Collaboration
At the forefront of volume Electron Microscopy (vEM), we utilize our cutting-edge proprietary enhanced Focused Ion Beam Scanning Electron Microscopy (eFIB-SEM) technology and its unparalleled pipeline to generate large-volume three-dimensional electron microscopy data with nanometer isotropic resolution. Such data open new avenues for discovering breakthroughs and unveiling critical insights into structure-function relationships in biology.
The FIB-SEM Collaboration Core (F-SCC) is a crucial research core within Yale School of Medicine. With a significant investment in technology development, equipment resources, and imaging duration to produce large-volume high-resolution datasets, all specimens undergoing the enhanced FIB-SEM pipeline will be exclusively managed by dedicated scientists of F-SCC.
Pipeline cost
We maintain an unwavering commitment to ensure the production of the highest quality data with optimal resource utilization. The enhanced FIB-SEM pipeline consists of EM sample preparation, enhanced FIB-SEM sample preparation, enhanced FIB-SEM image acquisition, image registration & alignment, and image analysis.
EM Sample Preparation with TEM Evaluation | Enhanced FIB-SEM Sample Preparation | Enhanced FIB-SEM Image Acquisition | Image Registration & Alignment | Image Analysis | X-ray Micro-CT Image Acquisition | |
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Description | Transform the fresh specimen to a heavy metal stained resin embedded sample, followed by ultrastructure evaluation by TEM imaging without post-staining. | Perform block face sample preparation to minimize the sample to its smallest volume containing the complete and largest region of interest (ROI). This process includes iterative rounds of X-ray micro-CT image acquisitions that guide sample mounting, ROI targeting, and successive rounds of ultramicrotome trimming to achieve its final shape. | Perform 3D high-resolution large- volume image acquisition using the proprietary eFIB-SEM that is capable of months to years of continuous imaging without defects in the final image stack. | Transform raw images to an aligned 3D image stack using a customized Scale Invariant Feature Transformation (SIFT) pipeline | Perform cellular organelle segmentation or neuronal circuit reconstruction to probe structure and function relationships | Perform non-destructive 3D imaging using X-ray micro-CT, providing 3D visualization of the ultrastructure of a heavy metal-stained sample down to 0.5 µm pixel resolution.
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Unit | Per batch | Per sample | Per day | Per dataset | TBA (To be announced) | Per hour |
Internal | $1800 | $2700 | $800 | $500 | TBA | $50 |
Non-profit | $2800 | $3800 | $1000 | $800 | TBA | $100 |
Profit | $3000 | $4500 | $1500 | $900 | TBA | $110 |
Data publication
With regards to publishing any data and results emerging from collaboration with the F-SCC, co-authorship will be subject to discussion. The data and results are expected to be published in accordance with the scholarly custom of academic research.