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Light Microscopy Digital Imaging

$62,614P30FY2024CANIH

Beckman Research Institute/City Of Hope, Duarte CA

Investigators

Linked publications, trials & patents

Trial NCT07664670Trial NCT07664579Trial NCT07650656Trial NCT07628894Trial NCT07619599Trial NCT07612085Trial NCT07611370Trial NCT07608627Trial NCT07608458Trial NCT07608445Trial NCT07595874Trial NCT07590583Trial NCT07583810Trial NCT07583303Trial NCT07582172Trial NCT07582159Trial NCT07578077Trial NCT07578025Trial NCT07544992Trial NCT07365306Trial NCT07363408Trial NCT07293403Trial NCT07288034Trial NCT07278856Trial NCT07275216Trial NCT07271355Trial NCT07235501Trial NCT07226544Trial NCT07226102Trial NCT07225855Trial NCT07225738Trial NCT07220447Trial NCT07219147Trial NCT07218913Trial NCT07218718Trial NCT07218692Trial NCT07218510Trial NCT07210086Trial NCT07202247Trial NCT07184294Trial NCT07136493Trial NCT07133997Trial NCT07128680Trial NCT07126301Trial NCT07125729Trial NCT07042438Trial NCT07040982Trial NCT07037004Trial NCT07025564Trial NCT07025538Trial NCT07020533Trial NCT07003100Trial NCT06996119Trial NCT06985784Trial NCT06954831Trial NCT06922604Trial NCT06918431Trial NCT06910761Trial NCT06860815Trial NCT06859008Trial NCT06834126Trial NCT06815029Trial NCT06815003Trial NCT06780787Trial NCT06763341Trial NCT06763328Trial NCT06735690Trial NCT06735664Trial NCT06731894Trial NCT06675136Trial NCT06675123Trial NCT06672224Trial NCT06626256Trial NCT06625619Trial NCT06581211Trial NCT06580015Trial NCT06575725Trial NCT06575686Trial NCT06575296Trial NCT06572631Trial NCT06572618Trial NCT06572605Trial NCT06549478Trial NCT06543381Trial NCT06538389Trial NCT06500377Trial NCT06498973Trial NCT06454409Trial NCT06454383Trial NCT06453044Trial NCT06447987Trial NCT06440850Trial NCT06408220Trial NCT06399419Trial NCT06328621Trial NCT06287944Trial NCT06260033Trial NCT06249282Trial NCT06196008Trial NCT06195891

Abstract

Abstract Light Microcopy & Digital Imaging (LMDI-SR) Light microscopy and digital imaging is integral to COHCCC’s research mission. The LMDI-SR provides a wide range of instruments that allow investigators to image numerous sample types in a variety of carriers such as slides, well plates, culture dishes, and live animals. Specific Aims for LMDI-SR: Aim 1. Provide support for COHCCC Members requiring expertise in light microscopy and digital image protocols. Aim 2. Acquisition of imaging data for principal investigators. Aim 3. Provide sophisticated image analysis and image presentation techniques to investigators. The LMDI-SR has 8 widefield microscope systems that have imaging capabilities in brightfield, fluorescence, differential interference contrast, phase contrast, and structured illumination (Apotome). The LMDI-SR has 5 systems that provide live-cell imaging services that include precise temperature control and CO2 delivery and a system that allows imaging under hypoxic conditions. The Zeiss confocal microscope systems (LSM700, LSM880, LSM900) are the most advanced available and are equipped with Airyscan super-resolution detectors that can increase the resolution and signal to noise ratio two-fold over confocal imaging. The LMDI-SR has two systems capable of 2-photon intra-vital imaging in live mice and rats. The Leica LMD7000 enables researchers to collect laser microdissected samples from slide mounted tissues, as well as live cells, which in turn can then be further analyzed via next generation sequencing, PCR, or mass spectrometry. The LMDI-SR has added the Fluidigm Hyperion imaging mass cytometer to its services providing sophisticated multiparameter imaging data by ablating metal tagged antibodies from tissue samples. The LMDI-SR is directed by Dr Brian Armstrong who has extensive experience in light microscopic imaging and analysis and is supported by a highly trained staff (2 FTEs). The user base has access to the shared resource through iLab. In addition to extensive project-specific practical imaging training users also receive instruction in safety and the ethical collection of scientific imaging data. The LMDI-SR provides several professional software programs such as Image Pro Premier, AMIRA, Imaris, Autoquant, and Visiopharm that can be used to analyze and quantify imaging data, and the staff are well versed in the proper methods for handling large and complicated imaging data sets. Members Utilization by %Revenue 2017–21: 83.8 Total (25.7 MCBC, 10.1 DCT, 13.11 CI, 34.1 HM, 0.8 CCPS) Publications by Members: 103, 39 with Impact Factor >10 Grants Supported: 143 Total (6 ACS, 8 CIRM, 8 DoD, 3 LLS, 64 NCI of 111 NIH (83 R01, 6 U01))

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