Page 124 - 長庚科技大學 台灣營養學會 第51屆年會暨學術研討會
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Bio sketch
                       •  With  15+  years  at  the  World  Vegetable  Center,  characterized  250+
                          indigenous  vegetable  species  for  phytonutrients,  developed  an  open-
                          access nutrient database, and promoted nutritious underutilized crops.
                       •  Collaborated with breeders to enhance nutrition and market traits in major
                          and underutilized crops.
                       •  Led/co-led  10+  multinational  R4D  projects,  partnering  with  50+
                          institutions  across  20+  countries,  with  80+  international  missions  to
                          promote  healthy  diets  and  combat  malnutrition  in  resource-poor
                          populations.
                       •  Published 80+ papers and trained 100+ interns.
                       •  Since 2020, coordinating DFNet  – Tropical  Fruit and Smart  Net-Zero
                          Projects  at  FFTC  and  teaching  'Global  Nutrition'  at  National  Taiwan
                          University's College of Public Health.
                       •  Established  Information  Platforms  (websites)  for  information
                          dissemination
                       •  WorldVeg Nutrition (2010-): http://nutrition.worldveg.org/
                          FFTC Knowledge Management (2021-): https://km.fftc.org.tw/
                          FFTC DFNet Tropical Fruit (2022-): https://net.fftc.org.tw/dfnet
                          FFTC Smart and Net-Zero Agrifood (2023-):
                          https://net.fftc.org.tw/smartnetzero

                   近五年著作
                   1.  Yang, R.Y., Zongo, A.W.S., Chen, Y.C., Chiang, M.T., Zogona, D., Huang,
                        C.Y.  and  Yao,  H.T.  (2022)  Green  sweet  potato  leaves  increase  Nrf2-
                        mediated antioxidant activity and facilitate benzo [a] pyrene metabolism in
                        the liver by increasing phase II detoxifying enzyme activities in rats. Food
                        & Function, 13(14), pp.7548-7559.
                   2.  Nyonje WA, Yang RY, Kejo D, Makokha AO, Owino WO, and Abukutsa-
                        Onyango  MO.  (2022)  Exploring  the  Status  of  Preference,  Utilization
                        Practices,  and  Challenges  to  Consumption  of  Amaranth  in  Kenya  and
                        Tanzania.  Journal  of  Nutrition  and  Metabolism.  2022:1-11.  DOI:
                        10.1155/2022/2240724.
                   3.  Schafleitner, R., Lin, Y.-P.,Dinssa, F., N’Danikou, S., Finkers, R., Minja,
                        R.,Abukutsa-Onyango, M., Nyonje, W., Lin, C.-Y., Wu,T.-H., Sigalla, J. P.,
                        van Zonneveld, M., Hsiao, Y.-Y., Kumar, S., Wu, W.-J., Wang, H.-I., Lin,
                        S.,  &  Yang,  R.-Y.  (2022).  The  World  Vegetable  Center  Amaranthus
                        germplasm  collection:  Core  collection  development  and  evaluation  of
                        agronomic     and    nutritional   traits.   Crop    Science,    62,    1173–
                        1187.https://doi.org/10.1002/csc2.20715
















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