Developmental inhibition and DNA damage of Helicoverpa armigera Hübner (Lepidoptera: Noctuidae) by gamma radiation

Purpose: Gamma radiation on Helicoverpa armigera Hübner was performed to assess developmental inhibition and to identify a potential quarantine treatment dose of the radiation. Materials and methods: Gamma radiation ( 60 Co) treatment at different doses of 50, 100, 200, 300, and 400 Gy was carried o...

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Published inInternational journal of radiation biology Vol. 91; no. 10; pp. 827 - 832
Main Authors Kim, Junheon, Chung, Soon-Oh, Jang, Miyeon, Jang, Sin Ae, Park, Chung Gyoo
Format Journal Article
LanguageEnglish
Published England Informa Healthcare 03.10.2015
Subjects
Animals
Breeding
Comet Assay
cotton bollworm
developmental inhibition
DNA Damage
Female
Gamma radiation
Gamma Rays
Larva - growth & development
Larva - radiation effects
Male
Moths - genetics
Moths - growth & development
Moths - radiation effects
Pest Control
phytosanitary
Pupa - growth & development
Pupa - radiation effects
quarantine
cotton bollworm
phytosanitary
developmental inhibition
quarantine
Gamma radiation
comet assay
Online AccessGet full text
ISSN0955-3002
1362-3095
1362-3095
DOI10.3109/09553002.2015.1068464

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Abstract Purpose: Gamma radiation on Helicoverpa armigera Hübner was performed to assess developmental inhibition and to identify a potential quarantine treatment dose of the radiation. Materials and methods: Gamma radiation ( 60 Co) treatment at different doses of 50, 100, 200, 300, and 400 Gy was carried out with egg, larvae, pupae and adults of H. armigera. Results: Gamma radiation induced developmental inhibition of all stages of H. armigera. The effective dose values required for inhibition 99% (ED 99 ) of hatching, pupation and adult emergence from the irradiated eggs were 550.7, 324.9 and 136.4 Gy, respectively. ED 99 values for inhibition of the larvae to adult emergence was 200.0 Gy. Irradiation on pupae could not completely inhibit adult emergence even at 400 Gy. ED 99 value for inhibition of F 1 egg hatchability from the irradiated adults was estimated to be 229.5 Gy. Conclusions: This study suggests that gamma radiation is a possible alternative to phytosanitary treatments. Irradiation treatment with minimum dose of 200 Gy can be suggested as optimum dose for larval treatment in quarantine.
AbstractList Gamma radiation on Helicoverpa armigera Hübner was performed to assess developmental inhibition and to identify a potential quarantine treatment dose of the radiation. Gamma radiation ((60)Co) treatment at different doses of 50, 100, 200, 300, and 400 Gy was carried out with egg, larvae, pupae and adults of H. armigera. Gamma radiation induced developmental inhibition of all stages of H. armigera. The effective dose values required for inhibition 99% (ED(99)) of hatching, pupation and adult emergence from the irradiated eggs were 550.7, 324.9 and 136.4 Gy, respectively. ED(99) values for inhibition of the larvae to adult emergence was 200.0 Gy. Irradiation on pupae could not completely inhibit adult emergence even at 400 Gy. ED(99) value for inhibition of F(1) egg hatchability from the irradiated adults was estimated to be 229.5 Gy. This study suggests that gamma radiation is a possible alternative to phytosanitary treatments. Irradiation treatment with minimum dose of 200 Gy can be suggested as optimum dose for larval treatment in quarantine.
Purpose: Gamma radiation on Helicoverpa armigera Hübner was performed to assess developmental inhibition and to identify a potential quarantine treatment dose of the radiation. Materials and methods: Gamma radiation ( 60 Co) treatment at different doses of 50, 100, 200, 300, and 400 Gy was carried out with egg, larvae, pupae and adults of H. armigera. Results: Gamma radiation induced developmental inhibition of all stages of H. armigera. The effective dose values required for inhibition 99% (ED 99 ) of hatching, pupation and adult emergence from the irradiated eggs were 550.7, 324.9 and 136.4 Gy, respectively. ED 99 values for inhibition of the larvae to adult emergence was 200.0 Gy. Irradiation on pupae could not completely inhibit adult emergence even at 400 Gy. ED 99 value for inhibition of F 1 egg hatchability from the irradiated adults was estimated to be 229.5 Gy. Conclusions: This study suggests that gamma radiation is a possible alternative to phytosanitary treatments. Irradiation treatment with minimum dose of 200 Gy can be suggested as optimum dose for larval treatment in quarantine.
Gamma radiation on Helicoverpa armigera Hübner was performed to assess developmental inhibition and to identify a potential quarantine treatment dose of the radiation.PURPOSEGamma radiation on Helicoverpa armigera Hübner was performed to assess developmental inhibition and to identify a potential quarantine treatment dose of the radiation.Gamma radiation ((60)Co) treatment at different doses of 50, 100, 200, 300, and 400 Gy was carried out with egg, larvae, pupae and adults of H. armigera.MATERIALS AND METHODSGamma radiation ((60)Co) treatment at different doses of 50, 100, 200, 300, and 400 Gy was carried out with egg, larvae, pupae and adults of H. armigera.Gamma radiation induced developmental inhibition of all stages of H. armigera. The effective dose values required for inhibition 99% (ED(99)) of hatching, pupation and adult emergence from the irradiated eggs were 550.7, 324.9 and 136.4 Gy, respectively. ED(99) values for inhibition of the larvae to adult emergence was 200.0 Gy. Irradiation on pupae could not completely inhibit adult emergence even at 400 Gy. ED(99) value for inhibition of F(1) egg hatchability from the irradiated adults was estimated to be 229.5 Gy.RESULTSGamma radiation induced developmental inhibition of all stages of H. armigera. The effective dose values required for inhibition 99% (ED(99)) of hatching, pupation and adult emergence from the irradiated eggs were 550.7, 324.9 and 136.4 Gy, respectively. ED(99) values for inhibition of the larvae to adult emergence was 200.0 Gy. Irradiation on pupae could not completely inhibit adult emergence even at 400 Gy. ED(99) value for inhibition of F(1) egg hatchability from the irradiated adults was estimated to be 229.5 Gy.This study suggests that gamma radiation is a possible alternative to phytosanitary treatments. Irradiation treatment with minimum dose of 200 Gy can be suggested as optimum dose for larval treatment in quarantine.CONCLUSIONSThis study suggests that gamma radiation is a possible alternative to phytosanitary treatments. Irradiation treatment with minimum dose of 200 Gy can be suggested as optimum dose for larval treatment in quarantine.
Author Jang, Sin Ae
Chung, Soon-Oh
Jang, Miyeon
Park, Chung Gyoo
Kim, Junheon
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phytosanitary
developmental inhibition
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Gamma radiation
comet assay
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Snippet Purpose: Gamma radiation on Helicoverpa armigera Hübner was performed to assess developmental inhibition and to identify a potential quarantine treatment dose...
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SubjectTerms Animals
Breeding
Comet Assay
cotton bollworm
developmental inhibition
DNA Damage
Female
Gamma radiation
Gamma Rays
Larva - growth & development
Larva - radiation effects
Male
Moths - genetics
Moths - growth & development
Moths - radiation effects
Pest Control
phytosanitary
Pupa - growth & development
Pupa - radiation effects
quarantine
Title Developmental inhibition and DNA damage of Helicoverpa armigera Hübner (Lepidoptera: Noctuidae) by gamma radiation
URI https://www.tandfonline.com/doi/abs/10.3109/09553002.2015.1068464
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