Medicine & Life Sciences
Polyhydroxyalkanoates
87%
Malus
72%
Pseudomonas
60%
Polymers
48%
Conflict of Interest
46%
3-hydroxyoctanoic acid
37%
Elastomers
25%
Temperature
25%
Transition Temperature
24%
Vitrification
24%
Biopolymers
24%
Polyesters
22%
Biomass
22%
Bioreactors
21%
Fructose
20%
Carbon Dioxide
19%
Freezing
18%
Sucrose
17%
Sugars
17%
Fruit
17%
Industry
16%
Molecular Weight
15%
Hot Temperature
13%
Oxygen
12%
Glucose
11%
Agriculture & Biology
Pseudomonas citronellolis
100%
apple pulp
86%
polyhydroxyalkanoates
68%
feedstocks
49%
polymers
40%
petrochemicals
20%
thermal degradation
20%
glass transition temperature
19%
melting point
19%
biopolymers
19%
bioreactors
17%
polyesters
17%
fructose
15%
films (materials)
14%
carbon dioxide
14%
sucrose
12%
oxygen
12%
sugars
11%
industry
11%
biomass
11%
molecular weight
10%
glucose
10%
fruits
10%
temperature
7%
methodology
4%