Table 3
Guide on drying methods and moisture contents of embryo axes of some recalcitrant seeds for successful cryopreservation
Family
Species
Drying method
Moisture content
(fwb) (%)
Moisture content
(g H
2 O/g dw)
Survival
(%)
Normal plant
growth (%)
Reference
Sapindaceae
Aesculus
hippocastanum
“Flash
drier”(Fig. 1a)
20–29
0.25–0.40
100
100
[38]
Acer
saccharinum
“Flash drier” (Fig. 1a)
20
0.25
90
75
[5]
Fagaceae
Castanea sativa
Airflow of a laminar
flow chamber
20
0.25
100
63
[43]
Castanea sativa
Airflow of a laminar
flow chamber
24
0.32
93
61
[43]
Quercus faginea
Airflow of a laminar
flow chamber
21
0.27
75
60
[39]
Quercus rubra
Stream of nitrogen gas
(Fig. 1b)
23
0.30
90
60
[26]
fwb fresh weight basis,
dw dry weight
Cryopreservation of Seeds and Seed Embryos
679
Guide on drying methods and moisture contents of embryo axes of some recalcitrant seeds for successful cryopreservation
Family
Species
Drying method
Moisture content
(fwb) (%)
Moisture content
(g H
2 O/g dw)
Survival
(%)
Normal plant
growth (%)
Reference
Sapindaceae
Aesculus
hippocastanum
“Flash
drier”(Fig. 1a)
20–29
0.25–0.40
100
100
[38]
Acer
saccharinum
“Flash drier” (Fig. 1a)
20
0.25
90
75
[5]
Fagaceae
Castanea sativa
Airflow of a laminar
flow chamber
20
0.25
100
63
[43]
Castanea sativa
Airflow of a laminar
flow chamber
24
0.32
93
61
[43]
Quercus faginea
Airflow of a laminar
flow chamber
21
0.27
75
60
[39]
Quercus rubra
Stream of nitrogen gas
(Fig. 1b)
23
0.30
90
60
[26]
fwb fresh weight basis,
dw dry weight
Cryopreservation of Seeds and Seed Embryos
679
