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Ned Heindel

Howard S. Bunn Professor of Chemistry

Office: Seeley G. Mudd Bldg.

Room: 794
610-758-3464

ndh0@lehigh.edu

Research Interests:

Determining those molecular features of a molecule which contribute to its pharmacological efficacy for a human disease has long been an interest of mine.  My students and I do synthetic organic chemistry tightly linked to drug design and discovery.  We collaborate with pharmacologists, toxicologists, and clinicians studying structure-activity relationships in candidate pharmaceuticals.  Recent projects have involved anticancer agents, central nervous system regulators, anti-inflammatories, anti-Alzheimer's drugs, and dermatologicals.  We have also been concerned with biopolymers as transport and depot platforms useful in drug targeting.  Many of our projects are collaboratory with pharmaceutical industry and provide opportunities for the student to do part of his/her thesis inside the industry.

Teaching Interests:

As you might expect, I teach courses in the area of my research expertise.  These include a graduate course in synthesis, one in heterocyclic compounds, another in medicinal and pharmaceutical chemistry, and a "gateway" course on organic reaction mechanisms.

 

Selected Publications:

C. A. Martey, A. M. Vetrano, B. Billack, M. S. Whittemore, T. M. Mariano, D. E. Heck, D. L. Laskin, N. D. Heindel, and J. D. Laskin, "Iodomercurio-4'5'-Dihydrotrimethylpsoralen as a Novel Inhibitor of Inducible Nitric Oxide Synthase Expression in Murine Keratinocytes," Molecular Pharmacology, in press (2004).

T. M. Mariano, A. M. Vetrano, S. L. Gentile, D. E. Heck, M. S. Whittemore, C. D. Guillon, I. Jabin, R. D. Rapp, N. D. Heindel, and J. D. Laskin, "Cell-Impermeant Pyridinium Derivatives of Psoralens Retain Activity as Inhibitors of Keratinocyte Growth," Biochemical Pharmacology, 63 , 31-39 (2002) .

C. A. Martey, A. M. Vetrano, M. S. Whittemore, T. M. Mariano, S. L. Gentile, D. E. Heck, D. L. Laskin, N. D. Heindel, and J. D. Laskin, "Mechanisms of Growth Inhibition in Keratinocytes by Mercurio-Substituted 4',5'-Dihydropsopralens," Biochemical Pharmacology, 7242 , 1-9 (2002) .

M.S. Whittemore, N.D. Heindel, I. Jabin, C. Guillon, T. E. McNeel, R. D. Rapp, D.E. Heck, J.D. Laskin, "Synthetic approaches to 4,8-dimethyl-5'-(N-pyridiniummethyl)-4',5'-dihydropsoralens and 4,8-dimethyl-5'-(N-aminomethyl)-4',5'-dihydropsoralens ," J. Heterocyclic Chem., 38 (4), 909-916 (2001).

M. S. Whittemore, N. D. Heindel, C. Guillon, T. McNeel, R. D. Rapp, J. Laskin, T. Marino, and D. Heck, "Synthetic Approaches to 4,8-Dimethyl-4'-(N-Pyridiniummethyl)-4',5'-Dihydropsoralens and their Activity against PAM 212 Keratinocytes," Heterocycles, 55 , 1081-1093 (2001).

N. D. Heindel, J. D. Laskin, D. E. Heck, R. D. Rapp, M.S. Whittemore, T. E. McNeel, and I. Jabin, "Amino-and Mercurio-Substituted 4',5'-Dihydropsoralen and Therapeutic Uses Thereof," U. S. Patent 6,255,324 (issued July 3, 2001).

N. D. Heindel, J. D. Laskin, M. Whittemore, T. McNeel, C. Guillon, D. Heck, and R. D. Rapp. "Syntheses and Therapeutic Uses of 4'-Substituted-4',5'-Dihydropsoralens," U. S. Patent 6,177,424 (issued January 23, 2001 ).

 

 

 


 
 
 
 
 

 

 

 

 

 

 

 

 

 

 


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