Distribution Survey of Babesia and Assessment of Tick-borne Diseases in Jeju, Republic of Korea

a study conducted in Jeju used the dry ice trap method to collect 17,855 ticks across six regions, examining their distribution and potential as disease vectors.The ticks were identified and categorized by species and growth stage.In addition, the study focused on Babesia, a disease transmitted by hard ticks.Of 17,641 ticks from which DNA had been extracted, 581 pools underwent polymerase chain reaction testing.Of these, 43 pools tested positive for Babesia, with the highest positivity found in Western Seogwipo (23 pools, 53.5%), followed by eastern Seogwipo and central Jeju.The peak times for positive results were April and July.This study highlights an increased risk of tick bites linked to the rising number of abandoned pets in Jeju, necessitating ongoing environmental management and monitoring.These findings provide fundamental data for formulating strategies to prevent and manage tick-borne diseases in Jeju.This involves reducing the disease incidence through targeted preventive measures and detailed epidemiological research.These results underscore the necessity for continued vigilance and proactive intervention to address the health challenges ticks pose in the region.

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Publication Details

Journal
Korean Journal of Clinical Laboratory Science
Published
2024-09-30
DOI
https://doi.org/10.15324/kjcls.2024.56.3.189
Citations
1
Primary Topic
Vector-borne infectious diseases
Type
article
Field-Weighted Citation Impact
0.52

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article

Distribution Survey of Babesia and Assessment of Tick-borne Diseases in Jeju, Republic of Korea

Jiro Kim, Young‐Min Yun
1 citations
Korean Journal of Clinical Laboratory Science
Vector-borne infectious diseases
0.52
article

Distribution Survey of Babesia and Assessment of Tick-borne Diseases in Jeju, Republic of Korea

Jiro Kim, Young‐Min Yun
article en
1 citations

Abstract

a study conducted in Jeju used the dry ice trap method to collect 17,855 ticks across six regions, examining their distribution and potential as disease vectors.The ticks were identified and categorized by species and growth stage.In addition, the study focused on Babesia, a disease transmitted by hard ticks.Of 17,641 ticks from which DNA had been extracted, 581 pools underwent polymerase chain reaction testing.Of these, 43 pools tested positive for Babesia, with the highest positivity found in Western Seogwipo (23 pools, 53.5%), followed by eastern Seogwipo and central Jeju.The peak times for positive results were April and July.This study highlights an increased risk of tick bites linked to the rising number of abandoned pets in Jeju, necessitating ongoing environmental management and monitoring.These findings provide fundamental data for formulating strategies to prevent and manage tick-borne diseases in Jeju.This involves reducing the disease incidence through targeted preventive measures and detailed epidemiological research.These results underscore the necessity for continued vigilance and proactive intervention to address the health challenges ticks pose in the region.

Korean Journal of Clinical Laboratory ScienceVol. 56(3)
Cheju Halla University (KR), Jeju National University (KR)
Korea Disease Control and Prevention Agency, Jeju National University, Animal and Plant Quarantine Agency
Zero hunger
Openalex Percentile: Top 34%
Vector-borne infectious diseases
0.52
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Distribution Survey of Babesia and Assessment of Tick-borne Diseases in Jeju, Republic of Korea — Jiro Kim, Young‐Min Yun · Korean Journal of Clinical Laboratory Science (2024) | TGRS Research Map | TGRS