Author Interviews, Global Health, Infections, NEJM / 08.05.2019
Bat Borne Nipah Virus Transmitted by Human Secretions
MedicalResearch.com Interview with:
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Dr. Nikolay[/caption]
Birgit Nikolay PhD
MATHEMATICAL MODELLING OF INFECTIOUS DISEASES
Institut Pasteur
MedicalResearch.com: What is the background for this study? What are the main findings?
Response: Nipah virus was identified by the World Health Organization as an emerging infectious disease that may cause major epidemics if the pathogen evolves to become more transmissible, leading the organization to prioritize it for research to prevent future health emergencies. In the absence of efficient treatments or vaccines, the only way to control Nipah virus outbreaks is through targeted interventions that limit opportunities of spread. Designing such interventions is challenging in a context where transmission mechanisms remain poorly understood. The study provides important insights to better understand these mechanisms.
Dr. Nikolay[/caption]
Birgit Nikolay PhD
MATHEMATICAL MODELLING OF INFECTIOUS DISEASES
Institut Pasteur
MedicalResearch.com: What is the background for this study? What are the main findings?
Response: Nipah virus was identified by the World Health Organization as an emerging infectious disease that may cause major epidemics if the pathogen evolves to become more transmissible, leading the organization to prioritize it for research to prevent future health emergencies. In the absence of efficient treatments or vaccines, the only way to control Nipah virus outbreaks is through targeted interventions that limit opportunities of spread. Designing such interventions is challenging in a context where transmission mechanisms remain poorly understood. The study provides important insights to better understand these mechanisms.




Dr. Shaker[/caption]
Marcus S. Shaker, MD
Associate Professor of Pediatrics
Associate Professor of Community and Family Medicine
Dartmouth-Hitchcock Medical Center
MedicalResearch.com: What is the background for this study?
Response: There are two peanut allergy treatments that are being evaluated for potential FDA approval—an orally administered treatment and an epicutaneous (skin based) treatment. Both have tremendous potential benefit. The focus of our study was to explore the range of health and economic benefits in terms of establishing pathways for how each therapy could be cost effective.
We want to be clear that our purpose was not to suggest one therapy is or is not cost effective at present. That would be a ridiculous statement to make regarding two treatments that not only lack FDA approval, but do not have established pricing. Rather, we used preliminary inputs that are presently available to create as robust a model as we could to better determine the individual paths that would make them more or less cost-effective.


Jasleen Grewal, BSc.
Genome Sciences Centre
British Columbia Cancer Research Centre
Vancouver, British Columbia, Canada
MedicalResearch.com: What is the background for this study?
Response: Cancer diagnosis requires manual analysis of tissue appearance, histology, and protein expression. However, there are certain types of cancers, known as cancers of unknown primary, that are difficult to diagnose based purely on their appearance and a small set of proteins. In our precision medicine oncogenomics program, we needed an accurate approach to confirm diagnosis of biopsied samples and determine candidate tumour types for where the primary site of the cancer was uncertain. We developed a machine learning approach, trained on the gene expression data of over 10,688 individual tumours and healthy tissues, that has been able to achieve this task with high accuracy.
Genome sequencing offers a high-resolution view of the biological landscape of cancers. RNA-Seq in particular quantifies how much each gene is expressed in a given sample. In this study, we used the entire transcriptome, spanning 17,688 genes in the human genome, to train a machine learning method for cancer diagnosis. The resultant method, SCOPE, takes in the entire transcriptome and outputs an interpretable confidence score from across a set of 40 different cancer types and 26 healthy tissues.

Dr. Schwartz[/caption]
Dr. Joseph A Schwartz PhD
Public Affairs and
Community Service, Criminology and Criminal Justice
University of Nebraska Omaha, Omaha, NE
MedicalResearch.com: What is the background for this study? What are the main findings?
Response: My larger research agenda is focused on identifying the ways in which environmental and biological influences work collectively to shape behavioral patterns across major stages of the life course. I am particularly interested in identifying environmental influences that can change biological functioning or activity to result in behavioral change.
Brain injury was a natural progression of these interests since brain injury is expected to result in changes in the structure and functioning of the brain, which has been linked to meaningful changes in behavior. There have also been a sizable number of studies that indicate that justice involved populations experience brain injury at a rate that is between five and eight times what is observed in the general population. I was fascinated by this finding and thought that brain injury may be a good candidate influence to investigate further.