1 - Phloem physiology and phloem-feeding
insects |
Protocol
|
Title |
006 |
A FACILITATED GLUCOSE/FRUCTOSE TRANSPORTER
OF THE PHLOEM-SAP FEEDING INSECT, THE BROWN PLANTHOPPER,
NILAPARVATA LUGENS
|
008 |
NUTRITIONAL ADAPTATION OF OEBALUS
INSULARIS STAL (HETEROPTERA: PENTATOMIDAE), ECHINOCHLOA
COLONA LINK (POACEAE)
|
009 |
HOST PLANTS OF BEMISIA TABACI
(GENN.), IN PANAMA
|
011 |
SMALL RNA RESPONSES TO APHID FEEDING IN
RESISTANT AND SUSCEPTIBLE INTERACTIONS
|
021 |
FEEDING BEHAVIOUR AND PERFORMANCE STUDIES
ON DIFFERENT POPULATIONS OF THE BLACK CURRANT - LETTUCE APHID
NASONOVIA RIBISNIGRI ON RESISTANT AND SUSCEPTIBLE LETTUCE
CULTIVARS
|
024 |
NEW SOURCES OF RESISTANCE TO LETTUCE
APHIDS IN LACTUCA SPP.
|
026 |
ADAXIAL VS. ABAXIAL DIFFERENCES IN
PREFERENCE AND PROBING BEHAVIOUR OF BEMISIA TABACI ON
ACYLSUCROSE-PRODUCING TOMATO
|
029 |
MICROORGANISMS FROM APHID HONEYDEW ATTRACT
AND ENHANCE THE EFFICACY OF NATURAL ENEMIES
|
031 |
LABORATORY ASSESSMENT OF PEA-WHEAT PLANT
ASSOCIATION COUPLED WITH POTENTIAL APHID INFESTATION ON
SITOBION AVENAE BEHAVIOUR
|
035 |
GENDER DIFFERENCES AND EFFECT OF
PHOTOPHASE ON ASIAN CITRUS PSYLLID (DIAPHORINA CITRI
KUWAYAMA) FEEDING BEHAVIOR
|
036 |
ANALYSIS OF ELECTRICAL PENETRATION GRAPH
DATA: WHAT TO DO WITH ARTIFICIALLY TERMINATED EVENTS?
|
050 |
RESISTANCE TO CABBAGE WHITEFLY IN
BRASSICA OLERACEA
|
053 |
HOST PRECONDITIONING IN MEALYBUGS
(PSEUDOCOCCIDAE)
|
054 |
PARTICULARITIES AND VARIABILITY ON
MEALYBUG PROBING BEHAVIOUR
|
057 |
PHAGODETERRENT EFFECT OF TRICHILIA
PALLIDA EXTRACT AGAINST RHOPALOSIPHUM MAIDIS
|
061 |
X-WAVE FILES: STEREOTYPICAL VASCULAR
CELL-PROBING ACTIVITIES REVEALED BY EPG
|
062 |
CHARACTERIZATION OF CORN LEAFHOPPER,
DALBULUS MAIDIS DELONG AND WOLCOTT ELECTRICAL PENETRATION
GRAPH WAVEFORMS
|
069 |
THE DISRUPTION OF PRIMARY ENDOSYMBIONTS OF
MYZUS PERSICAE INFLUENCES THE APHID FEEDING BEHAVIOR
|
071 |
CHARACTERIZING FEEDING BEHAVIOR OF
ACYRTHOSIPHON PISUM CLONES ON HOST AND NON-HOST PLANT
SPECIES BY THE ELECTRICAL PENETRATION GRAPH (EPG) TECHNIQUE
|
073 |
MOLECULAR EVIDENCE FOR THE PRESENCE OF
BEMISIA TABACI BELONGING TO THE MIDDLE EAST-ASIA MINOR 1 AND
NEW WORLD SPECIES IN BRAZIL
|
074 |
RESISTANCE OF BRASSICA OLERACEA
VAR. ACEPHALA TO BREVICORYNE BRASSICAE (LINNAEUS, 1758)
(HEMIPTERA: APHIDIDAE)
|
076 |
INFLUENCE OF PLANT EXTRACTS ON REPELLENCE
AND OVIPOSITIONAL PREFERENCE OF BEMISIA TABACI (GENN.)
BIOTYPE B (HEMIPTERA: ALEYRODIDAE) FOR TOMATO
|
078 |
ANTIBIOSIS AND NON-PREFERENCE FOR FEEDING
ON BEMISIA TABACI BIOTYPE B IN SOYBEAN GENOTYPES
|
082 |
EFFECTS OF STARVATION ON PROBING BEHAVIOR
OF THE ASIAN CITRUS PSYLLID, DIAPHORINA CITRI
|
088 |
ATTRACTIVENESS AND NON-PREFERENCE FOR OVIPOSITION OF BEMISIA
TABACI (GENN.) BIOTYPE B (HEMIPTERA: ALEYRODIDAE) IN SQUASH
GENOTYPES
|
097 |
PHLOEM-FEEDERS VERSUS PHLOEM SEALING MECHANISMS
|
099 |
TRANSPORT OF
NUTRIENTS AND DEFENSIVE COMPOUNDS IN THE PHLOEM
|
102 |
RELIABILITY OF EPGS
IN ANSWERING PLANT-INSECT QUESTIONS
|
103 |
INFLUENCE OF A FATTY
ACID DESATURASE ON PLANT-APHID INTERACTIONS
|
2 - Xylem physiology and xylem-feeding
insects |
Protocol |
Title |
012 |
SUPPORT FOR THE SALIVATION-EGESTION
HYPOTHESIS FOR XYLELLA FASTIDIOSA INOCULATION: X-RAY
STUDIES SUPPORTING THE EXISTENCE OF EGESTION
|
013 |
SUPPORT FOR THE SALIVATION-EGESTION
HYPOTHESIS FOR XYLELLA FASTIDIOSA INOCULATION: SALIVARY
GLUCANASE IS INJECTED INTO XYLEM DURING VECTOR FEEDING
|
014 |
HOW DO SHARPSHOOTER LEAFHOPPERS FEED AND
SURVIVE ON NUTRITIONALLY DEPAUPERATE XYLEM FLUID?
|
022 |
EVOLUTION OF XYLEM-FEEDING IN
AUCHENORRHYNCHA, WITH EMPHASIS ON SHARPSHOOTER LEAFHOPPERS
|
046 |
DIFFERENT PLANT RESPONSE TO NYMPHS AND
ADULTS OF SPITTLEBUGS (HEMIPTERA: CERCOPIDAE) – CASE OF
PANICUM MAXIMUM CULTIVAR MASSAI
|
055 |
APPLYING APHIDS AS BIOSENSORS FOR
INVESTIGATING THE DYNAMIC DISTRIBUTION OF SYSTEMIC INSECTICIDES
IN PLANTS
|
060 |
THE ORGANIZATION OF THE LUMINAL SYSTEMA OF
MEMBRANES IN THE MIDGUT OF THE SHARPSHOOTER BUCEPHALOGONIA
XANTHOPHIS(BERG) (HEMIPTERA: CICADELLIDAE): A CHALLENGE OF
PARADIGM?
|
064 |
XYLEM NUTRIENT UTILIZATION AND THE LIFE
HISTORY OF SHARPSHOOTER LEAFHOPPERS
|
065 |
SOME METABABOLIC ADAPTATIONS OF INSECTS
THAT FEED ON XYLEM FLUID
|
101 |
THE XYLEM AS A TARGET
FOR HEMIPTERAN HERBIVORES
|
3 - Other modes of piercing-sucking
feeding
|
Protocol |
Title |
010 |
JUMPING PLANT-LICE AND HOST PLANTS
INTERACTIONS, DAMAGES ON CULTIVATED PLANTS AND FOREST TIMBERS IN
CAMEROON
|
015 |
CELL RUPTURE FEEDING BY EMPOASCA AND
LYGUS SPP. AND THE CAUSES OF THEIR PLANT DAMAGE
|
037 |
DISPELLING THE RASPER MYTH AND
INVESTIGATING HOW VIRUS INFECTION CHANGES THRIPS FEEDING
BEHAVIOR
|
052 |
FEEDING BEHAVIOR AND SUPERFICIAL DAMAGE TO
SOYBEAN SEED BY EDESSA MEDITABUNDA (F.) AND EUSCHISTUS
HEROS(F.) (HETEROPTERA: PENTATOMIDAE) IN THE GREENHOUSE
|
068 |
BEYOND VASCULAR TISSUE: TACTICS FOR
FEEDING ON PARENCHYMA, EPIDERMIS, AND REPRODUCTIVE STRUCTURES OF
PLANTS
|
083 |
WAVEFORM LIBRARY FOR CHINCH
BUGS(HETEROPTERA: LYGAEIDAE): CHARACTERIZATION OF EPG WAVEFORMS
AT MULTIPLE INPUT IMPEDANCES
|
085 |
QUANTITATIVE ANALYSIS OF FEEDING BEHAVIOR
OF SOUTHERN CHINCH BUG, BLISSUS INSULARIS BARBER
(HEMIPTERA: BLISSIDAE), ON RESISTANT AND SUSCEPTIBLE ST.
AUGUSTINEGRASSES
|
089 |
HETEROPTERAN SYMBIONTS: RECENT ADVANCES
AND PERSPECTIVES
|
094 |
PHLOEM OR XYLEM FEEDING? USE OF VEGETATIVE
AND REPRODUCTIVE PLANT PARTS AND TISSUES BY TWO LARGE
NEOTROPICAL COREIDS
|
096 |
CURRENT KNOWLEDGE ABOUT FEEDING BEHAVIOUR
OF PLANTHOPPERS AND LEAFHOPPERS OF PHYTOSANITARY IMPORTANCE IN
ARGENTINA (HEMIPTERA-AUCHENORRHYNCHA)
|
098 |
THOSE CRAZY COREIDS! WHAT EPG
TELLS US ABOUT SQUASH BUG FEEDING BEHAVIOR
|
4 - Plant physiological and molecular
responses |
Protocol |
Title |
003 |
MOLECULAR RESPONSE OF DIPLOID WHEAT TO
GRAIN APHIDS
|
027 |
PISTACHIO TREE RESPONSES TO PSYLLID
CONTAMINATION THROUGH THE GROWING SEASON
|
030 |
ASSESSMENT OF APHID SALIVA ROLE AS PLANT
DEFENCE ELICITATION BY MULTIPLE APPROACHES
|
040 |
DISTINCT AND COMMON REQUIREMENTS FOR
MI-1-MEDIATED RESISTANCE TO APHIDS AND ROOT-KNOT NEMATODES
|
042 |
TOMATOES THAT REPEL WHITEFLIES
|
043 |
THE PAMP-TRIGGERED IMMUNITY RESPONSE IS
INVOLVED IN PLANT DEFENSE RESPONSE TO APHID ATTACK AND IS
SUPPRESSED BY AN APHID EFFECTOR
|
048 |
DISSECTING RESISTANCE TO APHIDS
(ACYRTHOSIPHON SPECIES) USING THE MODEL LEGUME MEDICAGO
TRUNCATULA
|
058 |
WHITEFLY PREFERENCE IN TOMATO
|
059 |
FUNCTIONAL CHARACTERIZATION OF EFFECTOR
PROTEINS THAT MODULATE PLANT-INSECT INTERACTIONS
|
070 |
HERBIVORY BY A PHLOEM-FEEDING INSECT
INHIBITS FLORAL VOLATILE PRODUCTION
|
087 |
HOST-PLANT MEDIATED INTERACTIONS BETWEEN
BELOWGROUND EFFECTS OF ORGANIC AND CONVENTIONAL FARMING ON THE
ABOVEGROUND PLANT-HERBIVORE RELATIONSHIPS
|
093 |
MOLECULAR BASIS OF HOST DEFENSE AGAINST
GREEN PEACH APHID
|
095 |
OXYLIPINS IN PLANT DEFENSES AGAINST APHIDS
|
100 |
HEMIPTERAN FEEDING
AND PLANT DEFENSE RESPONSES: FROM CELLULAR DESTRUCTION TO
STEALTHY FEEDING
|
5 - Plant pathogen - vector interactions
|
Protocol |
Title |
001 |
EARLY MOLECULAR PATHWAYS TRIGGERED UPON
PLANT-INSECT INTERACTION CAN BE USED BY VIRUSES TO IMPROVE
TRANSMISSION
|
002 |
CAULIFLOWER MOSAIC VIRUS USES THE PLANT
HOST CELL TO SENSE THE APHID VECTOR AND OPTIMISE ITS OWN
TRANSMISSION
|
016 |
BEMISIA TABACI
SECONDARY SYMBIONTS: THEIR FUNCTIONAL ROLES IN VIRUS
TRANSMISSION AND WHITEFLY BIOLOGY
|
017 |
TARGETING THE KEY PROTEIN RESPONSIBLE FOR
INSECT MEDIATED VIRAL TRANSMISSION: AN APPROACH TOWARDS
RESISTANCE DEVELOPMENT IN PLANTS
|
018 |
AN APHID VIRUS WITH A PLANT VIRUS-DERIVED
COAT PROTEIN
|
019 |
ASSESSING APHIDS PVY-TRANSMISSION
EFFICIENCY: A NEW APPROACH
|
023 |
WHITEFLY VECTOR (BEMISIA TABACI)
PROTEOME ELUCIDATION: FIRST STEPS TOWARD UNRAVELING THE
COMPLEXITY OF WHITEFLY-BEGOMOVIRUS INTERACTIONS
|
025 |
DO ALL NONCIRCULATIVE APHID-TRANSMITTED
VIRUSES SHARE THE SAME RETENTION SITES?
|
028 |
APHID - PHYTOVIRUS INTERACTIONS:
INVESTIGATION OF VIRUS BINDING MECHANISMS IN INSECT VECTORS BY
LECTIN USE AND PROTEOMIC APPROACH
|
032 |
STRAIN SPECIFITY AND SIMULTANEOUS
TRANSMISSION OF CLOSELY-RELATED STRAINS OF A POTYVIRUS BY GREEN
PEACH APHID, MYZUS PERSICAE (SULZER)
|
033 |
ACQUISITION AND INOCULATION OF TOMATO
YELLOW LEAF CURL VIRUS FROM RESISTANT GENOTYPES BY BEMISIA
TABACI: RESISTANT GENOTYPES ARE RESERVOIRS OF THE VECTOR AND
THE VIRUS
|
034 |
THE EFFECTS OF A VIRAL SILENCING
SUPPRESSOR PROTEIN ON PLANT-APHID INTERACTIONS
|
038 |
PLANT AND APHID PARTNERS OF POLEROVIRUSES:
ROLE IN VIRUS TRANSMISSION BY APHIDS?
|
039 |
MONITORING OF THE APHID FAUNA OF
VECTOR-BORNE VIRUSES IN A NEWLY INTRODUCED YELLOW PASSION-FRUIT
COMMERCIAL CROP
|
041 |
HOST-PLANT DETERMINES THE PHYTOPLASMA
ACQUISITION AND TRANSMISSION COMPETENCE BY LEAFHOPPER VECTORS
|
044 |
BEMISIA TABACI
BIOTYPE B ACQUIRES, BUT DOES NOT TRANSMIT A PASSIFLORA ISOLATE
OF SIDA MOTTLE VIRUS
|
045 |
ASSOCIATION BETWEEN MAL DE RÍO CUARTO
VIRUS (MRCV) TITER AND TRANSMISSION EFFICIENCY BY 1ST AND 3RD
INSTAR NYMPHS OF DELPHACODES KUSCHELI
|
049 |
DIRECT AND INDIRECT VIRUS EFFECTS ON THE
PROBING AND FEEDING BEHAVIOR OF APHIS GOSSYPII GLOVER
|
056 |
A PHYTOPLASMA EFFECTOR TARGETS SPECIFIC
PLANT TRANSCRIPTION FACTORS TO PROMOTE PROGENY PRODUCTION OF
PHYTOPLASMA LEAFHOPPER VECTORS
|
063 |
LATENT PERIOD OF CANDIDATUS
LIBERIBACTER ASIATICUS IN DIAPHORINA CITRI
|
066 |
EFFECT OF THE BEGOMOVIRUS TRANSMISSION
EFFICIENCY FOR THE PREDOMINANCE OF TOMATO SEVERE RUGOSE VIRUS
(TOSRV) IN TOMATOS CROPS
|
067 |
TRANSMISSION IN VIVO OF ELM YELLOWS
PHYTOPLASMA (16SRV) BY AMPLICEPHALUS CURTULUS(HEMIPTERA:
CICADELLIDAE) IN RYEGRASS (LOLIUM MULTIFLORUM CV. TAMA)
|
072 |
THE EFFECT OF CYAZYPYR ™ IN REDUCING
HEMIPTERAN PEST-TRANSMITTED DISEASES IN CROP PLANTS
|
080 |
ACQUISITION OF 16SRIX, HLB ASSOCIATED
PHYTOPLASMA, BY SCAPHYTOPIUS MARGINELINEATUS (HEMIPTERA:
CICADELLIDAE) FROM CROTALARIA JUNCEAE
|
084 |
COMPARATIVE ANALYSIS OF ELECTRICAL
PENETRATION GRAPHS OF NYMPHS AND ADULTS OF DIAPHORINA CITRI
(HEMIPTERA: PSYLLIDAE) ON CITRUS
|
090 |
TRANSMISSION OF LETTUCE INFECTIOUS YELLOWS
VIRUS IS DETERMINED BY A VIRUS CAPSID PROTEIN MEDIATED VIRION
RETENTION MECHANISM IN THE FOREGUT OF WHITEFLY VECTORS
|
091 |
IDENTIFICATION OF LEAFHOPPER VECTOR
PROTEINS SPECIFICALLY INTERACTING WITH PHYTOPLASMA ANTIGENIC
MEMBRANE PROTEIN
|
092 |
REGULATION OF HOST SWITCHING AND
TRANSMISSION IN XYLELLA FASTIDIOSA
|
104 |
DISTRIBUTION AND ABUNDANCE
OF EXITIANUS
OBSCURINERVIS, POSSIBLE VECTOR OF
SPIROPLASMA KUNKELII
IN MAIZE CROPS IN THE TEMPERATE ZONE OF ARGENTINA
|