Virendra Singh

Seabuckthorn is a multipurpose plant, which grows widely in cold regions of Asia, Europe and also introduced in North and South America. The plant has potential in health protection and environmental conservation. This third volume of the book on Seabuckthorn (Hippophae L)-A Multipurpose Wonder Plant contains fifty-two excellent papers by expert from several countries like Russia, China, India, Canada, Finland and Germany. The book has been divided in eight sections. The first section on Cultivation has seven papers, which deal with propagation, plantation and management practices of seabuckthorn. The second section has eight papers and deals with Genetic and Breeding of seabuckthorn. The third section has three papers and deals with Diseases and Pests and their control measures. The forth section on Biochemistry has five papers and deals with bioactive compounds like vitamins, fatty acids, carotenoids, flavonoids, sterols, tannins, fatty acids, amino acids and their dynamics in seabuckthorn fruit and leaves. The fifth section on Pharmacology has fourteen papers, which deal with the studies on the experimental and clinical trials conducted on the efficacy of seabuckthorn fruit and leaf extracts and oil and various diseases of skin, cardiovascular system, cancer, ulcer and wounds etc. in animals and some studies in human being also. The sixth section has five papers and deals with the Environmental Conservation and role of seabuckthorn in control of soil erosion and debris flow and conservation of wild life. The eighth section Miscellaneous has five papers, which deals with studies on the role of seabuckthorn animal husbandry and development of rural economy. The book will prove very useful to the researchers, environmentalists, herbal medicine industry, policy makers and all those interesting in knowing more about this multipurpose wonder plant. Contents Part I: Cultivation; Chapter 1: Micropropagation of Seabuckthorn (Hippophae rhamnoides L) by Virendra Singh and Rajesh Kr Gupta; Chapter 2: Propagation Methods of Seabuckthorn in Canada by Thomas S C Li; Chapter 3: Propagation of Seabuckthorn (Hippophae rhamnoides L) in Ukrain by Andry F Lebeda; Chapter 4: Plantation and Management Practices of Seabuckthorn by Thomas S C Li; Chapter 5: Commercial Cultivation of Seabuckthorn in Western Siberia, Russia by Yury A Zubarev; Chapter 6: Management Practices of Seabuckthorn Orchards in Ukrain by Andry F Lebeda; Chapter 7: Experiment on Aerial Seeding of Seabuckthorn (Hippophae rhamnoides L) in Loess Plateau, China by Li Daiqiong, Liang Yinin, Cang Xinhai and Chen Yumming; Part II: Genetics and Breeding; Chapter 8: Statistical Correlation of Characteristics in Seabuckthorn: Genetic and Ecological Aspects by G M Skuridin; Chapter 9: Sexual Phenotypes and Their Dependence on Seed Colour in Seabuckthorn (Hippophae rhamnoides L); Chapter 10: Anato-Morphologicas Studies on the First Leaf of Seabuckthorn Seedlings and its Application for the Applied Selections by E Yu Masayeva; Chapter 11: Introduction and Cultivation of Hippophae salicifolia at Lower Altitude by Lu Rongsen and Cao Yaling; Chapter 12: Analysis of Hereditary Variations in Main Characters of Seabuckthorn Hybrid Progenies by Yuzeyuan Lixingguo Huojunwei; Chapter 13: Seabuckthorn Breeding for Ecological and Economic Improvement by J Zhengpin, W Xiufeng and L Shunguang; Chapter 14: Study on Hybridization Between Russian and Chinese Varieties of Seabuckthorn by Lu Rongsen and Meng Fanlin; Chapter 15: Androhermaphroditism in Seabuckthorn (Hippophae rhasmnoides L) by G M Skuridin; Chapter 16: Integrated Management of the Main Diseases and Pests of Seabuckthorn by Youquing Luo, Shixiang Zong and Zhichu Xu; Chapter 17: Pests, Diseases and Weeds of Seabuckthorn (Hippophae rhamnoides L) in China by Dong Jing Ming, Fdan Ren Jun, Guo Zheng Xin and Cao Man; Chapter 18: Longiorn (Asias haladendri) and its Control is Seabuckthorn in China by Fan Renjun, Dong Jingming, Cao Man and Liu Ying; Chapter 19: Compounds Related to Sensory Properties of Seabuckthorn (Hippophae rhamnoides L) by Katja Tiitinen and Heikki Kallio; Chapter 20: Composition and Medicinal Properties of Seabuckthorn Juice by A Zeb and I Khan; Chapter 21: Fatty Acid Composition of Fruit Pulp and Seed Oils of Some High Yielding Forms of Seabuckthorn in Indian Himalayas by Virendra Singh, Rajesh Kr Gupta, Shishir Tandon and R C Sawhney; Chaptre 22: Dyanamics of Neutral Lipids Accumulation During Ripening of Seabuckthorn (Hippophae rhamnoides L) Fruits by A G Vereshchagin and V D Tsydendambaev; Chapter 23: Biochemical Changes in Flavonoids During Ripening of Seabuckthorn Berries and Leaves by L X Hua and L H Zhang; Chapter 24: Protective and Therapeutic Potentials of Seabuckthorn (Hippophae rhamnoides L) by S Geetha, M Basu, A S Jayamurthy, A S Malhotra, K Pal, R Prasad, R Kumar and R C Sawhney; Chapter 25: Seabuckthorn Oils, Mucous Membrances and Sjogren s Syndrome with Special Reference to Latest Studies by Baoru Yang and Risto Studies by Baoru Yand and Risto Erkkola; Chapter 26: Supercritical CO2 Extracted Seabuckthorn Pulp Oil and seed Oil Improve Blood Microcirculation by Baoru Yang, Ying Wu, Qiujuan Liu, Bingwen Wang, Jun Kang, Juxian Wang and Heikki Kallio; Chapter 27: Hippophae rhamnoides: An Effective Mitigator of Gamma Radiation Induced Immunosupression by Madhu Bala, H Prakash and H C Goel; Chapter 28: Healing Potential of Seabuckthorn (Hippophae rhamnoides L) on Normal and Impaired Wounds: A Revies by A Gupta, R Kumar, N K Upadhyay and R C Sawhney; Chapter 29: Gastric Ulcers in Animals and the Role of Seabuckthorn in Its Management by S P Tyagi and A C Varshney; Chapter 30: Olesome Fractions Separated from Seabuckthorn Berries: Yield and Stability Studies by C Socaciu, C Mihis and A Noke; Chapter 31: Valorization of Seabuckthorn Oleosome Fractions as Cosmetic Formulations: Stability Studies by C Socaciu, S Tichonova, A Noke and H A Diehl; Chapter 32: Complex Study on Seabuckthorn as a Source for Production of the Anti-viral Drug-Hiporhamin by V A Bykov, O N Tolkachev, V I Morozov, O P Sheichenko, V I Sheichenko, L D Shipulina and L V Krepkova; Chapter 33: Experimental Toxicological Study on Hiporhamin: An Anti-Viral Drugt From Seabuckthorn by L V Krepkova, V V Bortnikova, A A Shkarenkov, L D Shipulina, O N Tolkachev and M V Borovkova; Chapter 34: Antioxidant and DNA Protective Activities of Sequential Extracts of Seabuckthorn (Hippophae rhamnoides L) Leaves by K Sarin Kumar, A Ranjith, S D Sreevidya and C Arumughan; Chapter 35: Antioxidant and Antibacterial Properties of Seabuckthorn (Hippophae rhanoides L) by A S Chauhana, P S Negi and R S Ramtekea; Chapter 36: Chemoprevetive Effects of Seabuckthorn Seeds: Regulation of Detoxification Enzymes and Antioxidation by Y Jamyansan and T Munkhtsetseg; Chapter 37: Efficacy of Seabuckthorn (Hippophae rhamnoides L) on Liver Fibrosis by Ze-Li Gao, Xiao-hong Gu, Feng-Tao Cheng and Fo-Hu Jiang; Part VI: Processing Technologies; Chapter 38: Processing of Seabuckthorn (Hippophae rhamnoides L): An Overview Gerhard A Gimmler and Axel Waehling; Chapter 39: Processing of Seabuckthorn Berries for Health Food Production by A S Chauhan, m N Rekha, R S Ramteke and W E Eipeson; Chapter 40: Research on Enzyme Technology for Extraction of Seed Oil of Seabuckthorn (Hippophae rhamnoides L) by J T Moersel and S Steen; Chapter 41: Storage Possibilities of Seabuckthorn Juice by Dalija Seglina, Liga Skudra, Daina Karklina and Silvija Ruisa; Chapter 42: Integrated Processing Technology for Seabuckthorn Berries and Chemical Evaluation of the Products by A Ranjith, K S Kumar, V V Venugoplan and C Arumughan; Part VII: Environmental Conservation; Chapter 43: Seabuckthorn for the Afforestation of Gully Channels in the Soft Rock Region of China by Bi Cifen; Chapter 44: Sediment Rotention by Seabuckthorn s Flexible Dam in the Soft Rock Region of China by Bi Cifen; Chapter 45: Ecological Features of Seabuckthorn Growing in Semi-Desert Ara of the Pricaspian Plain, Russia by M Sizemskaya, M Sapanov and I Oloviannikova; Chapter 46: Application of Seabuckthorn (Hippophae rhamnoides L) Against Wind Eroision of Soil in Siberia, Russia by E N Savin; Chapter 47: Role of Seabuckthorn (Hippophae rhamnoides L) in the Conservation of Wild Life by Guo Zhong Sheng; Part VIII: Miscellnaeous; Chapter 48: Utilization of Seabuckthorn Resources for the Development of Chinese Rural Economy by Li Min and Zhang Li; Chapter 49: Seabuckthorn-Programme in Mustang, Nepal: Conservation of Biodiversity and Poverty Eradication by Susanne von der Heide; Chapter 50: Role of Seabuckthorn (Hippophae rhamnoides L) in Development of Animal Husbandry by Virendra Singh and V K Sharma; Chapter 51: Development of a Mechanical Harvester for Seabuckthorn (Hippophae rhamnoides L) by Gh Stan; Chapter 52: Biochemical Composition of Seabuckthorn Growing in Ladakh Himalayas by Sanjai K Dwivedi, Z Ahmed and Deepa H Dwivedi.

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