Towson University

Biological  Sciences
Biological Sciences

 

                          

                                                                                                                                                          Faculty

 

Larry E. Wimmers, Ph.D.

Associate Professor

Director Molecular Biology, Biochemistry and Bioinformatics (MB3)

Department of Biological Sciences

Towson University

Towson, MD 21252 USA

 

Office:  Smith 360

Phone: 410-704-2766

Fax:      410-704-2405

 

email: lwimmers@towson.edu

 

Education:

    Ph.D.          Cornell University

    B.S.            University of Dayton

 

Courses Taught:

 

    BIOL 201 - Cellular Biology and Genetics

    BIOL 409 - Molecular Biology

    BIOL 410 - Molecular Biology Laboratory

    BIOL 436 - Plant Physiology

    BIOL 485 – Seminar in Applied Biotechnology

    BIOL 616 - Membrane Biology

 

Dr. Larry Wimmers, Associate Professor, Director of the MBBB program, Department of Biological Sciences, Towson University

Research Interests:

I am interested in several aspects of membrane transport in plants and how plants respond to environmental stress.

Projects that are currently being pursued include the control of sodium and calcium levels in plants exposed to saline

soils, the control of gene expression under salt stress, the transport of heavy metals into and out of plant chloroplasts

and the evolution of plants in response to the urban environment.

 

I am also involved in two collaborative projects with Dr. Roland Roberts. In one, we are carrying out genetic analysis of Theobroma cacao (chocolate) germplasm collections in collaboration with the Cocoa Research Institute of the University of West Indies. In the other, we are investigating the genetic structure and salt resistance of Solidago sempevirens (seaside goldenrod), a salt resistant plant that has recently expanded its range to include roadsides in inland areas.

 

 

Publications:

 

Mito, N., L.E. Wimmers, A.B. Bennett. 1996. Sugar regulates mRNA abundance of H+-ATPase gene family members in

tomato. Plant Physiology 112:1229-1236.

 

Hentzen, A.H.,  L.B. Smart, L.E. Wimmers, H. Fang, J.I. Schroeder, A.B. Bennett. 1996. Two plasma membrane H+-ATPase

genes expressed in guard cells of Vicia faba are also expressed throughout the plant. Plant and Cell Physiol. 37:650-659.

 

Wimmers, L.E. 2001. Practicing real science in the laboratory. Journal of College Science Teaching. Journal of College

Science Teaching 31:167-1711.

 

Kalampanyil, B, Wimmers, L.E. 2001. Identification and Characterization of a Salt Stress Induced Plasma Membrane H+-ATPase

in Tomato. Plant Cell and Environment. Plant Cell and Environment 24:999-1005.

 

Johnson, L.S., L.E. Wimmers, S. Campbell, L. Hamilton. 2003. Growth rate, size, and sex ratio of last-laid, last-hatched offspring

in the Tree Swallow Tachycineta bicolor. Journal of Avian Biology. 34:35-43.

 

Shingles, R., Wimmers, L.E., McCarty, R.E. 2004 Copper transport across pea (Pisum sativum L.) thylakoid membrane vesicles.

Plant Physiology. 135:145-151.

 

Offspring Sex vs. Position in the Laying Sequence in Wyoming House Wrens (Troglodytes aedon): a Second Look. 2005 Animal

Behaviour. 70:1323-1329. Johnson, L. S., L. E. Wimmers, B. G. Hicks, R. Molinaro, R. C. Milkie, B. S. Gallagher and B. S. Masters.

 

Graduate Students:

Chris Phillips (Non-Thesis) Identification and characterization of a genomic clone of a plant Ca+ pump.

Andre Wells (Non-Thesis): Genotype analysis of Theobroma cacao germplasm collection

 

Bose Kalampaniyl (PhD 2007): Analysis of the proteome of drought and salt stress in tomato.

 

Bose Kalampaniyl (MS 2001): Cloning and characterization of a salt-stress induced plant H+ pump.

 

Kavitha Gangapuran (MS 2005): Control of gene expression at transcription and translation in plant under salt stress.

 

Stephen Kirby (MS 2002): Development of a catalytic scavenger for organo-phosphate nerve agents.

 

Undergraduate Students:

Alyssa Laird: Genetic structure of Solidago sempervirens L. (seaside goldenrod)

Nyshia Garcia: Genotype analysis of Theobroma cacao germplasm collection and Genetic structure of Solidago sempervirens L. (seaside goldenrod)

Chebueze Amaefule: Genotype analysis of Theobroma cacao germplasm collection

James Beardsley: Genotype analysis of Theobroma cacao germplasm collection

 

TU Biology Home

TU Home