> **Read-only Derived View.** Generated from the approved Resource Map repository. Corrections and new materials should be submitted through the intake workflow — this tool does not modify the knowledge base.


# Query report: NMR

_Repository commit: `a524e5a8189bdd8a94af40837ded0c8c9ac47405`_

_Search combines keywords with meaning-based matching._

## Top matches

| Title | Kind | Sources | Connections |
| --- | --- | --- | --- |
| [Incorporating High-Field NMR Spectroscopy Throughout the Undergraduate Chemistry](https://depaul-resource-map.org/resources/GRA/GRA-975/) | Grant | Partial | [See connections](https://depaul-resource-map.org/explore/map?entity=GRA-975&depth=1) |
| [NMR](https://depaul-resource-map.org/equipment-index/#nmr) | Equipment | Strong | [See connections](https://depaul-resource-map.org/explore/map?entity=nmr&depth=1) |
| [Grice Laboratory](https://depaul-resource-map.org/resources/CSH/CSH-016/) | Place or program | Partial | [See connections](https://depaul-resource-map.org/explore/map?entity=CSH-016&depth=1) |
| [Chemistry Core Instrumentation & Machine Shop](https://depaul-resource-map.org/resources/CSH/CSH-001/) | Place or program | Limited | [See connections](https://depaul-resource-map.org/explore/map?entity=CSH-001&depth=1) |
| [Synthesis and Evaluation of Unnatural HPAA, Norcoclaurine, and Tyramine Analogue](https://depaul-resource-map.org/resources/PUB/PUB-131/) | Publication | Strong | [See connections](https://depaul-resource-map.org/explore/map?entity=PUB-131&depth=1) |
| [Environmental Science & Chemistry Building (McGowan)](https://depaul-resource-map.org/resources/CSH/CSH-003/) | Place or program | Limited | [See connections](https://depaul-resource-map.org/explore/map?entity=CSH-003&depth=1) |
| [UV-Vis and Fluorescence Studies of Zinc Enzyme Active Site Mimics and Their Bind](https://depaul-resource-map.org/resources/PUB/PUB-133/) | Publication | Strong | [See connections](https://depaul-resource-map.org/explore/map?entity=PUB-133&depth=1) |
| [BIOPHYSICAL CHEMISTRY](https://depaul-resource-map.org/resources/CUR/CUR-206/) | Course | Partial | [See connections](https://depaul-resource-map.org/explore/map?entity=CUR-206&depth=1) |
| [Art School Facilities](https://depaul-resource-map.org/resources/ART/ART-001/) | Place or program | Limited | [See connections](https://depaul-resource-map.org/explore/map?entity=ART-001&depth=1) |
| [Electrochemical Studies of Organic and Organometallic Compounds in the Pursuit o](https://depaul-resource-map.org/resources/PUB/PUB-135/) | Publication | Strong | [See connections](https://depaul-resource-map.org/explore/map?entity=PUB-135&depth=1) |
| [Art School Student Resources](https://depaul-resource-map.org/resources/ART/ART-002/) | Place or program | Limited | [See connections](https://depaul-resource-map.org/explore/map?entity=ART-002&depth=1) |
| [Synthesis and Evaluation of Unnatural HPAA, Norcoclaurine, and Tyramine Analogue](https://depaul-resource-map.org/resources/PUB/PUB-131/) | Place or program | Strong | [See connections](https://depaul-resource-map.org/explore/map?entity=PUB-131&depth=1) |
| [Printmaking & Sculpture Studios](https://depaul-resource-map.org/resources/ART/ART-003/) | Place or program | Limited | [See connections](https://depaul-resource-map.org/explore/map?entity=ART-003&depth=1) |
| [Electrochemical Studies of Organic and Organometallic Compounds in the Pursuit o](https://depaul-resource-map.org/resources/PUB/PUB-135/) | Place or program | Strong | [See connections](https://depaul-resource-map.org/explore/map?entity=PUB-135&depth=1) |
| [Art School Photography & Digital Labs](https://depaul-resource-map.org/resources/ART/ART-004/) | Place or program | Limited | [See connections](https://depaul-resource-map.org/explore/map?entity=ART-004&depth=1) |
| [Synthesis and Analysis of Novel Copolymers of Ring-Substituted 2-Phenyl-1, 1-dic](https://depaul-resource-map.org/resources/PUB/PUB-130/) | Publication | Strong | [See connections](https://depaul-resource-map.org/explore/map?entity=PUB-130&depth=1) |
| [Idea Realization Lab (IRL Loop/IRL2)](https://depaul-resource-map.org/resources/CDM/CDM-001/) | Place or program | Limited | [See connections](https://depaul-resource-map.org/explore/map?entity=CDM-001&depth=1) |
| [Synthesis, characterization, computational studies, and reactivity of platinum(I](https://depaul-resource-map.org/resources/PUB/PUB-036/) | Place or program | Strong | [See connections](https://depaul-resource-map.org/explore/map?entity=PUB-036&depth=1) |
| [Print Lab](https://depaul-resource-map.org/resources/CDM/CDM-002/) | Place or program | Limited | [See connections](https://depaul-resource-map.org/explore/map?entity=CDM-002&depth=1) |
| [Förster Resonance Energy Transfer Investigations of the Structure of the Immunog](https://depaul-resource-map.org/resources/PUB/PUB-129/) | Publication | Strong | [See connections](https://depaul-resource-map.org/explore/map?entity=PUB-129&depth=1) |
| [Jarvis Student Center for Innovation & Collaboration](https://depaul-resource-map.org/resources/CDM/CDM-003/) | Place or program | Limited | [See connections](https://depaul-resource-map.org/explore/map?entity=CDM-003&depth=1) |
| [CyberLabs](https://depaul-resource-map.org/resources/CDM/CDM-004/) | Place or program | Limited | [See connections](https://depaul-resource-map.org/explore/map?entity=CDM-004&depth=1) |
| [Synthesis, characterization, computational studies, and reactivity of platinum(I](https://depaul-resource-map.org/resources/PUB/PUB-036/) | Publication | Strong | [See connections](https://depaul-resource-map.org/explore/map?entity=PUB-036&depth=1) |
| [Robotic Assisted Locomotion (RAL) Lab](https://depaul-resource-map.org/resources/CDM/CDM-006/) | Place or program | Limited | [See connections](https://depaul-resource-map.org/explore/map?entity=CDM-006&depth=1) |

## Documented relationships

- **CSH-001** —grant_resource→ **GRA-975** (*documented*): NSF-supported high-field NMR spectroscopy throughout the undergraduate chemistry curriculum.[^1]
- **CSH-001** —resource_equipment→ **nmr** (*documented*): CSH chemistry facilities — instrumentation and machine shop pages (May 2026)[^2]
- **CSH-016** —resource_equipment→ **nmr** (*documented*): Grice DePaul faculty profile snapshot (June 2026)[^3]
- **CSH-003** —resource_equipment→ **nmr** (*documented*): McGowan Environmental Science and Chemistry building (May 2026)[^4]
- **csh** —ownership→ **CSH-016** (*documented*): No single documented director; unit-level fallback from prefix CSH. Owner Unit metadata: College of Science and Health.[^3]
- **CSH-016** —person_resource→ **PER-074** (*documented*): Coauthored caspase-1 inhibitor structural study with Grice group (J. Mol. Struct. 2024).[^5]
- **CSH-016** —person_resource→ **PER-100** (*documented*): Grice Lab — Office McGowan South 321C; techniques include NMR, IR, UV-Vis, electrochemistry, and computational chemistry (DePaul faculty profile snapshot, June 2026).[^3]
- **CSH-016** —grant_resource→ **GRA-033** (*documented*): Awarded URC Paid Leave to chemistry faculty PI; Grice Lab McGowan South 321C[^6]
- **CSH-016** —publication_resource→ **PUB-009** (*documented*): Grice faculty profile lists electrochemical and spectroscopic methods (bulk electrolysis, NMR, IR, UV-Vis) for McGowan South 321C inorganic chemistry research; paper methods align [^7]
- **CSH-016** —publication_resource→ **PUB-014** (*documented*): 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).[^8]
- **CSH-016** —resource_equipment→ **spectrometry** (*documented*): Grice DePaul faculty profile snapshot (June 2026)[^3]
- **csh** —ownership→ **CSH-001** (*documented*): Unit-level ownership (csh); former person owner PER-074 is a rotating department/school head, not a facility operator. Prior evidence: Caitlin E. Karver, Ph.D. Associate Professor [^9]
- **CSH-001** —person_resource→ **PER-097** (*documented*): Shared McGowan core instrumentation supports chemistry, physics, environmental science, and adjacent engineering workflows.[^9]
- **CSH-001** —person_resource→ **PER-099** (*documented*): McGowan Biological Sciences complex links tissue culture, animal care, and communal microscopy used by biology research groups.[^9]
- **CSH-001** —person_resource→ **PER-100** (*documented*): Shared McGowan core instrumentation supports chemistry research workflows.[^9]
- **CSH-001** —person_resource→ **PER-104** (*documented*): Shared McGowan core instrumentation supports chemistry teaching and research laboratories.[^9]
- **CSH-001** —person_resource→ **PER-111** (*documented*): Shared McGowan core instrumentation supports chemistry research workflows.[^9]
- **CSH-001** —person_resource→ **PER-117** (*documented*): Niedziela lab — optical properties and spectroscopy of tropospheric aerosols; McGowan-South 100D; uses shared chemistry instrumentation (instrumental analysis, experimental physica[^10]
- **CSH-001** —publication_resource→ **PUB-129** (*documented*): Biochemistry lab McGowan South room 220; Thermocycler Pro S in the prep room.[^11]
- **CSH-001** —publication_resource→ **PUB-130** (*documented*): using Bruker Avance 300 MHz spectrometer.[^12]
- **CSH-001** —publication_resource→ **PUB-131** (*documented*): 1H and 19F NMR spectroscopy were performed using a Bruker Avance 300 MHz NMR spectrometer.[^13]
- **CSH-001** —publication_resource→ **PUB-132** (*documented*): spectra were obtained from a Bruker Avance 300 MHz spectrometer.[^14]
- **CSH-001** —publication_resource→ **PUB-133** (*documented*): All NMR spectra were collected using a Bruker Avance 300 MHz NMR.[^15]
- **CSH-001** —publication_resource→ **PUB-134** (*documented*): analyzed using a Bruker Avance 300 MHz spectrometer.[^16]
- **CSH-001** —publication_resource→ **PUB-135** (*documented*): Bruker Ascend 400 MHz NMR with an Avance Neo console and Bruker TopSpin 4.0.7 software.[^17]
- **CSH-001** —publication_resource→ **PUB-136** (*documented*): ambient temperature with a Bruker Avance 400 MHz spectrometer.[^18]
- **CSH-001** —resource_equipment→ **spectrometry** (*documented*): CSH chemistry facilities — instrumentation and machine shop pages (May 2026)[^2]
- **CSH-001** —resource_equipment→ **chromatography** (*documented*): CSH chemistry facilities — instrumentation and machine shop pages (May 2026)[^2]
- **CSH-001** —resource_equipment→ **lab-sample-processing** (*documented*): CSH chemistry facilities — instrumentation and machine shop pages (May 2026)[^2]
- **CSH-001** —resource_equipment→ **gloveboxes** (*documented*): CSH chemistry facilities — instrumentation and machine shop pages (May 2026)[^2]
- **CSH-001** —resource_equipment→ **tissue-culture** (*documented*): CSH chemistry facilities — instrumentation and machine shop pages (May 2026)[^2]
- **CSH-001** —resource_equipment→ **materials-testing** (*documented*): CSH chemistry facilities — instrumentation and machine shop pages (May 2026)[^2]
- **CSH-001** —resource_equipment→ **sterilization** (*documented*): CSH chemistry facilities — instrumentation and machine shop pages (May 2026)[^2]
- **CSH-001** —resource_equipment→ **thin-film-deposition** (*documented*): CSH chemistry facilities — instrumentation and machine shop pages (May 2026)[^2]
- **CSH-001** —resource_equipment→ **pcr-thermal-cycling** (*documented*): CSH chemistry facilities — instrumentation and machine shop pages (May 2026)[^2]
- **CSH-001** —resource_equipment→ **lab-ovens** (*documented*): CSH chemistry facilities — instrumentation and machine shop pages (May 2026)[^2]
- **CSH-001** —resource_equipment→ **machine-shop-drilling** (*documented*): CSH chemistry facilities — instrumentation and machine shop pages (May 2026)[^2]
- **CSH-001** —resource_equipment→ **machine-shop-grinding** (*documented*): CSH chemistry facilities — instrumentation and machine shop pages (May 2026)[^2]
- **CSH-001** —resource_equipment→ **machine-shop-lathing** (*documented*): CSH chemistry facilities — instrumentation and machine shop pages (May 2026)[^2]
- **CSH-001** —resource_equipment→ **machine-shop-milling** (*documented*): CSH chemistry facilities — instrumentation and machine shop pages (May 2026)[^2]
- **CSH-001** —resource_equipment→ **machine-shop-sawing** (*documented*): CSH chemistry facilities — instrumentation and machine shop pages (May 2026)[^2]
- **csh** —ownership→ **CSH-003** (*documented*): Unit-level ownership (csh); former person owner PER-074 is a rotating department/school head, not a facility operator. Prior evidence: Caitlin E. Karver, Ph.D. Associate Professor [^9]
- **CSH-003** —person_resource→ **PER-097** (*documented*): McGowan South building infrastructure shared by environmental science research groups.[^9]
- **CSH-003** —person_resource→ **PER-098** (*documented*): STEM Center Hub located in McGowan South Suite 403 (CSH-003 building aggregate).[^19]
- **CSH-003** —person_resource→ **PER-100** (*documented*): Shared McGowan core instrumentation supports chemistry, physics, environmental science, and adjacent engineering workflows.[^9]
- **CSH-003** —person_resource→ **PER-104** (*documented*): McGowan South building infrastructure shared by chemistry research groups.[^9]
- **CSH-003** —person_resource→ **PER-117** (*documented*): McGowan-South office and atmospheric-chemistry research within CSH McGowan complex (CSH-003 building aggregate).[^10]
- **CSH-003** —peer_connection→ **EXT-016** (*documented*): DePaul Chemistry and IIT Chemical Engineering joint program; ICE-subject courses bridge DePaul chemistry curriculum with IIT chemical engineering degree requirements.[^20]
- **CSH-003** —resource_equipment→ **spectrometry** (*documented*): McGowan Environmental Science and Chemistry building (May 2026)[^4]
- **CSH-003** —resource_equipment→ **chromatography** (*documented*): McGowan Environmental Science and Chemistry building (May 2026)[^4]
- **CSH-003** —resource_equipment→ **machine-shop-milling** (*documented*): McGowan Environmental Science and Chemistry building (May 2026)[^4]

## Details

### Synthesis and Evaluation of Unnatural HPAA, Norcoclaurine, and Tyramine Analogues
- [See connections](https://depaul-resource-map.org/explore/map?entity=PUB-131&depth=1)
- [View connection map](https://depaul-resource-map.org/explore/map?entity=PUB-131&depth=1)
- **Sources:**
  - Synthesis and Evaluation of Unnatural HPAA, Norcoclaurine, and Tyramine Analogues[^13]

### NMR
- [See connections](https://depaul-resource-map.org/explore/map?entity=nmr&depth=1)
- [View connection map](https://depaul-resource-map.org/explore/map?entity=nmr&depth=1)
- **Documented locations (equipment catalog):**
  - **[CSH-001](https://depaul-resource-map.org/resources/CSH/CSH-001/)** — Chemistry Core Instrumentation & Machine Shop (access: yellow; campus: Lincoln Park): Bruker 300 MHz NMR spectrometer (McGowan-South 329); Nanalysis NMReady 60P benchtop NMR (McGowan-South 329)
  - **[CSH-003](https://depaul-resource-map.org/resources/CSH/CSH-003/)** — Environmental Science & Chemistry Building (McGowan) (access: yellow; campus: Lincoln Park): 300 MHz NMR (McGowan-South)
  - **[CSH-016](https://depaul-resource-map.org/resources/CSH/CSH-016/)** — Grice Laboratory (access: yellow; campus: Lincoln Park (McGowan South 321C)): Multinuclear NMR (¹H, ¹¹B, ¹³C, ¹⁹F, ³¹P) spectroscopy

### Electrochemical Studies of Organic and Organometallic Compounds in the Pursuit of Electrocatalytic Carbon Dioxide Reduction
- [See connections](https://depaul-resource-map.org/explore/map?entity=PUB-135&depth=1)
- [View connection map](https://depaul-resource-map.org/explore/map?entity=PUB-135&depth=1)
- **Sources:**
  - Electrochemical Studies of Organic and Organometallic Compounds in the Pursuit of Electrocatalytic Carbon Dioxide Reduction[^17]

### Synthesis, characterization, computational studies, and reactivity of platinum(II) complexes of alkyl phosphite ligands
- [See connections](https://depaul-resource-map.org/explore/map?entity=PUB-036&depth=1)
- [View connection map](https://depaul-resource-map.org/explore/map?entity=PUB-036&depth=1)
- **Sources:**
  - Synthesis, characterization, computational studies, and reactivity of platinum(II) complexes of alkyl phosphite ligands[^21]

### Grice Laboratory
- [See connections](https://depaul-resource-map.org/explore/map?entity=CSH-016&depth=1)
- [View connection map](https://depaul-resource-map.org/explore/map?entity=CSH-016&depth=1)
- **Summary:** 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.
- **Campus/location:** Lincoln Park (McGowan South 321C)
- **Access level:** yellow
- **Access notes:** Grice Lab faculty profile documents McGowan South location and instrumentation; access through chemistry research affiliation.
- **Access URL:** https://www.depaul.edu/faculty/kyle-a-grice
- **Contact:** Kyle A. Grice (kgrice1@depaul.edu)
- **Equipment at this resource:**
  - NMR: Multinuclear NMR (¹H, ¹¹B, ¹³C, ¹⁹F, ³¹P) spectroscopy
  - Spectrometers: IR and UV-Vis spectroscopy; electrochemical methods

### Chemistry Core Instrumentation & Machine Shop
- [See connections](https://depaul-resource-map.org/explore/map?entity=CSH-001&depth=1)
- [View connection map](https://depaul-resource-map.org/explore/map?entity=CSH-001&depth=1)
- **Summary:** Core analytical instrumentation on McGowan-South third floor (general instruments in shared core labs; specialized instruments in faculty research labs) plus a department machine shop for custom apparatus fabrication and repair. Free in-house consultation for the DePaul community.
- **Campus/location:** Lincoln Park
- **Access level:** yellow
- **Access notes:** Chemistry instrumentation page states research students may use research-grade instruments, with general core labs and specialized equipment in faculty labs; no public self-service booking policy for all DePaul users.
- **Access URL:** https://csh.depaul.edu/academics/departments-schools/chemistry/facilities/instrumentation
- **Contact:** CSH front desk (CSHFrontDesk@depaul.edu)
- **Equipment at this resource:**
  - Spectrometers: Varian AA240FS Atomic Absorption Spectrometer (McGowan-South 324); Varian SPECTR AA-200 Atomic Absorption Spectrometer (McGowan-South 324); Cary Eclipse fluorescence spectrometer (McGowan-South 324); Thermo Fisher NanoDrop 3300 (McGowan-South 310); ABB FT-IR FTLA 2000 (McGowan-South 324); ABB FT-IR MB 3000 (McGowan-South 328); ABB FT-IR MB 160D (McGowan-South 315); Bomem DA3.02 high-resolution FT-IR (McGowan-South 315); Varian Cary 50 UV-Vis Spectrometer (McGowan-South 220 and 311); Beckman Coulter DU 730 UV-Vis (McGowan-South 220); Thermo Fisher NanoDrop 1000 (McGowan-South 310); Thermo Fisher NanoDrop Lite (McGowan-South 220)
  - NMR: Bruker 300 MHz NMR spectrometer (McGowan-South 329); Nanalysis NMReady 60P benchtop NMR (McGowan-South 329)
  - Chromatography: Teledyne Isco CombiFlash Rf flash chromatography (McGowan-South 324); Agilent 7820A gas chromatograph (McGowan-South 324); Varian CP-3800 gas chromatograph (McGowan-South 324); Agilent 7820A / 5977E GC–mass spectrometer (McGowan-South 324); Agilent 6890 / 5975 GC–mass spectrometer (McGowan-South 324); Waters Acquity UPLC (McGowan-South 309B); Rainin Dynamax preparative HPLC (McGowan-South 309B)
  - Lab sample processing: Fisher 500 cell dismembrator (McGowan-South 324); Labconco Freezone 1 freeze dryer (McGowan-South 324); Fisher Scientific FS110 sonicator (McGowan-South 324)
  - Gloveboxes: MBraun gloveboxes (2) (McGowan-South 324)
  - Tissue culture and environmental chambers: New Brunswick Scientific Innova 44 incubator (McGowan-South 324); New Brunswick Scientific Innova E24 incubator (McGowan-South 324); Cold room, 4 °C (McGowan-South 318B); Warm room, 37 °C (McGowan-South 318A)
  - Materials mechanical testing: MTS Qtest FLS 210 mechanical tester (McGowan-South 324)
  - Sterilization: Harvey Sterilemax ST75925 sterilizer (McGowan-South 324)
  - Thin-film deposition: Spelco SC-7 sputterer (McGowan-South 324)
  - PCR and thermal cycling: Eppendorf Mastercycler Pro S (McGowan-South 324)
  - Lab ovens: Fisher Isotemp 675 oven (McGowan-South 324); Labline Model 3510 oven (McGowan-South 324)
  - Drill presses (machine shop): Clausing Series 16VC drill press
  - Grinding and sanding (machine shop): Baldor wheel grinder; Jet belt sander
  - Lathes (machine shop): Clausing Colchester 15 engine lathe; Jet BD 920W bench lathe

### BIOPHYSICAL CHEMISTRY
- [See connections](https://depaul-resource-map.org/explore/map?entity=CUR-206&depth=1)
- [View connection map](https://depaul-resource-map.org/explore/map?entity=CUR-206&depth=1)
- **Summary:** This course is designed for advanced undergraduate students with an interest in the interdisciplinary field of biophysics. The course will focus on several subfields of biophysical chemistry, including: fluorescence as a tool in biophysics; protein folding; biophysical applications of single molecule fluorescence, atomic force microscopy, X-ray crystallography, mass spectrometry, and NMR spectroscopy. Additional topics will be selected by students from a list of possible choices.
- **Owning unit:** Chemistry
- **Hardware relevance:** Discovery pass: high-confidence resource link: phrase
- **Catalog description (excerpt):** This course is designed for advanced undergraduate students with an interest in the interdisciplinary field of biophysics. The course will focus on several subfields of biophysical chemistry, including: fluorescence as a tool in biophysics; protein folding; biophysical applications of single molecule fluorescence, atomic force microscopy, X-ray crystallography, mass spectrometry, and NMR spectroscopy. Additional topics will be selected by students from a list of possible choices.

### UV-Vis and Fluorescence Studies of Zinc Enzyme Active Site Mimics and Their Binding of Inhibitor Compounds
- [See connections](https://depaul-resource-map.org/explore/map?entity=PUB-133&depth=1)
- [View connection map](https://depaul-resource-map.org/explore/map?entity=PUB-133&depth=1)
- **Sources:**
  - UV-Vis and Fluorescence Studies of Zinc Enzyme Active Site Mimics and Their Binding of Inhibitor Compounds[^15]

### Incorporating High-Field NMR Spectroscopy Throughout the Undergraduate Chemistry Curriculum
- [See connections](https://depaul-resource-map.org/explore/map?entity=GRA-975&depth=1)
- [View connection map](https://depaul-resource-map.org/explore/map?entity=GRA-975&depth=1)

### Förster Resonance Energy Transfer Investigations of the Structure of the Immunoglobulin G Antigen-Binding Fragment
- [See connections](https://depaul-resource-map.org/explore/map?entity=PUB-129&depth=1)
- [View connection map](https://depaul-resource-map.org/explore/map?entity=PUB-129&depth=1)
- **Sources:**
  - Förster Resonance Energy Transfer Investigations of the Structure of the Immunoglobulin G Antigen-Binding Fragment[^11]

### Synthesis and Analysis of Novel Copolymers of Ring-Substituted 2-Phenyl-1, 1-dicyanoethylenes and Styrene
- [See connections](https://depaul-resource-map.org/explore/map?entity=PUB-130&depth=1)
- [View connection map](https://depaul-resource-map.org/explore/map?entity=PUB-130&depth=1)
- **Sources:**
  - Synthesis and Analysis of Novel Copolymers of Ring-Substituted 2-Phenyl-1, 1-dicyanoethylenes and Styrene[^12]

## References

[^1]: NSF-supported high-field NMR spectroscopy throughout the undergraduate chemistry curriculum. Archived source retained by Resource Map maintainers
[^2]: CSH chemistry facilities — instrumentation and machine shop pages (May 2026). [DePaul University](https://csh.depaul.edu/academics/departments-schools/chemistry/facilities/instrumentation)
[^3]: Grice DePaul faculty profile snapshot (June 2026). [DePaul University](https://www.depaul.edu/faculty/kyle-a-grice)
[^4]: McGowan Environmental Science and Chemistry building (May 2026). [DePaul University](https://csh.depaul.edu/academics/departments-schools/chemistry/facilities)
[^5]: Coauthored caspase-1 inhibitor structural study with Grice group (J. Mol. Struct. 2024). Archived source retained by Resource Map maintainers. [View current source](https://www.depaul.edu/faculty/caitlin-e-karver)
[^6]: Awarded URC Paid Leave to chemistry faculty PI; Grice Lab McGowan South 321C. Archived source retained by Resource Map maintainers
[^7]: 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](https://doi.org/10.1021/acs.inorgchem.0c02579)
[^8]: 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](https://doi.org/10.1016/j.molstruc.2024.139297)
[^9]: Unit-level ownership (csh); former person owner PER-074 is a rotating department/school head, not a facility operator. Prior evidence: Caitlin E. Karver, Ph.D. Associate Professor and Chair. [DePaul University](https://catalog.depaul.edu/colleges-schools/science-health/chemistry-biochemistry/)
[^10]: Niedziela lab — optical properties and spectroscopy of tropospheric aerosols; McGowan-South 100D; uses shared chemistry instrumentation (instrumental analysis, experimental physical chemistry). Archived source retained by Resource Map maintainers. [View current source](https://www.depaul.edu/faculty/richard-f-niedziela)
[^11]: Biochemistry lab McGowan South room 220; Thermocycler Pro S in the prep room. Archived source retained by Resource Map maintainers. [View current source](https://via.library.depaul.edu/csh_etd/50)
[^12]: using Bruker Avance 300 MHz spectrometer. Archived source retained by Resource Map maintainers. [View current source](https://via.library.depaul.edu/csh_etd/4)
[^13]: 1H and 19F NMR spectroscopy were performed using a Bruker Avance 300 MHz NMR spectrometer. Archived source retained by Resource Map maintainers. [View current source](https://via.library.depaul.edu/csh_etd/55)
[^14]: spectra were obtained from a Bruker Avance 300 MHz spectrometer. Archived source retained by Resource Map maintainers. [View current source](https://via.library.depaul.edu/csh_etd/77)
[^15]: All NMR spectra were collected using a Bruker Avance 300 MHz NMR. Archived source retained by Resource Map maintainers. [View current source](https://via.library.depaul.edu/csh_etd/237)
[^16]: analyzed using a Bruker Avance 300 MHz spectrometer. Archived source retained by Resource Map maintainers. [View current source](https://via.library.depaul.edu/csh_etd/362)
[^17]: Bruker Ascend 400 MHz NMR with an Avance Neo console and Bruker TopSpin 4.0.7 software. Archived source retained by Resource Map maintainers. [View current source](https://via.library.depaul.edu/csh_etd/455)
[^18]: ambient temperature with a Bruker Avance 400 MHz spectrometer. Archived source retained by Resource Map maintainers. [View current source](https://via.library.depaul.edu/csh_etd/407)
[^19]: STEM Center Hub located in McGowan South Suite 403 (CSH-003 building aggregate). Archived source retained by Resource Map maintainers. [View current source](https://csh.depaul.edu/academics/centers-and-institutes/stem/about)
[^20]: DePaul Chemistry and IIT Chemical Engineering joint program; ICE-subject courses bridge DePaul chemistry curriculum with IIT chemical engineering degree requirements. [DePaul University](https://catalog.depaul.edu/course-descriptions/ice/)
[^21]: Synthesis, characterization, computational studies, and reactivity of platinum(II) complexes of alkyl phosphite ligands. [DOI](https://doi.org/10.1016/j.jorganchem.2023.122817)

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