John Henson, MD
Professor of Medicine, Neurology, Neurosurgery, Pediatrics Augusta University
- Augusta GA
Dr. Henson practices neuro-oncology in the MCG Brain Tumor Program and manages patients with neurofibromatosis and related genetic disorders
Multimedia
Biography
Areas of Expertise
Accomplishments
Today’s Innovators Award, Georgia CORE (Center for Oncology Research and Education)
2023
Top Doc, Castle Connolly
2022 - 2023
Service Award, American College of Healthcare Executives
2018
Top Docs Honoree, Atlanta Magazine
2017 - 2018
Regent’s Award, American College of Healthcare Senior-Level Healthcare Leadership Executives
2016
Education
University of Washington
MBA
Business Administrations, Management and Operatations
2013
Loma Linda University
M.D.
Medicine
1984
Southern Adventist University
B.A.
Biology/Biological Sciences, General
1980
Affiliations
- American Academy of Neurology : Member
- American College of Healthcare Executive : Member
- American Neurological Association : Member
- American Society of Clinical Oncology : Member
- American Society of Human Genetics : Member
- Georgia Association of Healthcare Executives : Member, 2015 - 2019
- Northwest Science Writers Association : Member
- Society for Neuro-oncology : Member
- Washington State Medical Association : Member, 2009- 2015
- Washington State Neurological Society : Member, 2008 - 2015
Articles
Associations of practical, emotional, and physical problems with psychosocial distress among cancer patients
Journal of Psychosocial Oncology2022
Objective: To better understand the relationship between cancer patient distress and psychosocial variables, including problem types, to improve ability to predict and address psychosocial need.
Methods: A variation of National Comprehensive Cancer Network (NCCN) Distress Thermometer (DT) was administered and collected at four sites from an Integrated Network Cancer Program (INCP). The presence of moderate/severe distress was examined relative to patient demographics, disease characteristics, and psychosocial problems.
[...]
Impact of neurofibromatosis type 1 in an adult community population
Neuro-Oncology Practice2022
Background: Neurofibromatosis type 1 (NF1) is a common tumor predisposition syndrome with varying manifestations and severity. Adult NF1 patients often experience fragmented care, so we sought to characterize the health and demographic features of a community-based population of adults with NF1 and hypothesized that lack of a specialty clinic for adult NF1 patients correlates with unmet needs.
[...]
Paired Tumor-Germline Testing as a Driver in Better Cancer Care
JAMA Network Open2022
Yap et al provide an analysis of paired tumor-germline next-generation sequencing (NGS) in a large population of patients with cancer. One implication of the data is that paired testing provides important information about a patient’s cancer and its treatment and can address hereditary issues of importance to the patient’s family. This commentary considers the advantages of paired tumor-germline testing in cancer care.
Adult pilocytic astrocytoma in the molecular era: a comprehensive review
CNS Oncology2021
Adult pilocytic astrocytoma (PA) is less prevalent than pediatric PA and is associated with a worse prognosis. In a literature review, we found that 88.3% of the molecular alterations in adult PA are associated with MAPK pathway dysregulation. The most common alterations are fusions of BRAF. Understanding of the mechanisms underlying this pathway has evolved substantially, heralding advancements in specific targeted therapy. Here, we review clinical and molecular features of adult PA, characteristics predicting aggressive behavior and approaches to standard and investigational therapies. We highlight epigenetic profiling and integrated diagnosis as an essential component of classifying PA.
Cortical T2-hyperintense lesions as the initial MRI finding in glioblastoma
Interdisciplinary Neurosurgery2021
Early MRI findings in GBM can include ill-defined T2-hyperinsities throughout grey and white matter, often with enhancement. Outside of animal models and a single prior case series, little has been reported on GBM manifesting within cortex. We report a series of three patients in whom GBM initially presented with early cortical findings, indicating that grey matter lesions can be the first detectable radiographic feature in a subset of patients. New-onset seizures may present with similar cortical ribbon changes, creating a diagnostic challenge as illustrated by two of our reported cases who initially presented with seizures and cortical abnormalities. Our series highlights the imperative for short interval imaging follow-up in such patients and indicates the need to consider suspicious cortical lesions when planning the radiation treatment field.
