Parasitoids, predators and PCR: the use of diagnostic molecular markers in biological control of Arthropods
Паразитоиды, хищники и ПЦР: использование диагностических молекулярных маркеров в биологической защите членистоногих
2007-04-10
SCID: 54.1/h4jcfrbd
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PCR-based diagnosticsarthropod biological controldiagnostic molecular markersparasitoid identificationpredator-prey detection
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Abstract (AI)
Abstract: The polymerase chain reaction (PCR) revolutionized the field of diagnostics, and today it has routine applications in medical, veterinary, forensic and botanical sciences. The fields of biological control and insect pest management have generally been slow to adopt PCR‐based diagnostics in comparison with other fields of science. However, there has been increasing interest in the use of molecular diagnostic tools in arthropod biological control. In applied entomology, molecular techniques have generally been used for insect identification and systematics; however, PCR‐based techniques are increasingly becoming recognized as valuable tools in ecological studies. Here, we review research that has used PCR‐based techniques for parasitoid and predator/prey identification and detection, and place these studies in the context of their contributions to biological control of arthropods. The status and future directions of diagnostic molecular markers in applied entomology and insect pest management are also discussed.
Key Findings
1
Future directions and the current status of molecular markers are identified as important issues for applied entomology.
2
Molecular diagnostic tools are increasingly used in applied entomology beyond identification and systematics, particularly for ecological studies.
3
PCR-based diagnostics have been adopted more slowly in arthropod biological control than in medical, veterinary, forensic, and botanical sciences.
4
PCR-based techniques enable identification and detection of parasitoids and predators or their prey, supporting arthropod biological-control research.
5
The review evaluates how diagnostic molecular markers contribute to biological control and insect pest management.
Research Object
PCR-based diagnostic molecular markers applied to parasitoids and predators/prey in arthropod biological control
Research Subject
Identification and detection of parasitoids and predator/prey relationships, and their contribution to arthropod biological control
Publication Details
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2007-04-10
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