UPDDI Core Facilities and Equipment

Discovery Technology

The UPDDI occupies a 7400 sq. ft. space on the 4th floor of the Pittsburgh Technology Center (PTC) building located at 700 Technology Drive within the Pittsburgh Technology Center development.

  • Individual wet laboratories containing facilities to propagate a wide variety of mammalian, insect and yeast cells:
    • A dedicated Liver Microphysiology Laboratory with capabilities to run over 80 devices at a time
    • A High Content Imaging facility featuring 5 state of the art imaging platforms
    • A dedicated High Content Screening facility equipped with tissue culture and liquid handling capabilities
    • Additional space to fully support our wide array of research activities
  • Automated liquid handling systems:
    • Two bulk liquid dispensers
    • Two compound dilution and transfer systems
  • Detection instruments enabling running every kind of assay:
    • Multimode plate readers
      • Absorbance
      • Luminescence
  • Fluorescence intensity, time-resolved fluorescence, fluorescence polarization
    • Automated high-content microscope imaging platforms
    • Two Etaluma automated, incubated microscopes for online, long term monitoring of live cells in microfluidic devices
    • Two Olympus IX50 microscopes equipped with epiflouorescence and monochrome/color CCD cameras (video capable)

Analysis of large and complex data sets is handled through a variety of LIMS and HTS/HCS analysis software on data servers hosted at UPitt’s secure, state of the art Network Operations Center (NOC) with 24/7 monitoring and redundant power and cooling systems. Active data are backup up daily and static data archived semiannually. The servers are connected via a state-of-the-art network.



A unique resource at the UPDDI is the BioSystics Analytics Platform (BioSystics-APTM), formerly the Microphysiology Systems Database (MPS-Db), which enables the design, execution, interpretation and management of studies in microfluidic organ models.  BioSystics-APTM aggregated data set includes public domain data, patient data, and data from patient-derived in vitro physiological systems and animal models.  Users can augment these data with private data to use the existing BioSystics’ models or port their own computational models to the platform to simulate and predict physiological responses to a drug or drug combination and ultimately the response of a patient in a clinical trial.  The platform also supports learning as users can incorporate data from a model into new models. The BioSystics Analytics Platform is a first step toward making the use of patient digital twins routine in the pharmaceutical and health science industries.


Chemistry/Medicinal Chemistry Facility

UPDDI has access to chemistry and medicinal chemistry laboratories through the University of Pittsburgh School of Pharmacy. The available equipment and facilities allow UPDDI access to non-GLP pharmaceutically relevant compounds from milligram to multi-gram scale.

Computational Biology and Chemistry

An important aspect of the new vision for drug discovery at the UPDDI is the permeation of computational tools for integrating omics data, inferring disease mechanisms, identifying targets, analyzing drug-target interactions and developing strategies to advance novel chemical series. In addition to the UPDDI’s internal resources, we have access to computational facilities in the Department of Computational and Systems Biology (DCSB), the Center for Research Computing (CRC), and the Pittsburgh Supercomputing Center (PSC).

The available DCSB hardware includes nearly 3200 CPU cores in a 139 node cluster with 11 TB memory and 411 TB storage, as well as a cluster of 121 GPUs.

The CRC maintains 4 CPU clusters with 12000 CPU cores total, and 1 GPU cluster containing 102 total GPU cores.

The PSC houses three supercomputers, including Bridges and Anton, a dedicated molecular dynamics supercomputer built by D. E. Shaw Research.

Through these resources, our researchers have access to a wide range of free and licensed scientific software, including NAMD, GROMACS, Amber, Gaussian, Matlab and tools from OpenEye and Schrodinger. The Health Sciences Library System additionally provides access to biomedical analysis tools, such as Qiagen’s CLC and Ingenuity suites.


Zebrafish Facility

The University of Pittsburgh School of Medicine’s aquatics research facility is one of the largest in the world. It occupies 4,600 sq. ft. of floor space on the 5th floor of the BST3, holds 11,000 fish tanks in its main system and 480 tanks in its quarantine system, and can maintain 500,000 adult zebrafish. The main system consists of two independent 5,500-tank systems with automated water filtration. Three independent light control chambers enable alternative photoperiods. Automated monitoring equipment regulates pH, conductivity, and temperature of the water in the system. A 282 net sq. ft. injection room holds six injection apparatus within the facility. This allows up to six researchers to simultaneously perform microinjection on zebrafish embryos, an important aspect in the establishment of transgenic lines. In addition, there are seven fluorescent and bright-field, high-end, stereomicroscopes for visualizing and documenting transgenic reporter expression, and for screening chemically treated embryos. All veterinary and husbandry care is provided by veterinarians and supporting personnel in the Division of Laboratory Animal Resources (DLAR), which is overseen by the University Institutional Animal Care and Use Committee, and complies with the Animal Welfare Act, NIH policies, and all other applicable federal, state, and local laws. Animal facilities at the University of Pittsburgh have been fully accredited by the American Association for Accreditation of Laboratory Animal Care (AAALAC) since 1971, and the International Association for the Assessment and Accreditation of Laboratory Animal Care.


Preclinical Resources

The combined resources available for preclinical studies are listed below.

In vitro

The equipment available for in vitro/ex vivo work includes: analytical balances, microcentrifuges, table top centrifuges, (fluorescent) microscopes, laminar flow hoods, CO2 incubators, shaking water baths, liquid nitrogen storage for cells, refrigerators, freezers, gel electrophoresis, microplate readers, pH meters, Z1 Coulter counter, light box, and access to the shared use equipment within Hillman Cancer Center which includes: liquid scintillation counters, gamma counters, X-ray film developers, Molecular Dynamics Densitometer, ultracentrifuges, autoclaving and glass washing services, Tecan Safire and Licor Odyssey, etc.

In vivo

The Division of Laboratory Animal Resources University of Pittsburgh maintains the animal care facilities at the Hillman Cancer Center, Basic Research Pavilion, and is fully accredited by the American Association for Accreditation of Laboratory Animal Care. Within the Central Animal Facility, Dr. Beumer has a dedicated laboratory (G11.8) and fully equipped animal procedure room (G11.9), as well as an animal housing room (G11.28a) capable of handling 1500 rodents at any time.


Analytical equipment available for preclinical research includes a Perkin-Elmer model AAnalyst 600 Atomic Absorption spectrometer, two regular HPLC UV systems with dual wavelength, photo-diode-array, fluorescence detector, and one HPLC system with UV and radioactivity detection, four Waters QuattroMicro triple stage mass spectrometers, and two Applied Biosystems 4000 triple-quadrupoles. All mass spectrometric detectors are supplied with high purity nitrogen generated by a Parker Balston nitrogen generator model 75-880, supplied with compressed air by a Copto air-compressor located in the basement of Hillman Cancer Center.


Major equipment at the UPDDI

  • 7 tissue culture hoods
  • 14 CO2tissue culture incubators
  • Multiple perfusion pumps with capabilities to run up to 80 microphysiological devices at a time
  • Multimode plate readers
    • Molecular Devices SpectraMax M5 and M5E
    • FlexStation 3 kinetic reader
    • Perkin Elmer EnVision
  • High content imaging platforms
    • Perkin-Elmer Opera Phenix Plus high resolution 3D imaging system with dual cameras, FLEX 750 robotic plate::handler™, and liquid handling capabilities
    • Perkin-Elmer Operetta CLS System, both with Harmony software for image acquisition and analysis, and the Columbus database software for image processing and data management
    • GE Healthcare IN Cell 6000 laser based confocal system with environmental control for live cell analysis
    • GE Heathcare IN Cell 2200 wide field HCS system
    • ArrayScan VTi wide-field system integrated with a Caliper Twister II plate handler
  • Microscopes
    • Two Olympus IX50 microscopes equipped with epifluorescence and monochrome/color CCD cameras (video capable)
    • Two Leica DM IL inverted phase contrast microscopes
    • Two cell culture microscopes
  • Robotic liquid handling systems for bulk delivery of reagents or cells
    • Thermo Scientific Multidrop Combi
    • Biotek Microflo
  • Automated compound dilution and transfer systems
    • Janus MDT
    • Velocity 11 Bravo
  • BioTek plate washer for washing cells in 96- and 384-well plates.

List of UPDDI analysis software

  • Two IDBS ActivityBase™ LIMS with Chemistry Selection Assistants, and Protocol Transfer Assistants seats
  • Two IDBS SARview seats
  • Three licenses for the IN Cell Investigator HCS software
  • Two Cellomics platinum packages of Bio-Application image analysis algorithms
  • Four vHCS™ Discovery Toolbox licenses and four vHCS™ View licenses
  • 6 Spotfire® data visualization licenses
  • MetaXpress and Acuity site licenses
  • A Definiens image intelligence suite for custom image analysis including one developer, one architect, and two Cellenger licenses


 List of UPDDI servers

The information systems are comprised of Twenty-one servers, including:

  • A scalable Dell Compellent Storage Center SC4020 solution as the central data warehouse with 72 TB formatted storage, upgradeable to 408 TB without any major configuration change
  • A scalable EMC CX300 Storage Area Network (SAN) solution with 36 TB formatted storage
  • Two Dell PowerEdge (PE) R720 servers with 128 GB memory, dual Intel Xeon E5 processors and 12 TB local storage for virtualization of workstations and servers
  • two Dell PE 2850 Windows file servers with 8 GB memory and two Dual Core 2.8 GHz CPUs
  • A PE R720 server with 16 GB memory, dual Intel Xeon E5 processors and 25 TB storage to host the GE IN Cell Miner database
  • A PE 2850 Oracle Database and IDBS ActivityBaseÔ LIMS server with 8 GB memory and two Dual Core 2.8GHz CPUs
  • Two Dell PE2950 servers with 16 & 4 GB memory and two Dual Core 2.8GHz CPUs with MS SQLServer 2008 to house the ArrayScan® VTI and ArrayScan II Cellomics StoreÔ databases
  • A PE 2850 server with 8 GB memory and two Dual Core 2.8GHz CPUs with MS-SQLServer 2008 to house the Molecular Devices MDCStore database
  • A high-performance Dell 2950 application server with four analysis engines and two high-speed dual quad-core CPUs to house the Definiens image intelligence suite.
  • A Dell PE R730 server with dual 2.1 GHz Intel Xeon processors, 32 GB memory, and 32 TB of disk space dedicated to the MPS-Db.

UPDDI also has a state-of-the-art VMware Cluster, with VMware VCenter running VMware vSphere 6 (ESXi 6.70)  using two Dell PowerEdge R440,  with Xeon  2.60 GHzCPUs,  64 GB of RAM as compute nodes,  to host Virtual servers,  providing high availability,  redundancy and failover