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plant-pathogen interaction (keyword)
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journal article EST
/
journal article ENG
Application of the pathogen Trojan horse approach in maize (Zea mays)
Linde, Karina van der
;
Egger, Rachel L.
;
Timofejeva, Ljudmilla
;
Walbot, Virginia
Plant signaling & behavior
2018
/
art. e1547575, 4 p. : ill
https://doi.org/10.1080/15592324.2018.1547575
Journal metrics at Scopus
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journal article EST
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journal article ENG
Number of records 1, displaying
1 - 1
keyword
130
1.
plant-pathogen interaction
2.
plant-soil interaction
3.
pathogen
4.
pathogen outbreak
5.
tick-borne pathogen
6.
air-sea interaction
7.
air-water interaction
8.
animal-robot interaction
9.
atmosphere-ocean interaction
10.
bursts interaction
11.
DNA-protein interaction
12.
domain interaction
13.
drug interaction
14.
drug–target interaction prediction
15.
electron phonon interaction
16.
electron-phonon interaction
17.
fluid–structure interaction
18.
grid interaction
19.
hammer–string interaction
20.
hip-ice interaction
21.
hull superstructure interaction
22.
human computer interaction
23.
human computer interaction (HCI)
24.
human machine interaction
25.
human robot interaction
26.
human-computer interaction
27.
human–computer interaction
28.
Human-Computer Interaction (HCI)
29.
human-machine interaction
30.
human-robot interaction
31.
human–robot interaction
32.
human-robot interaction (HRI)
33.
hydrogen-bonding interaction
34.
ice-structure interaction
35.
interaction
36.
interaction design pattern
37.
interaction laws
38.
interaction methods
39.
interaction patterns
40.
interaction types
41.
intermolecular interaction energy
42.
land-ocean interaction
43.
microwave interaction
44.
multi-stream interaction machine
45.
nonlinear wave interaction
46.
propeller–hull interaction
47.
protein–membrane interaction
48.
ship-ice interaction
49.
Ship-rock interaction
50.
social interaction
51.
solid-phase-interaction
52.
string-obstacle interaction
53.
Sustainable Business Models Interdependence Theory’s Principle Of Interaction
54.
Van der Waals interlayer interaction
55.
wave interaction
56.
wave-current interaction
57.
wave-current-surge interaction
58.
cement plant
59.
combined heat and power plant
60.
condensing power plant
61.
conventional power plant
62.
genes plant
63.
heat and power plant
64.
heat pump plant
65.
heating plant
66.
human gait plant
67.
hydropower plant
68.
indigenous plant virus
69.
Mini-block power plant
70.
multi-machine industrial power plant
71.
photovoltaic power plant
72.
plant
73.
plant breeding
74.
plant communities
75.
plant diseases
76.
plant dispersal
77.
plant diversity
78.
plant extract
79.
plant extracts
80.
plant fibers
81.
plant growth promotion
82.
plant growth stimulator
83.
Plant host
84.
plant macrofossils
85.
plant phenolics
86.
plant protein
87.
plant proteins
88.
plant reconfiguration
89.
plant regeneration
90.
plant reproduction
91.
plant richness
92.
plant RNA viruses
93.
plant stress response
94.
plant uptake
95.
plant wax
96.
plant virus
97.
plant-based
98.
Plant-based alternatives
99.
plant-based beverage
100.
plant-based food
101.
plant-based foods
102.
plant-based meat analogues
103.
plant-based NADES
104.
plant-based protein
105.
plant-functional types
106.
plant-microbe interactions
107.
plant–microbe interactions
108.
pollen–plant relationship
109.
pollen-plant relationships
110.
Pollen–plant richness relationship
111.
Power Plant
112.
power plant cycling
113.
power plant pollution
114.
PV power plant
115.
rendering plant waste
116.
reveals plant abundance
117.
sewage treatment plant
118.
Siemens Tecnomatix Plant Simulation (STPS) platform
119.
solar power plant integration
120.
thermal power plant
121.
topological power plant
122.
treatment plant
123.
unstable plant
124.
vascular plant
125.
wastewater treatment plant
126.
water electrolysis plant
127.
water treatment plant
128.
virtual power plant
129.
virtual power plant (VPP)
130.
virtual power plant's (VPPs)
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