Attention: This site is currently under construction, and some content might be outdated.
Professor and Distinguished Scholar, Department of Chemistry and Biochemistry
Adjunct Professor, Department of Physics
Acting Associate Dean, College of Agricultural, Life, and Physical Sciences
Southern Illinois University Carbondale
Professor and Distinguished Scholar, Department of Chemistry and Biochemistry
Adjunct Professor, Department of Physics
Acting Associate Dean, College of Agricultural, Life, and Physical Sciences
Southern Illinois University Carbondale
PhD graduate student
Major: Chemistry
Research Area: SEOP (129Xe and 131Xe); ODESR; NMR; Pulse sequence development
Undergraduate Student
Major: Physiology
Research Area: parahydrogen induced polarization (PHIP) of MRI contrast agents
Graduate Student
Major: Chemistry
Research Area: Synthesizing imaging agents and hypoxia sensing molecules mainly for tumor imaging, which can be hyperpolarized via SABRE (Signal Amplification by Reversible Exchange). The long T1 times, stability and the ability of the molecule to bind to the SABRE catalyst are the key factors of interest.
MS Graduate Student
Major: Chemistry
Research Area: Project: SABRE, PHIP
PhD graduate student
Major: Chemistry (organic chemistry specialization)
Research Area: SABRE and MRI.
Undergrad Student
Major: Chemistry (biochemistry specialization)
Research Area: SABRE and MRI.
PhD graduate student
Major: Chemistry (physical chemistry specialization)
Research Area: SABRE, metal-organic frameworks, synthesis
PhD graduate student
biology/biochemistry, philosophy)
Research Area: SABRE, PHIP.
PhD graduate student
Major: Chemistry
Research Area: SEOP (129Xe and 131Xe); ODESR; NMR; Pulse sequence development
Undergraduate Student
Major: Physiology
Research Area: parahydrogen induced polarization (PHIP) of MRI contrast agents
Graduate Student
Major: Chemistry
Research Area: Synthesizing imaging agents and hypoxia sensing molecules mainly for tumor imaging, which can be hyperpolarized via SABRE (Signal Amplification by Reversible Exchange). The long T1 times, stability and the ability of the molecule to bind to the SABRE catalyst are the key factors of interest.
MS Graduate Student
Major: Chemistry
Research Area: Project: SABRE, PHIP
PhD graduate student
Major: Chemistry (organic chemistry specialization)
SABRE and MRI.
Undergrad Student
Major: Chemistry (biochemistry specialization)
SABRE and MRI.
PhD graduate student
Major: Chemistry (physical chemistry specialization)
SABRE, metal-organic frameworks, synthesis.
PhD graduate student
Major: biology/biochemistry, philosophy
SABRE, PHIP.
SIU Alumnus
Major: Biomedical Sciences
Research Area: I studied Biomedical Sciences. I am an incoming University of Illinois College of Medicine student. The project that I work on is Electron Spin Resonance (ESR), which is a part of SEOP.
SIU Alumnus
Major: IDK
I studied Biomedical Sciences. I am an incoming University of Illinois College of Medicine student. The project that I work on is Electron Spin Resonance (ESR), which is a part of SEOP.