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Service Cores
Indiana CTSI Research Service Cores and Resources
IU Indianapolis
Biochemical Genetics Laboratory
Our laboratory provides clinically validated liquid chromatography tandem mass spectrometry testing for researchers interested in quantifying metabolites in a wide range of biospecimens with a particular focus on amino acid, organic acid, and acylcarnitine analyses.
Notre Dame
Biophysics Instrumentation Core (BIC) Facility
The BIC Facility offers sophisticated instrumentation dedicated to characterizing biomolecular conformations and interactions, as well as equipment for the isolation and purification of macromolecules for subsequent detailed biophysical analysis.
IU Indianapolis
Biostatistics and Health Data Science Core
The Biostatistics and Health Data Science Core collaborates with investigators in the planning, statistical design, data management, and analysis of health related clinical, laboratory and epidemiological research projects. Grant development assistance is provided without charge.
IU Bloomington
Biostatistics Consulting Center
The Biostatistics Consulting Center provides study design and data analysis for health-related research, including study design, grant or protocol development, sample size and power calculations, data management, data analysis, and scientific writing. Support can range from hourly support on a short-term project to including a biostatistician on a long-term grant collaboration.
IU Indianapolis
Chemical Genomics Core Facility
The CGCF is located in the Van Nuys Medical Science Building in Indianapolis. The core is equipped with five hoods for chemical synthesis, a microwave reactor, a parallel synthesizer and preparative HPLCs, LC-QTOF and 600 MHz NMR; a collection of 227,680 diversified small molecules, CRISPR libraries, liquid handling, assay detection and cell image systems.
IU Indianapolis
Clinical Pharmacology Analytical Core (CPAC)
The Clinical Pharmacology Analytical core provides drug and metabolite concentrations from a variety of biological matrices such as (but not limited to): plasma, urine, CSF, and tissue using HPLC-MS/MS. Additional services include protein binding of drugs, formulation studies, drug stability, drug metabolism, and metabolite screening.
IU Bloomington
Electron Microscopy Center (IUB-EMC)
The IU Bloomington Electron Microscopy Center (IUB-EMC) provides equipment, services and expertise for biological and material science electron microscopy.
Purdue University
Histology Research Laboratory (HRL)
The Histology Research Laboratory is a full service histology laboratory that provides general histology, immunohistochemistry, frozen sectioning, decalcified and undecalcified bone histology, and slide digitization services. Board certified veterinary pathologists are also available for consultation.
IU Indianapolis
Immunohistochemistry Research Lab (IHC Research Lab)
The Immunohistochemistry Research Lab specializes in assisting researchers with histologic and immunohistochemical labeling of cells or tissue sections as well as collaborations with surgical pathologists.
IU Indianapolis
Islet and Physiology Core
The Islet and Physiology Core of the Center for Diabetes and Metabolic Diseases provides investigators with the capability to obtain high quality rodent pancreatic islets for study. The Core also provides services for islet transplantation and will assist investigators who wish to perform immunohistochemistry, immunofluorescence, and/or analysis of beta cell mass on whole pancreata from mouse and rat models.
IU Indianapolis
IU School of Medicine Center for Electron Microscopy (iCEM)
The Indiana University School of Medicine Electron Microscopy Center is a full service research laboratory providing both Transmission and Scanning Electron Microscopy. The service provided can apply both traditional methods and recent technical developments to suit the investigator’s needs.
Notre Dame
Keck Center for Transgene Research (resources)
Unique research resources available for collaboration
IU Bloomington
Laboratory for Biological Mass Spectrometry (LBMS)
The LBMS uses mass spectrometry to characterize proteins as well as other biologically-derived molecules. It specializes in the characterization of protein post-translational modifications, including glycosylation, phosphorylation, acetylation and persulfidation (S-sulfhydration). We also have an emphasis on identification of protein-interactions (including determination of protein-protein crosslinks) and quantitative comparisons of complex samples.
IU Bloomington
Macromolecular Crystallography Facility Integrated with the Crystallization Automation Facility (MCF/CAF)
The Macromolecular X-ray Crystallography Facility provides all resources for Crystal Screening and Optimization, Data Collection and Structure Determination of macromolecules.
Notre Dame
Mass Spectrometry and Proteomics Facility
Analysis of large and small molecules using several ionization methods, low or high resolution, hyphenated techniques, proteomics, and metabolomics.
IU Bloomington
Mass Spectrometry Facility
The Indiana University Mass Spectrometry Facility (MSF) provides qualitative and quantitative small molecule mass spectrometry data. It also confirms chemical formulae of novel compounds by accurate mass spectrometry.
Purdue University
Metabolite Profiling Facility (MPF)
The Metabolite Profiling Facility (MPF) provides both qualitative (comparative analysis) and quantitative (absolute concentrations) metabolite chemical analysis in complex biological systems.
IU Bloomington
Oxidative Stress and Environmental Analysis Core
The Oxidative Stress Environmental Analysis Core laboratory has established a number of measurements for assessing oxidative stress and damage in a variety of biological samples with excellent accuracy and reproducibly using state of the art LC-MSMS, GC, and PCR equipment.
Purdue University
Proteomics Facility
The Purdue Proteomics Facility provides chromatography, mass spectrometry and bioinformatic resources for the research communities on campus and beyond for protein characterization. These services include protein identification, relative and absolute quantitation, mapping post-translational modifications, and discovering new protein complexes and protein-protein interactions from a wide variety of sample types such as gel bands, cell or tissue lysates, and plasma or …