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Mosquito-Borne Disease


Total Credits: 1 including 1 AOA Category 1-A Credit(s)

Average Rating:
   2
State Associations:
NCOMA - North Carolina
Faculty:
Jackson Sparks PhD
Duration:
55 Minutes
Expiration:
Never Expires.


Description

Jackson Sparks, PhD, presented "Mosquito-Borne Diseases" at the North Carolina Osteopathic Medical Association's 2024 CME at the NC Zoo conference. Mosquito-borne diseases have become more common in the United States as globalization and urbanization have allowed previously geographically isolated diseases to spread globally.

Learning Objectives:

At the conclusion of this session, the participant will be able to:

  • describe the mechanisms of mosquito-borne disease agent transfer to humans,
  • list the most prevalent mosquito-borne diseases in the United States, and
  • describe present and future treatments to the most prevalent mosquito-borne diseases in the United States.

Accreditation Statement:

The North Carolina Osteopathic Medical Association is accredited by the American Osteopathic Association to provide osteopathic continuing medical education for physicians. The North Carolina Osteopathic Medical Association designates this program for a maximum of 1 AOA Category 1-A credits and will report CME and specialty credits commensurate with the extent of the physician’s participation in this activity.

Conflict of Interest Statement:
Jackson Sparks, PhD, has no conflicts for this presentation.

Grievance Policy
All grievances may be directed to NCOMA's Executive Director at info@ncoma.org. All grievances will receive an initial response within 30 days of receipt.  If the participant does not receive a satisfactory response, they can submit a complaint to the Bureau of Osteopathic Education of the AOA at 142 East Ontario Street, Chicago, IL 60611.

Handouts

Faculty

Jackson Sparks PhD Related Seminars and Products


Associate Professor of Biochemistry and Genetics Jackson Sparks helps medical and graduate students reach their full academic and professional potentials with innovative teaching strategies and personalized coaching outside of the classroom. In addition to general scientific knowledge, problem-solving and laboratory skills, he emphasizes writing, resource identification and public speaking as key components of career success.

The Sparks lab primarily investigates the molecular components of arthropod chemosensation and how this toolbox relates to behaviors affecting human health or agriculture. Dr. Sparks has characterized receptor gene expression in mosquito and vinegar fly sensory organs. Dr. Sparks and external collaborators are exploring anthocyanins as potentially informative cues for insects broadly. Future directions include augmenting the nutritional profile and development of Black Soldier Fly larvae.


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Overall:      5

Total Reviews: 2