| Research |
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Advanced Materials Facilities
(G-LAM) |
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FACS Facility | |
Protein & Nucleic Acid (PAN) |
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Biofilm Laboratory | |
Functional Genomics Facility (SFGF) | |
Proteomic & Integrative Research Facility (SPIR) |
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Bioinformatics Resource Center | |
High Resolution Electron Microscope Facility for Biomedical Sciences | |
Stanford Center for Innovation and In Vivo Imaging |
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Carbohydrate Microarray Laboratory | |
High-Throughput Bioscience Center (HTBC) | |
Stanford Nanofabrication Facility (SNF) |
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Cell Sciences Imaging Facility (CSIF) | |
Human Immune Monitoring Center | |
Synchrotron Beamline |
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Center on Polymer Interfaces and Macromoleccular Assemblies (CPIMA) | |
Lucas Ctr for Magnetic Resonance Spectroscopy & Imaging | |
Tissue Bank (Pathology) |
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Cognitive Neuroscience Facility | |
Magnetic Resonance Laboratory (SMRL) | |
Transgenic Mouse |
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Data Coordinating Center (DCC) | |
Mass Spectrometry Laboratory | |
Veterinary Service Center (VSC) |
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Department of Surgery FACScan Center | |
Microbiology and Immunology Electron Microscope Facility | |
Visual Art Services |
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Developmental Biology Fly Facility | |
Parallel Computer Cluster |
| Name | Location | Web Site | Contact |
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| Advanced Materials Facilities (G-LAM) | McCullough and Annex | lam.stanford.edu/lab_fac.html | Various - check website under Laboratories/ Facilties |
 Description:
Support for collaborative research programs on
advanced materials. Facilities include scanning electron microscope
and scanning probe microscopy. |
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| Biofilm Laboratory | Terman B18 | www.stanford.edu/group/biofilm/ | Lori Howe (650)724-0655 |
| Description:
Campus wide research facility
for studies on microbial biofilms, housing an uprightZeiss LSM 510
confocal microscope. Upright scanhead and water immersion objectives
allow imaging of films without removal from growing media. |
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| Bioinformatics Resource Center | Beckman CMGM B062D | cmgm.stanford.edu | Lee Kozar (650)-725-4483 |
| Description:
Computer resources for biomedical
research at Stanford. Membership access to computer hardware; Mac,
PC, and UNIX software; consulting; and workshops. |
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| Carbohydrate Microarray Laboratory | Beckman B006, B011 | http://www.stanford.edu/~dwang1/ | Denong Wang (650)-723-7149 dwang1@stanford.edu |
| Description: Support for
collaborative research programs on glycan markers of microbes and human
cancers, their antibodies and cellular receptors, and immune responses to
carbohydrate antigens. |
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| Cell Sciences Imaging Facility (CSIF) | Beckman CMGM B050 | taltos.stanford.edu | Jon Mullholland (650)-725-7532 |
| Description:
Electron microscopy preparation
and imaging services: advanced fluorescence and electron microscopy
imaging, including confocal microscopy, 2-photon live cell imaging,
deconvolution wide field microscopy, transmission and scanning electron
microscopy. |
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| Center on Polymer Interfaces and Macromoleccular Assemblies (CPIMA) | Stranford (Stauffer III), IBM Almaden Research Center, UC Davis | www.stanford.edu/group/ CPIMA/facilities/ |
Kay Kanazawa (650) 723-7891 |
| Description:
CPIMA is dedicated to fundamental
research on interfaces found in systems containing polymers and
low molecular weight amphiphiles. |
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| Cognitive Neuroscience Facility | Jordan Hall, Lucas Center for MR Spectroscopy and Imaging, and 401 Welch Rd. | psych.stanford.edu/~Ecogneuro/ | Dave Paniitz (650) 725-2654 |
| Description:
Center provides state-of-the-art
scientific tools for researchers at Stanford studying human cognitive
neuroscience - how the brain supports perception, cognition, emotion,
and action, and how these brain-behavior relations are disrupted
in neurological and psychiatric diseases. |
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| Data Coordinating Center (DCC) | Redwood T138C / Sequoia 139 | www.stanford.edu/dept/HRP/biostatistics/staff.html staff only-web site in progress |
Balasubramanian Narasimhan (650) 725-6163 |
| Description:
Web based database management
and storage to facilitate School of Medicine research projects:
modern database management with data entry and access over the web;
establish and maintain scalable and evolving databases; develop
tools for the rapid prototyping of data forms; provide reliable
and secure environments for data transactions; provide access to
secondary databases; including links to publicly available databases. |
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| Department of Surgery FACScan Center (Transplant Surgery FACScan Service Center) | Medical School Lab Surge Building , (Lucas Center) P335 | www.stanford.edu/group/ TIL/FACScan.htm |
Sharon Dickow/Lab (650)725-7038 (650)725-6616 |
| Description:
Flow Cytometry: three fluorescence
detectors to read emission spectra from a variety of dyes, including
FITC, PE, CY5, propidium Iodide, and others. |
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| Developmental Biology Fly Facility (Fly Room, Fly Media Service Center) | Beckman B367 | galitz.stanford.edu | Todd Galitz (650)725-7659 |
| Description:
Fly food and media for various
School of Medicine labs: fly bottle; dextrose rack; molasses rack;
fly cage; small, medium , large, and xl caps; fly house collection;
seeded bottle. |
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| FACS Facility (Fluorescence Activated Cell Sorting Facility) | Beckman CMGM B016 | herzenberg.stanford.edu/facs/ | David Parks (650)-725-8463 |
| Description:
Multi-color fluorescence analysis
and cell sorting using high-speed laser-based instruments developed
at Stanford. |
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| Functional Genomics Facility (SFGF) | CCSR 0120 | microarray.org/sfgf/jsp/home.jsp | MIke Fero (650)736-2431 John Coller (650)736-1026 |
| Description:
High quality gene expression
microarrays: production support and analysis, bioinformatic support.
Products and services include: human and mouse microarrays, grade
"C" human and mouse microarrays, poly-l-lysine coated
glass, custom array printing, Agilent scan, array hybridization,
Biomek FX, Biomek FX programming, hybridization course, and Axon
scan. |
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| High Resolution Electron Microscope Facility for Biomedical Sciences | Sherman Fairchild | em.stanford.edu | Jack McMahan (650)723-7489 |
| Description:
Assists the Biomedical research
community in the study of a broad range of problems concerning cell
function and disease that require imaging at nanometer spatial resolution
using an FEI Technai G3 (Polara) electron microscope. Also provided
are specimen preparation equipment, sample quality for tomography
assessment using conventional electron microscopes, technical assistance
with data collection, training and assistance in the use of EM3D
software, and consultation for experimental design and data analysis. |
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| High-Throughput Bioscience Center (HTBC) | CCSR 0128 | htbc.stanford.edu/ | David Solow-Cordero (650) 725-6002 |
| Description:
Fully automated high-throughput screening (HTS) and high content screening of compound, genomic cDNA, and genomic siRNA libraries. Consultation and assistance for assay development, design, and analysis and for instrumentation training. Access to microplate based liquid handling equipment (SciClone ALH3000, Plate Washers, Reagent/Cells Dispensers), for plate replication, reformatting, reagent/cell dispensing and washing. Access to microplate based detection equipment (AnalystGT, Flexstation and Luminometer) for fluorescence (FP, HTRF, FI, FLIPR), luminescence, and absorbance reads. Access to automated microplate imaging equipment with the Axon ImageXpress. |
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| Human Immune Monitoring Center | CCSR Building 0125A | http://imc.stanford.edu | David L Hirschberg, PhD (650) 723-1671 |
| Description:
Analysis of clinical samples for a wide variety of immune markers and signs of infectious disease using current bead-based and array technologies, flow cytometry and mass spectrometry. |
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| Lucas Center for Magnetic Resonance Spectroscopy and Imaging (Lucas Center, MRSIC, Lucas MRS) | Lucas Center P162-168, P173-176,P021A-E,P128 | pichon.stanford.edu/research/Lucas_Center.html |
Anne Sawyer- (650)725-9697 |
| Description:
Apply magnetic resonance (MR)
technology to fundamental physiologic and patho-physiologic studies
involving animals and humans. Advance MR technology to improve health
and patient care. Provide educational opportunities in MR to researchers,
clinicians, and students. Serve the academic and industrial community.
Whole Body Imaging for humans and animals. Equipment includes: Signa
1.5 Tesla ,2 Tesla upgraded to 4.7 Tesla, Fluoro Suite, and Horizon
3 Tesla. |
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| Magnetic Resonance Laboratory (SMRL) | Fairchild D026, and Old Organic Chemistry Bldg.(Quad 7 Bldg 250) Rm. 101A,B,E. | smrl.stanford.edu/homepage.html |
Corey Liu (650)724-7445 |
| Description:
Nuclear Magnetic Resonance
(NMR) spectroscopy, instrumentation, and expertise. Primary Solution
State spectroscopy of bio-molecules - also including, but not limited
to, studies of polymers, minerals, soils, extracts. Equipment and
services include: 800MHz Varian Inova Spectrometer, 600MHz Varian
Inova Spectrometer, 500MHz Varian Inova Spectrometer, and staff
assistance/consultation. |
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| Mass Spectrometry Laboratory | Keck 328 | mass-spec.stanford.edu | Allis Chien (650)723-0710 |
| Description:
Stanford University Mass Spectrometry
(SUMS) offers state-of-the-art, user friendly MS resources on campus
to support researchers at Stanford and beyond. Capabilities include
routine analysis such as LC-MS/MS protein identification, mass determination
of small molecules and biopolymers, LC-MS, MSn, and high-resolution
MS, as well as custom proteomics, biomarker, and quantitation projects. |
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| Microbiology and Immunology Electron Microscope Facility (EM Service Center and Core Imaging Facility of DDC, Cell Imaging Core) | Fairchild D043B, and Palo Alto VA Bldg. 101 Rm. 4-115 | ddc.stanford.edu/Corefacilitieslinks/Cell_Imaging_Core.htm |
Nafisa Ghori (650)725-0636 |
| Description:
EM services: sample preparation;
electron microscopy, CM-12 electron microscope; transmission electron
microscopy negative staining; post-embedding immuno-electron microscopy;
photography; Immuno-cryo-electron microscopy. |
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| Parallel Computer Cluster (Computational Structural Biology) | Fairchild, D-109 | biosimulation.stanford.edu | Michael Levitt (650) 723-6800 |
| Description:
Consultation concerning research
that focuses on two complementary aspects of protein and nucleic
acid structure: simulation of molecular dynamics and prediction
of stable native structures. Calculations attempt to simulate atomic
motion in as accurate a manner as possible, explicitly including
solvent, counter-ions, full flexibility, and thermal motion. Prediction
of molecular structure attempts to build a three-dimensional model
of the macromolecule using available information. This work ranges
from the very difficult problem of protein folding from its amino
acid sequence to easier problems of side-chain positioning and homology
modeling. |
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| Protein and Nucleic Acid (PAN) | Beckman CMGM B065 | cmgm.stanford.edu/pan/ | Michael Eckart (650)723-1907 |
| Description:
Multifaceted biotechnology
support for basic science research: DNA sequencing and oligo synthesis;
protein sequencing and peptide synthesis; protein digestion and
HPLC analysis and mapping; mass spectrometry; capillary electrophoresis;
and microarray for gene expression analysis. |
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| Proteomic & Integrative Research Facility (SPIR) | Edwards R341 | spir.stanford.edu | Evelyn Wang (650)723-6592 |
| Description:
Based in the Department of
Pathology at the Stanford University School of Medicine, the facility
provides a fee for service component to support the needs of the
Stanford research community. In addition, the facility has a mandate
to promote research through collaborative projects spanning both
basic and clinical research efforts at Stanford. Services offered
encompass standard protein/peptide identification, identification
of protein complex components, identification of proteins in lysates,
etc. Services are provided in a packaged format and include
sample preparation, protein separation methods, and mass spectrometry
analysis. The approach is designed to meet the specific needs of
the researcher, so discussion prior to sample submission is required
to insure efficient workflow and optimal quality results. |
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| Stanford Center for Innovation and In Vivo Imaging | Clark Center, E150 | http://sci3.stanford.edu/ | Tim Doyle (650)724-8250 |
| Description:
The Stanford Center for Innovation in In Vivo Imaging (Sci^3) is a small animal imaging facility that allows non-invasive studies on animals such as mice and rats. In addition to instruments routinely used in the clinic, such as ultrasound, microCT, microPET, microSPECT/CT and MRI (each optimized for animal research), the facility also has instruments to investigate bio-distribution of molecular imaging probes such as GFP, fluorescent markers and bioluminescent proteins in these animals. In addition, full computer support and data archiving is provided to investigators. |
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| Stanford Nanofabrication Facility (SNF) | Paul Allen CIS Building | snf.stanford.edu | John Schott (650) 725-3715 |
| Description:
The Stanford Nanofabrication
Facility provides advanced nanofabrication equipment and expertise. |
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| Synchrotron Beamline Facility | SLAC | ssrl.slac.stanford.edu | Cathy Knotts (650) 926-3191 |
| Description:
National User Facility which
provides synchrotron radiation used to investigate various forms
of matter ranging from objects of atomic and molecular size to man-made
materials with unusual properties. X-ray, VUV, and Macromolecular
Crystallography beam time can be obtained. |
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| Tissue Bank (Pathology Tissue Bank) | 800 Welch Road, Rm 168 | tissuebank.stanford.edu | Jonathan Pollack (650)736-1987 |
| Description:
Service to Stanford researchers
by facilitating the collection, storage, distribution, and study
of human tissues. Services and products include: frozen tissue pickup,
frozen tissue from bank, H&E stained frozen section, and review
of slides. |
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| Transgenic Mouse Research Facility | CCSR 1210 | med.stanford.edu/transgenic/ | Yanru Chen (650)498-7604 |
| Description:
Mouse models for gene of interest:
transgenic mouse production; targeted ES cell clone production;
chimeric mouse production; sperm cryopreservation; in vitro fertilization.
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| Veterinary Service Center (VSC, formerly DLAM) | RAF 1 & 2 | med.stanford.edu/compmed/animal_care/ |
Reese Zazio (650)725-3882 |
| Description:
Service aspects of the department
which assure that all use of animals is humane and complies with
all relevant policies and legal requirements. The functions of the
VSC include: procurement of animals for research and teaching;
provision of veterinary care; provision of animal husbandry services;
oversight of animal holding facilities; provision of special services
that facilitate animal research. |
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| Visual Art Services (Instructual Media, VAS) | MSOB X100 | www.stanford.edu/dept/VAS/ | Jim Day (650)723-5401 |
| Description:
Services for photography; medical photography;
graphic publication and illustration; electronic imaging and scanning;
graphic design and illustration; business cards. |
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