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Vascular occlusion in stems of cut rose flowers
W.G. van Doorn
Laboratory of Plant Physiology
Research output
:
Thesis
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external PhD, WU
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Agriculture & Biology
Rosa
100%
blood vessels
96%
flowers
82%
stems
74%
water
44%
xylem
41%
bacteria
32%
polysaccharides
20%
cultivars
18%
water potential
16%
tyloses
16%
water uptake
14%
air
14%
vase life
13%
ruthenium red
13%
gases
12%
water flow
12%
ultrasonics
10%
surfactants
10%
acoustics
10%
ethylene
9%
cell walls
7%
microphones
7%
girdling
7%
embolism
6%
tracheids
6%
water storage
6%
horticultural crops
6%
surface tension
6%
ovalbumin
6%
wilting
6%
xylem vessels
6%
microbial growth
5%
bacterial growth
5%
plant damage
5%
stomata
5%
Netherlands
5%
endo-1,4-beta-glucanase
4%
transpiration
4%
leaves
4%
light microscopy
4%
bark
4%
buds
4%
dyes
4%
water stress
4%
electron microscopy
4%
signs and symptoms (plants)
4%
ambient temperature
4%
India
3%
liquids
3%
yeasts
3%
degradation
3%
molecular weight
3%
fungi
3%
proteins
1%