MF_flow_analysis Version 1
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Created: 2nd Oct 2025 at 18:09
Last updated: 6th Oct 2025 at 19:00
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Version 1 (earliest) Created 2nd Oct 2025 at 18:09 by Charles Demurjian
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Projects: Hi-IMPAcTB, MIT SRP, MetNet, Endometriosis, Cancer Systems Biology Consortium (CSBC), Shoulders Lab
Institutions: Massachusetts Institute of Technology
Projects: MIT SRP, Hi-IMPAcTB, MetNet, Endometriosis, Cancer Systems Biology Consortium (CSBC), Shoulders Lab
Web page: https://nextseek.mit.edu/
Understanding the spectrum of complex metastatic processes is important to the development of a comprehensive and cohesive understanding of cancer metastasis. The Metastasis Research Network (MetNet) supports collaborative, multidisciplinary projects that focus on several themes of the metastatic process and use integrative systems-level approaches.
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Programme: NExtSEEK
Public web page: Not specified
Submitter: Charles Demurjian
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Assays: All Metadata, All Metadata, All Metadata, All Metadata, All Metadata, All Metadata, Cancer Cell Extravasation Analysis - Data Linked, Cancer Cell Extravasation Analysis - Data Linked, Cell Culture - Metadata, Cell Culture - Metadata, Cell Culture Imaging - Data Linked, Cell Culture Imaging Analysis - Data Linked, Cell Culture and Tumor Spheroid Creation - Metadata, Cell Culture and Tumor Spheroid Creation - Metadata, Cell Extraction - Metadata, Cell Imaging - Data Linked, Chromatin Sequencing Analysis - Data Linked, Clot Modeling Analysis - Data Linked, Convolutional Neural Network - Data Linked, Cytokine Luminex - Data Linked, Dendritic Cell Preparation - Metadata, Device Creation - Metadata, Device Creation - Metadata, Device Imaging - Data Linked, Device Imaging - Data Linked, Device Imaging - Data Linked, Device Imaging - Metadata, Flow Cytometry - Data Linked, Flow Cytometry - Data Linked, Flow Cytometry Analysis - Data Linked, Flow Cytometry Analysis - Data Linked, Fluorescence-Activated Cell Sorting - Data Linked, Gene Expression Analysis - Data Linked, Gene Expression Analysis - Data Linked, Imaging Analysis - Data Attached, Imaging Analysis - Data Linked, Imaging Analysis - Data Linked, Imaging Analysis - Data Linked, Intravital Microscopy, Library Creation - Metadata, Library Prep - Metadata, Library Prep - Metadata, Live Cell Imaging - Data Linked, MVN Imaging Analysis - Data Linked, Mass Spectrometry Proteomics - Data Linked, Microfluidic Device Creation - Metadata, Microfluidic Device Creation - Metadata, Microfluidic Device Imaging - Data Linked, Microfluidic Network Formation - Metadata, Microfluidic Network Imaging - Data Linked, Microvascular Network Formation - Metadata, Migration Assay Analysis - Data Linked, Modeling - Data Linked, Modeling - Data Linked, Permeability Analysis - Data Linked, Proteomics Analysis - Data Linked, RNA Extraction - Metadata, RNA Extraction - Metadata, Real-time RT-PCR - Data Linked, Short Read Sequencing - Data Linked, Short Read Sequencing - Data Linked, Short Read Sequencing - Data Linked, Tumoroid Formation - Metadata
Marie Floryan, Elena Cambria, Adriana Blazeski, Mark F. Coughlin, Zhengpeng Wan, Giovanni Offeddu, Vinayak Vinayak, Aayush Kant, Vivek Shenoy, Roger D. Kamm
DOI:
Abstract: The incorporation of a functional perfusable microvascular network (MVN) is a common requirement for most organ on-chip-models. Long-term perfusion of MVNs is often required for the maturation of organ phenotypes and disease pathologies and to model the transport of cells and drugs entering ...
Submitter: Charles Demurjian
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Submitter: Charles Demurjian
Assay type: Experimental Assay Type
Technology type: Technology Type
Investigation: MetNet
