Grice Laboratory (CSH-016)

Summary 🟡 ~

• Owner Unit: College of Science and Health
• Sub-unit: Chemistry and Biochemistry
• Content Type: center
• Campus/Location: Lincoln Park (McGowan South 321C)
• Last Verified: June 13, 2026

Description & capabilities

Faculty inorganic and bioinorganic chemistry research group studying metal-catalyzed CO₂ conversion, enzyme-targeted metal complexes, and platinum C–H functionalization. Techniques include organic/inorganic synthesis, multinuclear NMR, IR and UV-Vis spectroscopy, electrochemistry, and computational chemistry.

Access status

• Level: yellow (Negotiated Access)
• Rationale: Grice Lab faculty profile documents McGowan South location and instrumentation; access through chemistry research affiliation.
• Access URL: www.depaul.edu/faculty/kyle-a-grice
• Contact name: Kyle A. Grice
• Contact email: kgrice1@depaul.edu
• Verification date: 2026-06-13
• Source URLs:
• www.depaul.edu/faculty/kyle-a-grice
• sites.google.com/site/drkyleagrice

Verification

• Status: likely (~)
• Confidence: 80/100
• Rationale: Faculty-profile-anchored Grice Lab with published location and methods.
• Last verified: 2026-06-13
• Evidence:
• DePaul faculty profile snapshot (sources/inbox/2026-06-13-kyle-grice-faculty-profile-2) — McGowan South 321C and instrumentation techniques
• PUB-009 electrocatalysis publication (method alignment)

Equipment

Find this resource from the Equipment catalog or site search (e.g. “3D printers”, “laser cutter”, “NMR”).

Category	Specific equipment
NMR	Multinuclear NMR (¹H, ¹¹B, ¹³C, ¹⁹F, ³¹P) spectroscopy
Spectrometers	IR and UV-Vis spectroscopy; electrochemical methods

Source: Grice DePaul faculty profile snapshot (June 2026). Last verified: July 29, 2026.

Contacts (resource-level)

• Website: Kyle A. Grice — DePaul faculty profile
• Website: Grice group research site

Last verified: June 13, 2026.

People & contacts

Named contacts from the people registry when publicly documented.

• Kyle A. Grice (Faculty lead) — kgrice1@depaul.edu · Profile
• Caitlin E. Karver (Affiliated faculty) — ckarver@depaul.edu · Profile

Source URL

Official links and email are listed under Contacts above.

Documented Relationships

Inorganic chemistry research group using shared McGowan core instrumentation (CSH-001).

Linked Relationship IDs

• CSH-001 - Chemistry Core Instrumentation & Machine Shop
• CSH-003 - Environmental Science & Chemistry Building (McGowan)
• CSH-017 - Karver Laboratory

Documented connections

Generated from publication↔resource and person↔publication registries. Superscript numbers open Sources below. Multiple sources on one claim are grouped as ^1,4. Grant links are listed on publication and grant pages.

Publications

• Methane Generation from CO2 with a Molecular Rhenium Catalyst (2021) — documented, demonstrates capability · DOI¹
• Structural, computational, docking and biological studies of a triaminopyrimidine caspase-1 inhibitor (2024) — documented, documents collaboration · DOI²

Related facilities

• Karver Laboratory — shared documented publication(s): PUB-014²

People on linked publications

• Kyle A. Grice (coauthor; PUB-009)¹
• Caitlin E. Karver (coauthor; PUB-014)²

Sources

1. Grice faculty profile lists electrochemical and spectroscopic methods (bulk electrolysis, NMR, IR, UV-Vis) for McGowan South 321C inorganic chemistry research; paper methods align with profile techniques. Archived source retained by Resource Map maintainers. View current source
2. Karver faculty profile lists Kyle A. Grice and Caitlin E. Karver as coauthors, J. Mol. Struct. 2024; documents Grice↔Karver collaboration (no explicit facility acknowledgment). Archived source retained by Resource Map maintainers. View current source

Notes

Faculty-profile-anchored lab resource (June 2026). Collaborates with Karver Lab ([CSH-017](../CSH/CSH-017.md)) on caspase inhibitor work — coauthored caspase-1 inhibitor structural study (PUB-014, Structural, computational, docking and biological studies of a triaminopyrimidine caspase-1 inhibitor, J. Mol. Struct. 2024; DOI).

Electrocatalysis methods listed above are reflected in coauthored work (PUB-009, Methane Generation from CO₂ with a Molecular Rhenium Catalyst); this publication–resource association is inferred from method alignment, not an explicit facility acknowledgment.

Selected publications (DePaul faculty profile; DOIs verified via Crossref): PUB-035 (HDAC8 / 8-hydroxyquinoline coordination); PUB-036 (platinum(II) phosphite complexes); PUB-009 (linked above). Person–publication links only unless explicit facility acknowledgment exists.