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Policies Cancellation/No-show Due to the heavy use of our microscopes, we require that if you have to cancel your session, you do so at least 12 hours before the scheduled start time. If you cannot connect to the scheduler or are within the 12-hour window, please contact us . Failure to cancel will result in an invoice for the entire scheduled duration. Data backup and management We are not responsible for your data and our computers are not intended for storage, only for data acquisition! Data

Research Opportunities within the Pediatric Core of UT Southwestern's Cyclotron and Radiochemistry Program.

Photo Gallery Click image to view full version - Rendering of frontal mouse brain section Mouse brain; frontal sectioning. 3-color dataset was acquired on Zeiss LSM980 with AiryScan2 and AI sample finder; Objective: Plan-Apochromat 25x/0.8 oil immersion. Top: Overview. Right side: raw data, Middle: raw data + overlay; Left: overlay - Imaris spot detection for red/blue channels and surface detection for green channel. Bottom: zoom-in. Image properties: 735 stitched tiles; pixel size: 0.124 x

Equipment, Fees & Services QLMC's hourly rates are determined by operational costs and don't cover the purchase of new equipment. This allows for competitive pricing. Hourly rates for external users are listed here . Questions? Marcel.Mettlen@utsouthwestern.edu us. Equipment Location Hourly rate* Confocal Microscopes Nikon CSU-W1 dual camera inverted spinning disk confocal with 2 cameras NL5.120R $40** Nikon CSU-W1 SoRa inverted spinning disk confocal with super-resolution and FRAP modules

The Cyclotron's Research Radiochemistry Laboratory develops new imaging radiotracers and implements standard operating procedures for the research use of radiotracers.

Determination of Intracellular Compound Concentrations Occasionally large differences in compound potency in biochemical versus cell-based assays are noted. While protein binding may account for some of this discrepancy, we have on occasion noted differences in the extent to which different compounds accumulate inside of cells or the extent to which the same compound accumulates in different cells (1). We have developed an intracellular compound accumulation assay to measure the amount of

Photo Gallery Solar Eclipse 2024 Biochemistry Retreat 2024 Michael's Graduation 2024 Monthly Lab Lunch 2024 Escape Room 2022 Christmas gingerbread house Zoom party 2020 Lab photo March 2020 Christmas 2018 Summer 2018 BBQ UTSW 75 year celebration Christmas 2017 Request Services Register or Log in to iLabs Note that new projects require consultation with the Core Director and completion of the Compound Submission Form . Related Links Department of Biochemistry Research Labs iLabs Webpage Back-to

Dr. Daniela Nicastro has stepped down as Director of the Cryo-EM Facility at UT Southwestern.

Nikon Widefield Epi-scope (NL5.120R) Inverted Nikon EclipseTi with high-quality optics for widefield epifluorescence in fixed and live cells Motorized xy-stage for multi-point acquisition and tiling. Perfect Focus System to keep your sample in focus Excitation filters centered around 350, 405, 445, 488, 514, 555 and 645 nm 10x, 20x, 40x, 60x and 100x objectives with phase or DIC available Andor Zyla 5.5 sCMOS with large 2560x2160px field of view for fluorescence Teledyne Infinity3-6UR color

Subcutaneous Human Tumor Xenografts The Preclinical Pharmacology Core has data and experience with testing efficacy of compounds in a modest number of human tumor cell lines implanted as subcutaneous xenografts. Please inquire for availability of data with your cell line of interest. New models will be developed upon demand. Request Services Register or Log in to iLabs Note that new projects require consultation with the Core Director and completion of the Compound Submission Form . Related