Joseph Guth- Doctor of Philosophy, Certified Industrial Hygienist
- Managing Director at Scientific and Forensic Services Inc.
Joseph Guth
- Doctor of Philosophy, Certified Industrial Hygienist
- Managing Director at Scientific and Forensic Services Inc.
About
7
Publications
6,296
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17
Citations
Introduction
Basic and applied research in various disciplines including cell cycle control, cell senescence, cell calcium management and modeling, carcinogenesis mechanisms, pre-biotic chemistry and origin of life modeling, astrobiology, cellular toxicology, hazard exposure modeling, bio-membrane functions, and astrophysical research interests.
Modeling of various complex systems from intracellular transport systems to dispersion of environmental pollutants to industrial hygiene-based hazardous exposures.
Current institution
Scientific and Forensic Services Inc.
Current position
- Managing Director
Additional affiliations
September 1997 - present
Scientific and Forensic Services, Inc.
Position
- Managing Director
Description
- Senior Research Investigator on several research programs.
Education
September 1970 - September 1975
Field of study
- Biophysics and Biochemistry (biomembranes, metabolic controls)
Publications
Publications (7)
Most would consider the ultimate occurrence of first self-regenerating, pre-biotic matter that ultimately had to acquire a multitude of completely integrated processes as highly unlikely, as one of very low probability. That would be true if the universe only worked with one pair of molecules at a time and in a linear, sequential, trial-and-error f...
The complexity of modern living cells and organisms has always been one of the most baffling features when trying to understand how life could have begun spontaneously. This second installment focuses on finding a plausible mechanism that explains how the different highly complex biochemical pathways that are integrated into the overall metabolic p...
An early description of a model I created of the normal human cell and its internal trans-membrane transport and stores of calcium ions. It focusses on the many roles of calcium in the different compartments of the cell and its master connection to and coordination of all cell dynamic processes, and in particular, cell division. It was developed to...
