导航切换
Journal of Integrative Agriculture
JIA Home
About JIA
Description
Video introduction
Editor-in-chief
Editorial board
Guideline of JIA editorial board
Editorial board
Youth Editorial Board
For authors
Instruction for authors
Title page
Copyright agreement
Templates
Endnote
Subscription
Contact
Journals
Publication Years
Keywords
Search within results
(((ZHOU Qing-hong[Author]) AND 1[Journal]) AND year[Order])
AND
OR
NOT
Title
Author
Institution
Keyword
Abstract
PACS
DOI
Please wait a minute...
For Selected:
Download Citations
EndNote
Ris
BibTeX
Toggle Thumbnails
Select
Comprehensive characterization of yam tuber nutrition and medicinal quality of
Dioscorea opposita
and
D. alata
from different geographic groups in China
SHAN Nan, WANG Pu-tao, ZHU Qiang-long, SUN Jing-yu, ZHANG Hong-yu, LIU Xing-yue, CAO Tian-xu, CHEN Xin, HUANG Ying-jin, ZHOU Qing-hong
2020, 19 (
11
): 2839-2848. DOI:
10.1016/S2095-3119(20)63270-1
Abstract
(
179
)
PDF in ScienceDirect
China is an important domestication center of yams, and two main yam species of
Dioscorea opposita
and
D. alata
are commonly cultivated in China. However, the differences of nutritional and medicinal characteristics between the two species and their subgroups remain unclear, which would greatly affect the resource conservation and commercial utilization of yams. In this study, typical yam resources including the species of
D. opposita
(wild and cultivated Ruichang yam from southern China, and Tiegun yam from northern China) and two landraces of
D. alata
(Longyan yam and Anyuan yam from southern China) were selected as materials. Nutritional traits and medicinal characteristics were determined and analyzed respectively. The results showed that there was no significant differences in the content of most nutrients between
D. opposita
and
D. alata
, but most cultivated Ruichang yam of
D. opposita
showed higher levels of starch, soluble sugar, sucrose, and ascorbate in tuber than that in yam from
D. alata
. Moreover, an UPLC-MS method was developed for identification and determination of medicinal characteristics in the two species. The results showed that allantoin can be detected in all selected samples. Cultivated Ruichang yam of
D. opposita
possessed the highest allantoin content among the tested materials, and was significantly different with that in Tiegun yam and
D. alata
. Dioscin was not detected in
D. alata
. Overall, there was little difference in nutritional composition between
D. opposita
and
D. alata
, but the medicinal quality of
D. opposita
was better than that of
D. alata
. Due to the outstanding comprehensive quality, the local variety of cultivated Ruichang yam can be further developed and utilized.
Reference
|
Related Articles
|
Metrics
Select
Research progress and strategies for multifunctional rapeseed: A case study of China
FU Dong-hui, JIANG Ling-yan, Annaliese S Mason, XIAO Mei-li, ZHU Long-rong, LI Li-zhi, ZHOU Qing-hong, SHEN Chang-jian, HUANG Chun-hui
2016, 15 (
8
): 1673-1684. DOI:
10.1016/S2095-3119(16)61384-9
Abstract
(
2063
)
PDF in ScienceDirect
Rapeseed (
Brassica napus
), is an important source of edible oil, animal fodder, vegetables, condiments and biodiesel, and plays a significant role in securing edible oil production worldwide. However, in countries with comparatively low levels of agricultural mechanization, such as China, increasing costs of labor and agricultural inputs are decreasing rapeseed profitability, and hence the area of rapeseed under cultivation. If the value of rapeseed crops is not further increased, the rapeseed growing area will continue to decrease, potentially jeopardizing oil production. Therefore, full exploitation of the existing and potential value of rapeseed is desirable. Different rapeseed products are already utilized in different ways, with more applications currently underutilized. As well as oil extraction from the seeds, the shoot and leaves can be used as vegetables, the roots to absorb soil cadmium for pollution remediation, the flowers for sightseeing and as a source of nectar, the pollen for extracting flavonoids and useful amino acids, the seeds/seed meal for extracting isthiocyanates and other important sulforaphane compounds, the straw and seed meal for fodder, and immature whole plants for green manure. This review summarizes recent research on ways to explore the potential holistic value of rapeseed, by taking the example of multifunctionality of rapeseed in China.
Reference
|
Related Articles
|
Metrics