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      Plants as De-Worming Agents of Livestock in the Nordic Countries: Historical Perspective, Popular Beliefs and Prospects for the Future

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          Abstract

          Preparations derived from plants were the original therapeutic interventions used by man to control diseases (including parasites), both within humans and livestock. Development of herbal products depended upon local botanical flora with the result that different remedies tended to develop in different parts of the world. Nevertheless, in some instances, the same or related plants were used over wide geographic regions, which also was the result of communication and/or the importation of plant material of high repute. Thus, the Nordic countries have an ancient, rich and diverse history of plant derived anthelmintic medications for human and animal use. Although some of the more commonly used herbal de-wormers were derived from imported plants, or their products, many are from endemic plants or those that thrive in the Scandinavian environment. With the advent of the modern chemotherapeutic era, and the discovery, development and marketing of a seemingly unlimited variety of highly efficacious, safe synthetic chemicals with very wide spectra of activities, herbal remedies virtually disappeared from the consciousness – at least in the Western world. This attitude is now rapidly changing. There is a widespread resurgence in natural product medication, driven by major threats posed by multi-resistant pest, or disease, organisms and the diminishing public perceptions that synthetic chemicals are the panacea to health and disease control. This review attempts to provide a comprehensive account of the depth of historical Nordic information available on herbal de-wormers, with emphasis on livestock and to provide some insights on potentially rewarding areas of "re-discovery" and scientific evaluation in this field.

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          "Community Structure, Population Control, and Competition"-A Critique

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            Martidale the Extra Pharmacopoeia

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              Integrated and biological control of parasites in organic and conventional production systems.

              Organic and other non-intensive animal production systems are of growing importance in several countries worldwide. In contrast to conventional farms, parasite control on organic farms is affected by several of the prescribed changes in management e.g. access to the outdoors in the summer and in most countries, a ban on preventive medication, including use of anti-parasiticides. Organic animal production relies heavily on grazing, and pasture or soil related parasites are thus of major importance. Several studies in northern temperate climate have indicated that outdoor production of pigs, primarily sows, and laying hens results in heavier and more prevalent helminth infections compared to conventional intensive production under indoor conditions. In organic dairy cattle, parasitic gastroenteritis in heifers may be more prevalent. In a short to medium term perspective, integrated control may combine grazing management with biological control using nematophagous micro-fungi, selected crops like tanniferous plants and on conventional farms, limited use of anti-parasiticides. At present, the non-chemotherapeutic control of pasture related infections is based mainly on grazing management strategies. Preventive strategies, where young, previously unexposed stock, are turned out on parasite-free pastures, can be used for grazing first season dairy heifers and in all-in-all-out poultry production. Evasive strategies aim at avoiding disease producing infections of a contaminated area by moving to a clean area and may be relevant for ruminants and pigs. In cattle, effective control of nematodes can be achieved by repeated moves of the herd or alternate grazing with other species. High stocking rates seem to be an important risk factor. In pig production, the effect of paddock rotation on parasite infections is largely unknown and studies are warranted. Control of nematodes by larvae-trapping fungi, or perhaps in the future by egg-destroying fungi, looks promising for ruminants and certain monogastric animals but delivery systems and practical dosing regimes integrated with grazing management have to be developed. In conclusion, good prospects are expected for acceptable parasite control without a heavy reliance on anti-parasiticides through integration of the above mentioned procedures but future studies are needed to confirm their efficacy under practical farming conditions.
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                Author and article information

                Journal
                Acta Vet Scand
                Acta Veterinaria Scandinavica
                BioMed Central
                0044-605X
                1751-0147
                2001
                2001
                31 March 2001
                : 42
                : 1
                : 31-44
                Affiliations
                [1 ]Dept. Parasitology (SWEPAR), National Veterinary Institute, Uppsala, Sweden
                [2 ]Dept. Agric. Research Nth. Sweden, SLU, Umeå, Sweden
                [3 ]Dept. Anim. Science and Animal Health, The Royal Veterinary and Agricultural University, Frederiksberg, Denmark
                [4 ]Dept. Basic Vet. Science, Univ. Helsinki, Finland
                [5 ]Inst. Exp. Pathology, Univ. Iceland, Keldur, Reykjavik, Iceland
                [6 ]Dept. Pharmacology, Microbiology and Food Hygiene, Norwegian School Vet. Medicine, Oslo, Norway
                [7 ]SWEPAR, Swedish University of Agricultural Sciences, Uppsala, Sweden
                Article
                1751-0147-42-31
                10.1186/1751-0147-42-31
                2202332
                11455900
                847f5e30-efe1-4c26-968c-7849b8203923
                History
                : 5 June 2000
                : 8 September 2000
                Categories
                Original Article

                Veterinary medicine
                herbal remedies,livestock,helminth parasites,man,plant anthelmintics
                Veterinary medicine
                herbal remedies, livestock, helminth parasites, man, plant anthelmintics

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