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From £32.99

Complexes of Natural Flavonoids with Transition Metals

The Structure and the Role in Human Health
By: Ekaterina A. Korobkova

From £32.99

The beneficial effects of plants are associated with flavonoids, which bind metals to form complexes. This book summarizes the scientific evidence on the structure, chemistry, and biological function of these metal-flavonoid complexes and their effect on disease.

Human organisms adapted to plant-based diets in hunter-gatherers times. Statistical studies show that people consuming plant products on a regular basis have lower risks of…
From £32.99
From £32.99
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Human organisms adapted to plant-based diets in hunter-gatherers times. Statistical studies show that people consuming plant products on a regular basis have lower risks of developing cancer and neurodegenerative diseases than people preferably eating starch and fat. The beneficial effects of plants are primarily associated with flavonoids, molecules present in fruits, vegetables, teas, and herbs, also known in traditional medicine for their antibacterial and anti-inflammatory effects. Flavonoids are able to bind metals and form complexes. The present book summarizes the scientific evidence collected over the past decade on the structure, chemistry, and biological function of the complexes of natural flavonoids with nine essential metals representing d-block elements of the periodic table. The role of each individual metal in the human body and the diseases affected by metal-flavonoid complexes are described. The materials collected in the book will be of interest to chemists, biologists, nutritionists, and medicinal scientists.

Ekaterina Korobkova graduated from Novosibirsk State University (Russia) in 1999 with an undergraduate degree in chemistry. She went on to obtain a Master’s degree in chemistry from Boston University (MA, USA) in 2001. She then received a PhD degree in chemistry from The University of Chicago (IL, USA) in 2004, and subsequently undertook a postdoctoral project at the same university. Since 2007, she has been a faculty member at John Jay College of Criminal Justice at the City University of New York, in the Department of Sciences, where she teaches Physical Chemistry. Her research projects at John Jay College have focused on DNA damage by small molecules, mitochondrial proteins, and flavonoids.

Hardback

  • ISBN: 1-5275-1970-8
  • ISBN13: 978-1-5275-1970-1
  • Date of Publication: 2023-09-11

Paperback

  • ISBN: 1-0364-0796-9
  • ISBN13: 978-1-0364-0796-4
  • Date of Publication: 2024-06-12

Ebook

  • ISBN: 1-5275-1971-6
  • ISBN13: 978-1-5275-1971-8
  • Date of Publication: 2024-06-12

Subject Codes:

  • BIC: PN, PSB, MBNH3
  • THEMA: PN, PSB, MBNH3
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