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This is a Quantitative Study study.

September 18, 2025Contributions to ZoologyOpen Access

A comparative analysis of multiple loci in hematophagous leech blood meals for wildlife monitoring in southeast asian tropical rainforests

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Analysis demonstrates effectiveness of iDNA metabarcoding for wildlife monitoring in leeches, highlighting its promise in rainforest ecosystems.

iDNA metabarcoding identified 42 vertebrate species using multiple loci from leeches collected in Malaysian forests.
The highest species detection originated from the 16S locus with 28 species, indicating its utility in biodiversity assessments.
Traditional wildlife methods are time-consuming, emphasizing metabarcoding's efficiency in dense tropical forests for wildlife surveys.
This research supports using complementary DNA markers to enhance wildlife monitoring efforts in Southeast Asian ecosystems.

Jamal-Shuhaily et al. (2025) studied this question.

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September 18, 2025Contributions to ZoologyOpen Access

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Authors

Analysis demonstrates effectiveness of iDNA metabarcoding for wildlife monitoring in leeches, highlighting its promise in rainforest ecosystems.

iDNA metabarcoding identified 42 vertebrate species using multiple loci from leeches collected in Malaysian forests.
The highest species detection originated from the 16S locus with 28 species, indicating its utility in biodiversity assessments.
Traditional wildlife methods are time-consuming, emphasizing metabarcoding's efficiency in dense tropical forests for wildlife surveys.
This research supports using complementary DNA markers to enhance wildlife monitoring efforts in Southeast Asian ecosystems.

Jamal-Shuhaily et al. (2025) studied this question.

Synapse has enriched 5 closely related papers on similar clinical questions. Consider them for comparative context:

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