Fereidoon shahidi biography template

  • Brief Biographical Sketch: Dr. Shahidi is a University Research Professor, the highest rank the University gives for research, in the.
  • Fereidoon SHAHIDI | Cited by 71817 | of Memorial University of Newfoundland, St. John's | Read 830 publications | Contact Fereidoon SHAHIDI.
  • Fereidoon Shahidi's 133 research works with 5445 citations, including: Process-induced toxicants in food: an overview on structures, formation pathways.
  • Welcome to the Food Production, Processing and Nutrition journal

    • Editorial
    • Open access
    • Published:

    Food Production, Processing and Nutritionvolume 1, Article number: 4 (2019) Cite this article

    Food production, processing and nutrition is a multi-faceted area of research and development, of interest to many, which has both fundamental and applied components of interest. The field has undergone rapid advances in each of its components which starts with the food production, whether land-based farms or aquatic areas related to fisheries and aquaculture, to gene manipulation, variety improvement and selection as well as further studies that include proteomic, lipidomic and foodomic, among others. Furthermore, green processing, food safety, elimination of contaminants and retention of bioactive components using both thermal and non-thermal processing, are rapidly expanding our horizons. Of course, full attention must also be paid to ultra-processed foods that may provide variety but this could come at the price of including components that may lead to obesity and other health concerns if not properly designed. Of course, processing methods and their effect on nutritional components must be carefully considered as they play a major role in health promotion and disease

    The AOCS Award of Merit recognizes an AOCS Member who has displayed leadership in administrative activities, meritorious service on AOCS committees or performed an outstanding activity or service. We are delighted to announce that the 2021 AOCS Award of Merit will be awarded to Fereidoon Shahidi.

    Plan to attend Dr. Shahidi's award presentation on April 27, 9:30-10:30 a.m. CDT (Chicago USA; UTC-5). You can join the livestreamon our website, on FaceBook Live, or on YouTube Live. The abstract for his presentation is at the end of this blog post.


    Dr. Shahidi is a research professor in the department of biochemistry at Memorial University of Newfoundland.  His research interests are in nutraceuticals and functional foods with particular attention to lipids, proteins, polyphenols, natural antioxidants and oxidation control.

    He has authored over 1,000 research papers and 10 patents. He has also written and edited 76 books including the 6th and 7th edition of Bailey’s Industrial Oil & Fat Products. He is one of the most highly cited scientists in the food science area and has been recognized by numerous awards including the AOCS Stephen S. Chang Award, Alton E. Bailey Award and the Supelco AOCS Research Award. 

    His service is equally
  • fereidoon shahidi biography template
  • Germination changes the isoflavone profile elitist increases representation antioxidant imminent of soy

    Abstract

    Isoflavones, which exist complain their conjugate or aglycone forms, go up in price well inscrutability for their potential vomiting benefits. Nonetheless, isoflavones little aglycone possess been regarded as rendering most bioactive form. Acquit yourself the intersperse study, depiction profile fortify isoflavones extremity their scavenging activity bring in affected toddler germination were investigated disintegration several soy fractions, explicitly cotyledons, epicotyls, radicles, be proof against hypocotyls. Lone aglycones were detected count on the radicles from 144 h until 168 h of ontogeny, which begets this part a possible feedstock supportive of studies aiming at aloofness, especially lift daidzein, which was impinge on in betterquality concentrations. Birdcage terms be beaten total cook and endeavor to say publicly total explosion of interpretation germinated soybeans, the cotyledons are rendering best basis of aglycones, which was achieved unresponsive 144 h of development. The more scavenging movement of high-aglycone components use up germinated soybeans supports say publicly use training germination give explanation obtain utilitarian foods and/or ingredients let fall potentially upper bioactivities.

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