In this Website, then, we report our ability to image the brain without opening the brain. Critical concepts and designs for the BRODERICK PROBE® are reported in the Broderick 2016 non-provisional (PCT application) for the non-invasive design. The provisional application was filed on December 31, 2015. It was issued Serial No. 62/273,693. The non- provisional…
NEUROSCIENCE 2018 Activity – Scientific Abstract Intravascular blood flow displays temporal synchrony when basal ganglia neurotransmitter release is videotracked online in the normal state, while vasculature and cerebral release reflect temporal asynchrony during online videotracking of stroke: Sensing with Dual Laser Dopler Flowmetry and BRODERICK PROBE® Author Block: P.Broderick, R.Chowdhury, T. Alabed, S. Alamin, L.Wenning, CUNY Sch. of Med., New…
The BRODERICK PROBE® This brilliant invention has become a popular tool in the study of treatments for neurodegenerative disease and drug addiction. As a result of her quite unique brain, personality and sense of humor, with innumerable hours of her true dedication to the wellbeing of both the human and mammalian brains, Dr. Broderick has invented, developed…
Neuromolecular imaging, a nanobiotechnology for Parkinson‘s disease: advancing pharmacotherapy for personalized medicine. Abstract Evaluating each patient and animal as its own control achieve personalized medicine, which honors the Hippocratic philosophy, explaining that “it is far more important to know what person has the disease than what disease the person has.” Similarly, individualizing molecular signaling directly…
Title: Selective detection of ascorbate, dopamine and serotonin with new N-Stearoylcerebroside and Laurate sensors: studies of oxidative stress in a morphine/ascorbate animal model. Keywords: Ascorbate; BRODERICK PROBE® sensors; dehydroascorbic acid; dopamine; drug addiction; electrodes; Laurate sensor; microelectrodes; microvoltammetry; morphine; naloxone; neuromolecular imaging (NMI); N-Stearoylcerebroside sensor; nucleus accumbens; sensors; serotonin; opioids; oxidative stress; pain; stroke. Corresponding Author: Medical Professor Patricia Ann Broderick, Ph.D. Corresponding Author’s…
ABSTRACT Females are significantly more likely to become addicted to nicotine, among other drugs. Intensive research has been conducted on nicotinic acetylcholine receptors as the agents responsible for nicotine addiction. However, the mechanism by which females become more susceptible to addiction and its effects are not known. In an effort to address the sex differences…
Caffeine is HOT – People Want to Know About It. By Dr. Patricia A. Broderick Dr. Broderick is medical professor of Physiology, Pharmacology and Neuroscience at the Sophie Davis School of Biomedical Education and director of the Pharmacology course at the School’s Physician Assistant Program, in conjunction with Harlem Hospital. Dr. Broderick holds an…
