Dr. Guido Verbeck
Dr. Verbeck is an Associate Professor in the Department of Chemistry and teaches forensic chemistry for our program. In addition, he teaches a graduate level analytical chemistry course. Dr. Verbeck received his PhD from Texas A&M University in 2004. While at UNT, Dr. Verbeck won the Air Force Office of Scientific Research (AFOSR) Young Investigator Award for the "Development of Novel Preparative Mass Spectrometry Instrumentation for the Advancement of New Materials and Nanofabrication."
As well as teaching, Dr. Verbeck has published several papers and patents and has given many presentations. Some interesting forensic publications:
Mach,
P.M.; McBride, E.M.; Sasiene, Z.J.; Brigance, K.R.; Kennard, S.K.; Wright,
K.C.; Verbeck, G.F., “Vehicle-Mounted Portable Mass Spectrometry
System for the Covert Detection via Spatial Analysis of Clandestine
Methamphetamine Laboratories”, Anal. Chem., 87 (2015) 11501-11508.
Huynh,
V; Williams, K.C.; Golden, T.D.; Verbeck, G.F.,
“Investigation of Falsified Documents via Direct Analyte Probe Nanoextraction
coupled to Nanospray Mass Spectrometry, Fluorescence Microscopy, and Raman
Spectroscopy”, Analyst., 140 (2015) 6553-6562.
Nnaji,
C.; Williams, K.C; Bishop J.M.; Verbeck, G.F., “Using Hydrogen as GC/MS
carrier and buffer gas to analyze energetic materials and illicit
drugs.”, Sci. & Just..55 (2015) 162-167.
Clemons,
K; Kretsch, A.; Verbeck, G.F., “Parallel Artificial Membrane
Permeability Assay for Blood-Brain Permeability Determination of Illicit Drugs
and Synthetic Analogues”, Sci. Justice., 54 (2014) 351-355.
Walton,
B.L.; Verbeck, G.F., “Soft-Landing Ion Mobility of Silver Clusters for
Small Molecule MALDI-MS and Imaging of Latent Fingerprints”, Anal.
Chem., 86 (2014) 8114-8120.
Huynh,
V; Joshi, U.; Leveille, J.M.; Golden, T.D.; Verbeck, G.F.,
“Nanomanipulation-Coupled to Nanospray Mass Spectrometry Applied to Document
and Ink Analysis”, For. Sci. Int. 242 (2014) 150-156.
Clemons,
K.; Dake, J.; Sisco, E.; Verbeck, G.F.;
“Trace analysis of energetic materials via direct analyte-probed nanoextraction
coupled to direct analysis in real time mass spectrometry”, For. Sci.
Int., 231 (2013) 98.
