This study aims to present an integrated process that can be used to produce biomedical and biological active components from the fruit shell of Abel. Through the Foss method, Aldehyde, acid compounds, acyl and alcohol compounds account for 22.7, 15.93, 0.24 and 61.13% of the extractives which were extracted from fruit shell by methanol solvents. Furfural, Pyrazole-4-carboxaldehyde, 1-methyl- and 5-Hydroxymethylfurfural account for 4.74, 1.22 and 58.78% of the extractives which were extracted from the fruit shell of Abel by ethanol solvents. Aldehyde, acid and amine compounds account for 5.01, 56.18 and 7.20% of the extractives which were extracted from the fruit shell of Abel by ethyl acetate solvents. The extractives of fresh flesh of bayberry were rich in rare drug, biomedical and biological activities.
Inspired
by the hierarchically ordered “brick and mortar”
(BM) architecture of natural nacre, in this study a rational assembly
of boron nitride (BN) nanosheets was introduced into a mixture of
trimethylolpropane triglycidyl ether (TTE) and soy protein isolate
(SPI), and a strong and multifunctional SPI-based nanocomposite film
with multinetwork structure was synthesized. At a low BN loading (<0.5%),
the resulting multifunctional film was flexible, antiultraviolet,
and nearly transparent and also displayed good thermal diffusion ability
and exhibited an excellent combination of high tensile strength (36.4
MPa) and thermal conductivity (TC, 2.40 W·m–1·K–1), surpassing the performances of various
types of petroleum-based plastics (displayed a tensile strength ranging
from 1.9 to 21 MPa and TC ranging from 0.55–2.13 W·m–1·K–1), including nine different
types of materials currently utilized for mobile phone shells, suggesting
its vast potential in practical applications.
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