image analysis software "IMARIS".
IMARIS is an image analysis software widely used in the fields of biology and medical research. It enables the visualization, analysis, and interpretation of 3D and 4D images obtained from microscopes. It is designed to handle data sets of several terabytes, primarily from light sheet microscopy images. The workstation provided by Tegxis for the microscope image analysis software "IMARIS" is certified by Oxford Instruments. In collaboration with Oxford Instruments, we investigated the optimal PC specifications for using IMARIS and confirmed the configuration's functionality. With reliable processing power and quality for IMARIS usage, we support your research and development. Additionally, we can provide the workstation with IMARIS pre-installed, ensuring that it is ready for use immediately upon arrival, with the environment set up accordingly. Furthermore, since we conduct on-site installation work, you can begin analysis immediately after preparation without any hassle during the introduction of new licenses or after product updates.
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basic information
◆Example 1 Estimated image data capacity to handle: ~10GB 【Configuration No. BPJ-PC-L2404J11859-B】 CPU AMD Ryzen9 7950X 4.50GHz (up to 5.70GHz when boosted) 16C/32T Memory Total 128GB DDR5-5600 32GB ×4 GPU NVIDIA RTX2000 Ada 16GB (MiniDisplayPort x4) Display 23.8-inch wide Full HD LCD display List price ¥945,000 (including tax) ◆Example 2 Estimated image data capacity to handle: ~200GB 【Configuration No. BPJ-PC-S2404J11859-A】 CPU Intel Xeon Platinum 8480+ 2.00GHz (TB 3.80GHz) 56C/112T × 2 Memory Total 2TB DDR5 4800 REG ECC 128GB × 16 GPU NVIDIA RTX6000 Ada 48GB (DisplayPort x4) Display 27-inch wide 4K LCD display List price ¥18,500,000 (including tax)
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Applications/Examples of results
■Neuroscience It is possible to analyze the length, thickness, and branching of nerve cells themselves, as well as the connections between nerve cells and the interactions with synapses. ■Cell Biology It is possible to evaluate the interactions of various organelles within the cell and the relationships between target proteins. ■Regenerative Medicine It provides detailed analysis of the 3D structure of tissues and organs. When used in research on regenerative medicine or tissue regeneration, it is possible to visualize the processes of tissue damage and repair. Additionally, in the evaluation of fixed specimens, it is possible to analyze the volume of tissues and the interactions of target signals. ■Immunology It provides detailed analysis of how immune cells interact with pathogens and cancer cells. ■Live Cell Imaging It tracks the movements of living cells, microorganisms, and vesicles, and analyzes their movement. ■Cancer Research It is possible to confirm and analyze the relationships (co-localization and proximity) between signals involved in carcinogenesis.
Line up（5）
| Model number | overview |
|---|---|
| BPJ-PC-L2404J11859-B | Estimated capacity of image data to be handled: ~10GB |
| BPJ-PC-M2404C11859-A | Estimated capacity of image data to be handled: ~30GB |
| BPJ-PC-H2404J11859-A | Estimated capacity of image data to be handled: ~50GB |
| BPJ-PC-U2404J11859-A | Estimated capacity of image data to be handled: ~100GB |
| BPJ-PC-S2404J11859-A | Estimated capacity of image data to be handled: ~200GB |
Company information
Tegara Corporation is forming a research and development platform that integrates specialized product procurement and sales, information provision, and support services for researchers and developers nationwide. In the field of research and development, where speed holds value, it is Tegara's mission to assist our customers in accelerating their research and development efforts, thereby contributing to the advancement of research and development in Japan and around the world. To remain a strong partner for researchers and developers, our company continuously hones new technologies and strengthens our support system every day.