Marily

Lantz

CHM 1045 Gen. Chemistry I

QUICK LINKS

CHM 1046 Gen. Chemistry II

Dr. Lantz's Daily Schedule

Email Dr. Lantz

Marily Lantz completed her undergraduate studies at Notre Dame College of Ohio, majoring in both biology and chemistry. She was able to combine both disciplines in her graduate studies at Case Western Reserve University, where she earned her Ph. D. in chemistry. Her research, under the leadership of Dr. Vernon E. Anderson, added credible evidence to the hypothesis that an electric field in the active site of the enzyme crotonase is responsible for catalytic activity. Crotonase is an enzyme vital to fatty acid metabolism.

Upon completion of her graduate work, she accepted a position in Okaloosa-Walton Community College in the Florida Panhandle. After several winters living on the banks of Lake Erie, it was by design, not chance, that she moved to a sunnier climate. The fact that our Community College system is known to be one of the strongest in the nation led her to the state of Florida and to PCC.

Education:

B. S. in Chemistry/Biology - Notre Dame College of Ohio.
Ph. D. in Chemistry - Case Western Reserve University.

Courses
Taught
by
Dr. Lantz
at PCC:

  Links are provided to courses being taught by Dr. Lantz:
CHM 1025 Introductory Chemistry
CHM 1045 General Chemistry I
CHM 1046 General Chemistry II
CHM 2210 Organic Chemistry I
CHM 2211 Organic Chemistry II

Office:

Winter Haven Office: WSC 226 and Phone: 297-1010 extension 5630

Daily
Schedule

Dr. Lantz's Schedule: She has most of her classes and office hours in Winter Haven.

Email:

Email Dr. Lantz at mlantz@polk.edu.

Dr. Lantz's
Publications:

The Toxicity of Methylenecyclopropylglycine: Studies of the Inhibitory Effects of (Methylenecyclopropyl)formyl-CoA on Enzymes Involved in Fatty Acid Metabolism and the Molecular Basis of it's Inactivation of Enoyl-Co-Hydratase. Journal of the American Chemical Society; 121, 39 9034-9042: 1999

A Novel Inactivation of the Enoyl-CoA-Hydratase through Inactivation of 5,6-dichloro-7,7,7-trifluoro-4-thia-5,5-heptanoyl CoA.; Journal of the American Society.
Relationship of Spectroscopic Changes and Deuterium Isotope Effects to Hydrogen Bond Strength; Journal of the American Chemical Society.
A Raman investigation of the catalytic mechanism of ENOYL-COA HYDRATASE: Evidence of substrate LUMO energy reduction during the catalytic event. Biochemistry, in preparation.

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