Lymantria dispar - Globe Thesis

Keyword [Lymantria dispar] Result: 21 - 40 \| Page: 2 of 4
21.	Biochemical And Molecular Mechanisms Of The Toxicological Effects Of Methoxyfenozide To Lymantria Dispar
22.	The Study On Molecular Identification Of Lymantria Dispar In Different Areas
23.	The Function Of PBPs And OrCo In Lymantria Dispar
24.	The Effects Of Jasmonic Acid Induced And NPV Treat Populus Cathayana On Digestive Enzymes And PO Activity Of Lymantria Dispar
25.	Screening Of Bt Insecticidal Proteins With High Activity And The Synergistic Combinations Against Lymantria Dispar (Linnaeus) Larvae
26.	Effects Of Green Poplar Induced Resistance And Tannin On The Nutrient Utilization And Enzyme Activities Of Gypsy Moth (Lymantria Dispar)
27.	Sex Assignment And Parasitical Adaptationof Anastatus Disparis(Ruschka)(Hymenoptera: Eupelmidae)
28.	Effect Of Local Spraying Of Jasmonates Induced Resistance Of Larix Olgensis
29.	Site-directed Mutagenesis Of Amino Acid Residues D143, D145,W146 And E147 In Active Catalytic Domain Of Lymantria Dispar Chitinase(Glass Ⅰ)
30.	Functional Study On Group Ⅰand Group Ⅱ Chitinases During Development Of Lymantria Dispar
31.	Analysis Of Chitin Degradation-related Genes Of Lymantria Dispar Based On High-throughput Sequencing
32.	Truncation And Site-directed Mutagenesis On Catalytic Domain Of Lymantria Dispar Chitinase (Class Ⅰ)
33.	Genetic Analysis And Rapid Detection Of Lymantria Dispar Asiatica And Its Related Species
34.	Effects And Mechanism Of Chlorogenic Acid On The Pathogenicity Of Lymantria Dispar Necleopolyhydrovirus
35.	Influence Of Syringic Acid On The Lethal And Sublethal Effects Of LdNPV Against The Gypsy Moth And Its Mechanism
36.	Studies On The Enzyme Activity And Mechanism Of The Chelidonium Majus Againist Lymantria Dispar
37.	Study On The Insecticidal Action Of Insecticides On Gypsy Moth(Lymantria Dispar L.)(Lepidoptera:Lymantriidae)
38.	USP Functional Analysis Using RNAi Technology And Study On The Resistance Of Transgenic Poplar Expressed DsRNA
39.	Effects Of Site Factors And Stand Characteristics On The Four Forest Pests In Heihe Area
40.	The Circadian Entrainment And Photo-transduction Pathways Involved In Signaling During Baculovirus Induced Behavior Changes In Lepidopteran Larvae
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