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Biological glasses : nature's way to preserve life
J. Buitink
Biophysics
Laboratory of Plant Physiology
EPS
Research output
:
Thesis
›
internal PhD, WU
Overview
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Agriculture & Biology
preserves
100%
glass
89%
water content
74%
pollen
59%
electron paramagnetic resonance spectroscopy
50%
cytoplasm
45%
oligosaccharides
44%
temperature
37%
seeds
37%
drying
27%
sugars
27%
viability
26%
peas
26%
Impatiens
24%
melting
24%
prediction
16%
germplasm
15%
viscosity
13%
sweet peppers
13%
desiccation (plant physiology)
12%
sucrose
12%
storage conditions
11%
storage temperature
11%
differential scanning calorimetry
11%
lettuce
11%
tissues
10%
relative humidity
10%
organisms
10%
lysine
9%
Typha latifolia
8%
seed longevity
8%
glass transition
7%
imbibition
6%
root radicle
6%
heat
6%
glass transition temperature
6%
activation energy
6%
nuclear magnetic resonance spectroscopy
5%
water temperature
5%
spectroscopy
5%
ambient temperature
4%
polymers
4%
protocols
4%
kinetics
3%
stems
3%
sampling
2%