Dan B. Welch Ph.D.
Assistant Professor, Growth Development and Structure
Illinois University-School of Dental
Neuroscience, University of
Psychology , California State
University, San Bernardino
Our research focus is on the physiological mechanisms underlying the control of masticatory behavior. Our main focus is the study of Bruxism, an involuntary rhythmic or spasmodic non-functional gnashing and grinding of the teeth. Normally, the nervous system must generate precise temporal sequences of muscle contractions when a coordinated movement is produced. These programmed sequences of muscle activity are referred to as "motor patterns", and are produced by rhythmically active networks of nerve cells called "central pattern generators" (CPGs) in the central nervous system. In essence, we are interested in how CPG patterns produced in the brainstem are disrupted by pathology.
System (Course Director)
II - Spring
DGAN 712 -
Publications (peer reviewed):
J. and Welch, D.B. (In Preparation)
Characterization of brux-like movements in
the laboratory rat using electromyographic,
and pharmacological techniques.
Hopp, B.N. Seesengood,
D.B. Welch (Submitted) Surface Treatments
That Demonstrate a Significant Positive
Effect on the Shear Bond Strength of
Repaired Resin Modified Glass Ionomer.
Submitted to Operative Dentistry
K.G., Stoeckel, D.C., and Welch, D.B. (In
Sequence of the Maxillary Permanent Canine:
A radiographic review. General Dentistry.
D. and Currie, S.N. (2014) Sensory-evoked
turning locomotion in red-eared turtles:
kinematic analysis and electromyography. Journal
of Comparative Physiology A.
Welch, D and Seitz, A. (2013) Processing Irrelevant Location Information: Practice and Transfer Effects in a Simon task. PLoS ONE.
Altshuler, D.L., K.C. Welch, B.H. Cho, D.B. Welch, A.F. Lin, W.B. Dickson, and M.H. Dickinson (2009) Neuromuscular control of wingbeat kinematics in Anna’s hummingbirds (Calypte anna). Journal of Experimental Biology 213:2507-2514.
Ad Hoc Reviewer (Journals)