Analytical Imaging Facility

$260,381P30FY2024CANIH

Albert Einstein College Of Medicine, Bronx NY

Investigators

Linked publications, trials & patents

Paper 39499645 Paper 39392861 Paper 39378878 Paper 39332920 Paper 39259591 Paper 39207105 Paper 39193906 Paper 39127153 Paper 39081315 Paper 39028768 Paper 39025270 Paper 38902475 Paper 38898085 Paper 38896451 Paper 38863869 Paper 38778498 Paper 38753503 Paper 38717519 Paper 38700353 Paper 38699331 Paper 38679747 Paper 38657656 Paper 38645169 Paper 38643166 Paper 38608634 Paper 38597673 Paper 38571760 Paper 38565851 Paper 38559037 Paper 38477945 Paper 38463959 Paper 38458178 Paper 38436133 Paper 38405931 Paper 38402617 Paper 38400039 Paper 38387080 Paper 38352476 Paper 38334805 Trial NCT05016622 Trial NCT04514484 Trial NCT04401670 Trial NCT03648983 Trial NCT02774291 Trial NCT02649569 Trial NCT02578888 Trial NCT02575872 Trial NCT02527304 Trial NCT02507076 Trial NCT02382419 Trial NCT02277561 Trial NCT02112552 Trial NCT02073968 Trial NCT02038153 Trial NCT02009436 Trial NCT01958580 Trial NCT01939210 Trial NCT01899326 Trial NCT01899261 Trial NCT01897454 Trial NCT01897441 Trial NCT01857271 Trial NCT01772420 Trial NCT01697293 Trial NCT01695941 Trial NCT01605032 Trial NCT01408160 Trial NCT01367301 Trial NCT01351909 Trial NCT01319539 Trial NCT01231906 Trial NCT01145430 Trial NCT01142401 Trial NCT01061606 Trial NCT01041027 Trial NCT01001910 Trial NCT00950365 Trial NCT00470301 Trial NCT00450944 Trial NCT00437034 Trial NCT00392353 Trial NCT00324740 Trial NCT00182767 Trial NCT00179348 Trial NCT00121251 Trial NCT00096317 Trial NCT00066638 Trial NCT00057863 Trial NCT00055692 Trial NCT00030706 Trial NCT00019474 Trial NCT00004864 Trial NCT00004863 Trial NCT00003867 Trial NCT00002461 Patent 9671391 Patent 7709613 Patent 6821725 Patent 6013468 Patent 5876979

Abstract

Program Director/Principal Investigator (Last, First, Middle): Chu, Edward ANALYTICAL IMAGING FACILITY - PROJECT SUMMARY/ABSTRACT The Analytical Imaging Facility (AIF) is a comprehensive shared resource that offers a broad spectrum of imaging technologies to MECC investigators for both pre-clinical experimental and clinical samples. The AIF also provides a comprehensive, expert, and cost-effective histology and histochemistry service, including tissue fixation and processing, paraffin and frozen embedding and sectioning, standard and specialized histochemical stains, enzyme histochemistry, and immunohistochemistry/immunofluorescence. In addition, AIF supports translational studies and has a designated microtome for cutting fresh-frozen human samples for research, as well a high-throughput automated slide stainer for uniform processing and staining of patient samples from clinical cohorts in the Translational Pathology Core (TPC), which is a service of the AIF. Analysis and digital quantitation of histology slides is possible using a high-speed, high-capacity automatic slide scanner. Imaging services include brightfield, epi-fluorescence, confocal, multiphoton, super-resolution (STORM & SIM), transmission and scanning electron microscopy (TEM & SEM), cryoTEM, cryoSEM, electron tomography, correlative light and electron microscopy (CLEM), and quantitative image analysis. Finally, AIF provides in vivo MRI, CT, PET, and SPECT analysis of tissue metabolism, oxidative changes, and tumor dissemination, scalable from mouse models to humans. The overall aim of AIF is to provide the most up-to-date sample preparation and imaging resources for a wide range of basic and translational cancer-relevant studies, and to deliver these services in the most convenient and cost-effective manner possible. In addition, the AIF focuses on providing training of users at all levels of expertise in imaging and image analysis techniques. OMB No. 0925-0001/0002 (Rev. 03/2020 Approved Through 02/28/2023) Page

View original record on NIH RePORTER →