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Browser-based research platform for life-science labs providing microscopy image analysis, flow cytometry, molecular biology tools, sample tracking, and publication ready figures in one connected workspace.
Software R package to estimate individuals ploidy, aneuploidy and large-scale CNV based on genetic markers. Provides functions for estimating copy number variation (CNV) in individuals using allele intensities or allele count data from high-throughput genotyping platforms, including single nucleotide polymorphism (SNP) arrays and sequencing-based technologies. Provides functions for visualizing results and exporting CNV calls in VCF format.
Software package that takes DArTag Missing Allele Discovery Count (MADC) files with sequential allele IDs and matches the short sequence reads against the current public microhaplotype database. If no match is found, the new allele is appended to the microhaplotype database and assigned a new unique fixed allele ID. If a match is found for an allele already in the microhaplotype database, the sequential allele ID is renamed with the unique fixed allele ID. The output file is an MADC file with globally unique fixed allele IDs.
Core offers proteomics, metabolomics, and lipidomics services.Core specialises in working with precious and low-input samples including single-cell proteomics, deep visual proteomics from FFPE tissue, and integrated multiomics from a single sample. Every project is supported from experimental design through to full bioinformatic analysis and biological interpretation.Proteomics: from bulk expression to single-cell and spatial resolution. Metabolomics: precise identification and isotope tracing of metabolic pathways.Lipidomics: high-accuracy profiling of cellular lipid landscapes and signalling. Speciality: Spatial, Single-Cell and Integrated Multiomics: proteins, metabolites and lipids from the same precious sample.
Core offers services including iPSC reprogramming from blood and skin, iPSC edits, iPSC quality controls, AAV production, lentiviral production, mRNA production, CRISPR design and troubleshooting, consultations on all of the above, courses and training.
Core provides advanced technologies and expert support to study cellular and whole-organism metabolism. The core offers instrumentation for measuring mitochondrial function, metabolic flux, energy expenditure, and metabolite profiling, along with consultation, training, and data acquisition services.
Database contains reference brain atlases for many insect species, neuron morphology when available, repository for published anatomical data, etc. Provides insect neuroanatomical and functional data.
Software Python package and command-line tool for merging, comparing, and translating genome-scale metabolic models.
Benchtop centrifugal evaporator used in laboratories to remove solvents from samples. It is used in drug discovery, chemistry, and life science research to concentrate liquids or dry samples completely without damaging them.
Software R package to quantify the activity of signatures of chromosomal instability from absolute copy number profiles. Used to quantifying copy number signatures from absolute copy number profiles.
Software application as implementation of ASCAT allowing generation of CNV profiles from single cell and short coverage sequencing data.
Software toolbox (FMUT) is an extension to David Groppe’s Mass Univariate ERP Toolbox (MUT). MUT implements t-tests for several different mass univariate approaches to the analysis of ERP data. FMUT adds to this by implementing one-way and factorial ANOVA versions of the same mass univariate approaches.
Equipment capable of producing the proper negative phase and secondary shock patterns of a free field explosion. Stumptown Research & Development, LLC is licensed as the sole manufacturer of the Advanced Blast Simulator (Patent US20130042665A1) which represents the state of the art in blast wave generation.The ABS is fully customizable to meet any experimental needs including biomedical research and structural testing. The design can be modified to fit within your existing laboratory allowing for repeatable, accurate results in a controlled environment.
Touch Imager for western blot imaging. Contact Chemiluminescence Imaging Device.
Core is a specialized, FDA-registered Good Manufacturing Practice (GMP) facility. It functions as a translational hub to turn scientific breakthroughs into active Cell and Gene Therapies (CGTs) for cancer and other diseases. Services include customized, clinical-grade cellular products for patient trials, including CAR T-cells, dendritic cell vaccines, tumor-infiltrating lymphocytes (TILs), and stem cells.
Core services include conception, execution and evaluation of functional magnetic resonance imaging studies, fMRI, and positron emission tomography studies, PET. Provides expertise in performance of functional imaging studies.
Free online resource for data mining of genomic and functional data from these kinetoplastid parasites and is part of the VEuPathDB Bioinformatics Resource Center. Integrates functional genome scale datasets (e.g. transcript expression, protein expression, genetic variation data) and information predicted from automated bioinformatics pipelines and from manual curation. Provides a user friendly web interface and a number of tools and functions for users to conduct in silico experiments to ask questions and generate hypotheses. Researchers can also contribute their expertise via the User Comments form and Apollo annotation platform, and utilize cloud-based workspace to analyze their own data.
High-speed, modular benchtop microplate reader used in biological, chemical, and pharmaceutical research. It measures physical, chemical, or biological events within samples arrayed on microtiter plates (from 1 to 3,456 wells)
Advanced X-ray Photoelectron Spectrometer (XPS) to determine the chemical composition and bonding states of the very outermost surface of a material (the top 10 nm). XPS depth profiling can be performed to determine elemental composition and chemical bonding information for layers below the surface. Relative atomic concentration percentages can be determined with a sensitivity of 0.1 to 1 atomic % for Li and heavier elements. The analysis is carried out in an ultrahigh vacuum system (~10-9 Torr/10-7 Pa or better). It serves researchers from a variety of fields including materials science and engineering, Electronics and Semiconductors, Energy Storage & Conversion, Catalysis & Petrochemicals and Polymer & Surface Engineering. Features: Large area XPS analysis with high sensitivity and faster acquisition times. Parallel XPS imaging from 10 mm2 to 200?m2 with 1?m ultimate spatial resolution. Pre-defined small spot analysis with the smallest diameter 15 ?m. XPS Depth-profiling and Angle-Resolved analysis. Dual monochromatic Al/Ag source with a high-energy resolution (Al K-alpha 1486.6eV & Ag L-alpha 2984.2eV, line width 0.48eV on Ag 3d5/2 and 0.408eV on Si 2p3/2). A Minibeam 6 Arn+ cluster ion gun for relative depth profiling and sputtering cleaning. Multi-Technique Capability: ultraviolet photoelectron spectroscopy (UPS), ion scattering spectroscopy (ISS), and reflection electron energy loss spectroscopy (REELS).
Malvern PANalytical Aeris Research Edition powder diffractometer is advanced, compact X-ray powder diffractometer (XRD) used to analyze the crystal structure, phase composition, and atomic spacing of materials. Unlike traditional, room-sized lab systems, it is a streamlined benchtop instrument that delivers high-end analytical performance. Provides materials analysis solutions for your powder diffraction needs: operates at 600W (15mA and 40kV) fast Pixel3D 2 dimensional detector 6 sample automatic sample changer high-resolution expansion pack for improved resolution at low angles 2" diameter sample holders adjustable detector parameter for fluorescing samples pattern optimization