The Daubert trilogy of U.S. Supreme Court cases has established
that scientific expert testimony must be based on science grounded
in empirical research. As such, greater scrutiny is being placed on
questioned document examination generally, and handwriting
comparison in particular. Bridging the gap between theory and
practice, The Neuroscience of Handwriting: Applications in Forensic
Document Examination examines the essential neuroscientific
principles underlying normal and pathological hand motor control
and handwriting.
Topics discussed include:
- Fundamental principles in the neuroanatomy and neurochemistry
of hand motor control and their application to research in
handwriting
- The epidemiology, pathophysiology, and motor characteristics of
neurogenerative diseases such as Parkinson's, Huntington's,
Alzheimer's, multiple sclerosis, essential tremor, and motor neuron
disease and their effects on handwriting
- Psychotropic medications prescribed for depression, bipolar
disorder, and psychosis; their mechanisms of action; and their
effect on motor behavior and handwriting
- The impact of substance abuse on handwriting
- An overview of the aging process and its effects on motor
control and handwriting
- The kinematic approach and new findings on the kinematic
analyses of genuine, disguised, and forged signatures
- The authors' laboratory research on authentic and forged
signatures
An essential resource for professionals and researchers in the
forensic documentation examination and legal communities, this
volume provides a window on the scientific process of signature and
handwriting authentication, integrating the extensive research on
neural processes and exploring how disease, medication, and
advanced age alter these processes.
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