NCI PhysicalSciences(@NCIPhySci) 's Twitter Profile Photo

The Cancer Tissue Engineering Collaborative ( ) Program of National Cancer Institute supports the development and characterization of state-of-the-art biomimetic technologies for . cancer.gov/about-nci/orga…

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Manish Aghi, MD PhD(@ManishKAghi) 's Twitter Profile Photo

Thank you to for supporting and highlighting our work. We look forward to continuing to leverage techniques with detailed single cell resolution to define the stromal make up of the GBM microenvironment in order to develop insights with translational potential.

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NCI Systems Biology(@NCIsysbio) 's Twitter Profile Photo

Junior investigators (grad students, postdocs, & early faculty) can register to attend . This meeting of , , , , , , , , & will be Aug. 17-18. events.cancer.gov/dcb/ji-meeting…

Junior investigators (grad students, postdocs, & early faculty) can register to attend #NCIJI2023. This meeting of #BDSTEP, #CCBIR, #NCICSBC, #NCIIMAT, #NCIITCR, #NCIMetNet, #NCIPDMC, #PSON, #NCISynBio & #CancerTEC will be Aug. 17-18. events.cancer.gov/dcb/ji-meeting…
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Manish Aghi, MD PhD(@ManishKAghi) 's Twitter Profile Photo

Thank you to NCI PhysicalSciences for funding the exciting collaborative study between my lab and Kumar Lab, UC Berkeley described in this preprint in which we unlock the links between GBM invasion and metabolism.

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NCI Division of Cancer Biology(@NCICancerBio) 's Twitter Profile Photo

: Jane Miglo UIC Pharmacy, a junior investigator, won a presentation award for her poster showing how a device reveals the effects of ovulatory secretions on pre-malignant lesions.

#NCIJI2023: @JMiglo @UICPharm, a #CancerTEC junior investigator, won a presentation award for her poster showing how a #microfluidic device reveals the effects of ovulatory secretions on pre-malignant lesions.
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NCI PhysicalSciences(@NCIPhySci) 's Twitter Profile Photo

Learn more about National Cancer Institute Cancer Tissue Engineering Collaborative ( ) that supports research projects enabling biomimetic technologies for cancer research: grants.nih.gov/grants/guide/p…

Learn more about @theNCI Cancer Tissue Engineering Collaborative (#CancerTEC) #FundingOpportunity that supports research projects enabling biomimetic #TissueEngineered technologies for cancer research: grants.nih.gov/grants/guide/p…
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rmky(@rmsky13) 's Twitter Profile Photo

: Currently, at NCI Exhibit Booth #809, Dr. Steven Becker NCI Division of Cancer Biology is holding a Meet-the-Experts session on Cancer Tissue Engineering Collaborative ( ) and Opportunities for Biomaterials Research. cancer.gov/news-events/ev….

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NCI PhysicalSciences(@NCIPhySci) 's Twitter Profile Photo

Learn more about National Cancer Institute Cancer Tissue Engineering Collaborative ( ) that supports research projects enabling biomimetic technologies for : grants.nih.gov/grants/guide/p…

Learn more about @theNCI Cancer Tissue Engineering Collaborative (#CancerTEC) #FundingOpportunity that supports research projects enabling biomimetic #TissueEngineered technologies for #CancerResearch: grants.nih.gov/grants/guide/p…
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Kumar Lab, UC Berkeley(@kumarlabucb) 's Twitter Profile Photo

Thank you NCI PhysicalSciences and for supporting and highlighting our work! Our collaboration with Manish Aghi, MD PhD and lab has been absolutely transformative (and a real pleasure) and led us in directions we never would have gone on our own. Feedback welcome, more to come...

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NCI PhysicalSciences(@NCIPhySci) 's Twitter Profile Photo

Researchers University of Illinois are generating models of the fallopian-ovarian interaction to examine key aspects of tumor initiation and progression in high grade serous ( ). cancer.gov/about-nci/orga…

Researchers @Illinois_Alma #CancerTEC are generating models of the fallopian-ovarian interaction to examine key aspects of tumor initiation and progression in high grade serous #OvarianCancer (#HGSOC). cancer.gov/about-nci/orga…
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NCI Division of Cancer Biology(@NCICancerBio) 's Twitter Profile Photo

Dr. Pamela Kreeger (@PamKreeger) UW–Madison uses engineering-based approaches and experimental models to investigate mechanisms of high-grade serous ( ) progression. kreegerlab.org AwarenessMonth

Dr. Pamela Kreeger (@PamKreeger) @UWMadison uses engineering-based approaches and experimental models to investigate mechanisms of high-grade serous #OvarianCancer (#HGSOC) progression. kreegerlab.org #OCAMChat23 #CancerTEC #OvarianCancerAwarenessMonth
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IOTN Moonshot(@IOTNmoonshot) 's Twitter Profile Photo

Today's Chair Dr. Alan Hutson @amherst73 and Dr. Lillian Kuo NCI Division of Cancer Biology provided updates on the network and National Cancer Institute. Dr. Steven Becker NCI Division of Cancer Biology presented an overview of the NCI Cancer Tissue Engineering Collaborative 👉t.ly/ecUWx .

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NCI PhysicalSciences(@NCIPhySci) 's Twitter Profile Photo

The Cancer Complexity Knowledge Portal is a resource which provides data, research, methods, and publications from NCI Division of Cancer Biology research programs: cancercomplexity.synapse.org

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NCI Division of Cancer Biology(@NCICancerBio) 's Twitter Profile Photo

DYK that the Cancer Complexity Knowledge Portal contains the latest available resources generated through research programs? cancercomplexity.synapse.org

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