Simple requests for facility use, such as methods development, single-instrument characterizations or simple modeling needs, will be submitted as a Service/Sample Request. Service/Sample Requests are intended to lead to Project Proposals. Your Project Advocate can help you determine the proper request mechanism.
If you already have a Project Advocate and have discussed your needs with that person proceed to the “Request GlycoMIP Scientific Services” section below. If you have not yet spoken with anyone about working with GlycoMIP, you can contact us and we will connect you with a Project Advocate, a faculty member with subject expertise, who will guide you through the process.
A Project Advocate will be assigned to all GlycoMIP user projects. A subject matter expert, the Project Advocate will work directly with users to develop feasible Service/Sample Requests and Project Proposals. The Project Advocate will guide the user throughout the duration of the project.
Project Advocates are designated GlycoMIP Leadership Team members, GlycoMIP faculty members or Scientific Staff members. To begin the process, you will need to contact us.
Request GlycoMIP Scientific Services
Following a discussion with your Project Advocate to determine if you need a Service/Sample Request or Project Proposal, submit an application using the link below.
All scientific services will be charged for consumable supplies required to complete the work. Estimates of the cost of consumable supplies will be provided by the Project Advocate and agreed upon by the user prior to the start of work. Significant deviations from estimates will be communicated by the Project Advocate, and approved by the user before work can continue.
For non-proprietary, US-based research, use of GlycoMIP resources and reasonable staff time are not charged fees, with the exception of the cost of consumables. Additional fees may apply for the use of synergistic services (i.e., University Core Services) at VT or UGA and will be communicated by the Project Advocate.
Service/Sample Requests and Project Proposals in support of proprietary research, as well as requests from international users, will be charged full fees as established by the site performing the work: The Controller’s Office at VT and/or the Office of the Comptroller at UGA.
Virginia Tech Rates
|Service||Instrument||Description of Services Offered||Internal Hourly Rates||External Hourly Rates|
|Synthesis||Glyconeers||Synthesis of discrete oligosaccharides from a solid support. The products have either a “free” reducing end or a primary amine for direct conjugation.||$20.00||$43.00|
|Synthesis||Biotage Selekt||Purification and separation of materials using flash-column chromatography.||$47.00||$76.00|
|Synthesis||Vapourtec Flow Chemistry||Continuous flow reactions, useful for the automated synthesis of materials.||$20||$33|
|Synthesis||Vapourtec Flow Chemistry with in-line Raman spectrometer||Continuous flow reactions, useful for the automated synthesis of materials; the in-line Raman spectrometer allows for real-time reaction progress monitoring||$20.27||$34.76|
|Characterization||Ultra High Frequency Sonicator||C-6 oxidation of mono- and oligosaccharides||$11.00||$18.00|
|Synthesis||Reversed-phase HPLC||Purification and separation of polar materials using aqueous solvents.||$20.00||$37.00|
|Synthesis||Normal-phase HPLC||Purification and separation of non-polar materials using organic solvents.||$25.00||$45.00|
|Characterization||Nicoya openSPR||Provides kinetics of binding interaction between a single ligand and analyte; requires ligand immobilization.||$65.00||$108.00|
|Characterization||Nicoya alto SPR||High-throughput kinetics of binding interactions; requires ligand immobilization.||$35.00||$56.00|
|Characterization||Microscale Thermophoresis (MST)||Provides thermodynamics of binding interactions between a single ligand and analyte; requires the use of a fluorescent tag.||$61.00||$98.00|
|Characterization||Anton Paar MCR302 Rheometer||Analysis of the viscoelastic properties of liquids and gels; geometries include concentric cylinder, cone-and-plate, and double gap.||$25.00||$46.00|
|Characterization||Anton Paar Viscometer||Provides dynamic viscosity measurements of low-viscosity samples (e.g. liquids, oils, gels, etc.)||$7.00||$11.00|
|Characterization||Chiral IR||Provides infrared and VCD spectra, as well as enantiomeric excess determination; requires the use of deuterated solvents or KBr pelletization||$8.00||$17.00|
|Characterization||Chiral Raman||Provides Raman and ROA spectra, as well as enantiomeric excess determination||$8.00||$18.00|
|Characterization||HTX MALDI Sprayer||Automates the process of sample preparation for MALDI and MALDI imaging||$44.00||$76.00|
|Characterization||Bruker MALDI-TOF||MALDI-based high resolution mass spectrometry (HRMS) with ion mobility||$42.00||$114.00|
|Characterization||UPLC – Mass specrometry||Chromatographic separations combined with electrospray ionization (HRMS with ion mobility)||$56.00||$138.00|
|Characterization||Size Exclusion Chromatography|
|Molar mass and size determination of polymers including Mn, Mw, and radius of gyration in either aqueous or organic solvents using a RI and 8-angle MALS detector||$33.00||$65.00|
University of Georgia Rates – Coming Soon!
Downloads, Resources and Instructions
GlycoMIP Policy Acceptance Agreement – Non-proprietary
GlycoMIP Service Agreement for Proprietary and/or International Work – VT Only
GlycoMIP Service Agreement for Proprietary and/or International Work – UGA Only
GlycoMIP Service/Sample Request SOW TEMPLATE
Project Proposal TEMPLATE
Project Proposal INSTRUCTIONS
Review Criteria (External Reviewers)
Final GlycoMIP Service Report_TEMPLATE
Tutorials, Training and Information Videos
Tutorials and Instrument Informational Videos
Training documents – Coming soon
On-site User Resources
How to acknowledge GlycoMIP
Both the GlycoMIP name and award number (DMR-1933525) must be acknowledged in all publications, presentations, websites, press releases, etc., generated or resulting from research or services by GlycoMIP user facilities, whether in person or remotely. Examples of acceptable acknowledgments include:
This work was supported by GlycoMIP, a National Science Foundation Materials Innovation Platform funded through Cooperative Agreement DMR-1933525.
The (samples/data/model/etc.) used in this study (was/were) provided by GlycoMIP, a National Science Foundation Materials Innovation Platform funded through Cooperative Agreement DMR-1933525.
The authors wish to acknowledge the contributions of (name(s)) in the (synthesis/preparation/characterization/analysis) of (samples/date/model/etc.) provided by GlycoMIP, a National Science Foundation Materials Innovation Platform funded through Cooperative Agreement DMR-1933525.