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#Free stereology software professional

Faculty Mentor Award from Office of the Provost, The Johns Hopkins University, Baltimore, MD.

2011: “Unbiased Stereology: The Concise Guide,” The Johns Hopkins University Press, Baltimore, MD.

Florida High Tech Magazine’s Top Technology Entrepreneur for Stereologer, an NIH-funded computerized stereology system. An approach for overlapping cell segmentation in multi-layer cervical cell volumes. First Place, Image Segmentation Challenge on Overlapping Cytology. Mouton, Inventor) for “Automatic Stereological Analysis of Biological Tissue.” Patent No. Automatic Stereology and Image Analysis: Novel Segmentation and Machine Learning Approaches, Journal of Chemical Neuroanatomy, Elsevier Press, 2019. Mouton, Inventor) for “System and Method for Automatic Stereology of Cancer.” Patent No. Mouton returned to USF in Tampa where he continues to serve on faculty as Professor of Stereology and Chief Scientific Officer of SRC Biosciences.

#Free stereology software professional

Since the mid-1990s, the SRC’s contract research organization has provided the international bioscience community with professional stereology services and consultation. During the past two decades he developed and commercialized the Stereologer™, the only computerized stereology to receive innovation awards from both the National Science Foundation and the National Institutes of Health. To date this system has supported thousands of stereology studies across all the neuroscience sub-disciplines from quantifying gross morphology to cellular and synapse counts at the resolving limit of the light microscope. Commercialization of the Stereologer system, the first fully integrated hardware-software-microscopy stereology system, led to an exponential increase in neuroscience stereology studies during the decade following its introduction in the mid 1990s. Mouton’s leadership of the SRC Biosciences has provided the global community of bioscientists in academia, government agencies and preclinical pharmacology research groups with powerful technology for their stereology studies. In parallel with his academic studies, Dr. Other stereology projects during this time were the first stereology protocols for analyzing human and animal brain aging and autism and quantification of the earliest mouse models expressing human mutations for Alzheimer’s, Parkinson’s and other neurodegenerative diseases.

His stereology work in autopsied human brains was the first to 1) stability of noradrenergic neurons in locus coeruleus during normal brain aging 2) substantial neuron loss in hypothalamic regions from patients with major depression and, the strongest correlations to date between neocortical degeneration and progressive dementia in Alzheimer’s disease. He subsequently served on faculty at the Hopkins Pathology Department for six years before establishing the Neurostereology of Brain Aging group at the Hopkins Bayview/National Institute on Aging campus in Baltimore. Price at the Pathology Department at the Johns Hopkins University School of Medicine (Baltimore MD). Gundersen, the “father of unbiased stereology,” followed by a two-year NIH fellowship in Neuropathology with Professor Donald L. in Neuroscience from the University of South Florida (USF, Tampa, FL), a two-year postdoctoral stereology fellowship in Denmark with Professor Hans J.G. Mouton’s professional training includes a one-year predoctoral fellowship in neurobiology at the Karolinska Institute (Stockholm, Sweden) and Ph.D.