Your search found 29 Results

  1. 1

    Traditional health practitioner and the scientist: Bridging the gap in contemporary health research in Tanzania.

    Mbwambo ZH; Mahunnah RL; Kayombo EJ

    Tanzania Health Research Bulletin. 2007 May; 9(2):115-120.

    Traditional health practitioners (THPs) and their role in traditional medicine health care system are worldwide acknowledged. Trend in the use of Traditional medicine (TRM) and Alternative or Complementary medicine (CAM) is increasing due to epidemics like HIV/AIDS, malaria, tuberculosis and other diseases like cancer. Despite the wide use of TRM, genuine concern from the public and scientists/biomedical heath practitioners (BHP) on efficacy, safety and quality of TRM has been raised. While appreciating and promoting the use of TRM, the World Health Organization (WHO), and WHO/Afro, in response to the registered challenges has worked modalities to be adopted by Member States as a way to addressing these concerns. Gradually, through the WHO strategy, TRM policy and legal framework has been adopted in most of the Member States in order to accommodate sustainable collaboration between THPs and the scientist/BHP. Research protocols on how to evaluate traditional medicines for safety and efficacy for priority diseases in Africa have been formulated. Creation of close working relationship between practitioners of both health care systems is strongly recommended so as to revamp trust among each other and help to access information and knowledge from both sides through appropriate modalities. In Tanzania, gaps that exist between THPs and scientists/BHP in health research have been addressed through recognition of THPs among stakeholders in the country's health sector as stipulated in the National Health Policy, the Policy and Act of TRM and CAM. Parallel to that, several research institutions in TRM collaborating with THPs are operating. Various programmed research projects in TRM that has involved THPs and other stakeholders are ongoing, aiming at complementing the two health care systems. This paper discusses global, regional and national perspectives of TRM development and efforts that have so far been directed towards bridging the gap between THPs and scientist/BHP in contemporary health research in Tanzania. (author's)
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  2. 2
    Peer Reviewed

    Antiretroviral therapy abandoned for herbal remedies.

    Ahmad K

    Lancet Infectious Diseases. 2007 May; 7(5):313.

    In Zambia, widespread promotion of claims that herbal remedies can cure HIV/AIDS have been making individuals with HIV/AIDS abandon their antiretroviral therapy for ineffective drugs, the Network of Zambian People Living with HIV and AIDS has warned. Miriam Banda of the Network told journalists that both print and electronic media in the country have been persistently carrying advertisements and news stories that bring false hope to people living with HIV/AIDS. It is unclear how many people have been leaving antiretroviral programmes in the country as a result of these claims. At least 1.1 million people of Zambia's 11.6 million population have HIV/AIDS, which has devastated the economy and decreased life expectancy at birth to less than 40 years. (excerpt)
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  3. 3
    Peer Reviewed

    Carob bean juice: a powerful adjunct to oral rehydration solution treatment in diarrheoa.

    Aksit S; Caglayan S; Cukan R; Yaprak I

    Paediatric and Perinatal Epidemiology. 1998 Apr; 12(2):176-181.

    In children, the treatment of acute diarrhoea with the World Health Organization (WHO) standard oral rehydration solution (ORS) provides effective rehydration but does not reduce the severity of diarrhoea. In community practice, carob bean has been used to treat diarrhoeal diseases in Anatolia since ancient times. In order to test clinical antidiarrhoeal effects of carob bean juice (CBJ), 80 children, aged 4±48 months, who were admitted to SSK Tepecik Teaching Hospital with acute diarrhoea and mild or moderate dehydration, were randomly assigned to receive treatment with either standard WHO ORS alone or a combination of standard WHO ORS and CBJ. Three patients were excluded from the study because of excessive vomiting. In the children receiving ORS + CBJ the duration of diarrhoea was shortened by 45%, stool output was reduced by 44% and ORS requirement was decreased by 38% compared with children receiving ORS alone. Weight gain was similar in the two groups at 24 h after the initiation of the study. Hypernatraemia was detected in three patients in the ORS group but in none of those in the ORS + CBJ group. The use of CBJ in combination with ORS did not lead to any clinical metabolic problem. We therefore conclude that CBJ may have a role in the treatment of children's diarrhoea after it has been technologically processed, and that further studies would be justified. (author's)
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  4. 4
    Peer Reviewed

    Traditional medicine development for medical and dental primary health care delivery system in Africa.

    Elujoba AA; Odeleye OM; Ogunyemi CM

    African Journal of Traditional, Complementary and Alternative Medicines. 2005; 2(1):46-61.

    Traditional African Medicine (TAM) is our socio-economic and socio-cultural heritage, servicing over 80% of the populations in Africa. Although, it has come a long way from the times of our ancestors, not much significant progress on its development and utilization had taken place due to colonial suppression on one hand, foreign religions in particular, absolute lack of patriotism and political will of our Governments, and then on the other hand, the carefree attitudes of most African medical scientists of all categories. It is incontrovertible that TAM exhibits far more merits than demerits and its values can be exploited provided the Africans themselves can approach it with an open mind and scientific mentality. The degree of sensitization and mobilization by the World Health Organization (WHO) has encouraged some African countries to commence serious development on TAM. The African Regional Director of the WHO has outlined a few guidelines on the responsibilities of all African nations for the realistic development of TAM, in order to sustain our health agenda and perpetuate our culture. The gradual extinction of the forests and the inevitable disappearance of the aged Traditional Medical Practitioner should pose an impending deadline for us to learn, acquire and document our medical cultural endowment for the benefit of all Africans and indeed the entire mankind. (author's)
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  5. 5
    Peer Reviewed

    Searching for antimalarials in plants.

    Bodeker G

    Journal of Alternative and Complementary Medicine. 2000 Apr; 6(2):127-129.

    In recognition of the fact that local communities afflicted by malaria typically use local herbal treatments (Bitahwa et al., 1997 Willcox, 1999)-either with or instead of conventional drugs-this type of new research thinking underpins the agenda of the newly formed Research Initiative for Traditional Antimalarial Methods (RITAM) (Bodeker & Willcox, 2000b). WHO is promoting new drug cocktails, many that are derived from single ingredients of plants, as the new way to combat drug-resistant malaria. The absurd situation has arisen in which synthetic synergism is being sought after it has been rejected in its natural state. The cost of antimalarial cocktails is estimated to be up to seven times that of the already-expensive existing antimalarials. Clearly, a local, sustainable, and affordable response to malaria is called for-one that recognizes that this is where the fight against malaria began and where it continues. (excerpt)
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  6. 6

    Nature's medicinal bounty: don't throw it away.

    Akerele O

    WORLD HEALTH FORUM. 1993; 14(4):390-5.

    About 80% of the world's people depend largely on traditional plant-derived drugs for their primary health care (PHC). Medicinal plants serve as sources of direct therapeutic agents and raw materials for the manufacture of more complex compounds, as models for new synthetic products, and as taxonomic markers. Some essential plant-derived drugs are atropine, codeine, morphine, digitoxin/digoxin, and quinine/artemisinin. Use of indigenous medicinal plants reduces developing countries' reliance on drug imports. Costa Rica has set aside 25% of its land to preserve the forests, in part to provide plants and other materials for possible pharmaceutical and agricultural applications. The Napralert database at the University of Illinois establishes ethnomedical uses for about 9200 of 33,000 species of monocotyledons, dicotyledons, gymnosperms, lichens, pteridophytes, and bryophytes. Sales of crude plant drugs during 1985 in China equaled US$1400 million. Even though many people use medicinal plants, pharmaceutical firms in industrialized nations do not want to explore plants as sources of new drugs. Scientists in China, Germany, and Japan are doing so, however. Screening, chemical analysis, clinical trials, and regulatory measures are needed to ensure safety of herbal medicines. WHO has hosted interregional workshops to address methodologies for the selection and use of traditional medicines in national PHC programs. WHO, the International Union for the Conservation of Nature and Natural Resources, and the World Wide Fund for Nature developed guidelines for conservation of medicinal plants. Their 2-pronged strategy includes prevention of the disappearance of forests and associated species and the establishment of botanical gardens. WHO's Traditional Medicine Programme hopes that people will apply known and effective agroindustrial technologies to the cultivation and processing of medicinal plants and the production of herbal medicines and the creation of large-scale networks for the distribution of seeds and plants.
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  7. 7
    Peer Reviewed

    Side effects: cultural constructions and reinterpretations of western pharmaceuticals.

    Etkin NL

    MEDICAL ANTHROPOLOGY QUARTERLY. 1992 Jun; 6(2):99-113.

    In drug development and marketing, multinational companies tend to patronize developing countries and even raise health risks by distributing products of questionable utility. The World Health Organization has pushed for standardization and quality assurance of drugs to compel companies to fully disclose adverse reactions. Clinical trials use small and unrepresentative samples, thus longterm side effects are not taken into consideration such as steroid-induced hypertension in asthma patients. Unintended side effects are true side effects in the view of some (hair loss and lacrimation in anticoagulant therapy). Reactions that encompass primary and secondary effects include allergic reactions, hypersensitivity, and the corollaries of differential drug metabolism (serum albumin polymorphisms, G6PD deficiency, hemoglobinopathies, and hepatic enzyme irregularities). Primary action and side effects are subject to interpretations, as the antihistamine Benadryl causes drowsiness when used for allergies, but as a sedative its ability to induce drowsiness is the primary action. Minoxidil promotes hair growth, but it was originally developed as an oral hypotensive, and it also could treat impotence. RU-486 or mifepristone, the abortion pill, has been used for glaucoma and brain tumor treatment. The Hausa of Nigeria use both indigenous plant medicines and drugs, but their cultural interpretation of drug effects can lead to confusion: bitter plants have been used as abortifacients and the bitter drugs chloroquine, penicillin, and chloramphenicol have also been endowed with such qualities. Stomach aliments are treated with chile pepper, coffee senna, and balsam apple along with erythromycin and salicylates to induce purging. The tooth discoloration caused by tetracycline therapy is imputed to witchcraft. A more relativistic approach concerning the side effects of drugs is needed as their perception in many cultures is conceptually different.
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  8. 8

    Medicinal plants and primary health care: part 2.

    ESSENTIAL DRUGS MONITOR. 1991; (11):15-7.

    The WHO Programme on Traditional Medicine has joined WHO's global program on drug management and policies because there is a need for recognition that an adequate technological infrastructure must be in place to maximize plants for their medicinal value, especially in the context of primary health care (PHC). PHC places traditional medicine high on its list of priorities and emphasizes the availability and use of appropriate drugs. For example, countries should distribute seeds or plants to be cultivated in home or community gardens and taken as infusions. Scientists have not studied most medicinal plants which can be a rich potential resource for developing countries. Countries should apply known and effective technologies to meet health needs in a culturally acceptable manner and to promote self reliance. They must 1st strengthen data gathering and analysis capabilities needed for economic mapping of medicinal flora, then develop data centers on medicinal plants and plant derived products, such as the WHO Collaborating Center in Chicago. Clinical research should focus on the safety and efficacy of herbal medicines used by traditional health practitioners and on developing antiinfective agents. For example, 2 WHO agencies are collaborating on identifying, preparing, and testing extracts for medicinal plants for antiHIV capabilities. WHO favors developing the knowledge and skills of traditional health practitioners within the framework of PHC. Further, interregional workshops promote selection and use of traditional medicine in national PHC programs. Since there continue to be much public interest in medicinal plants, accurate information must be disseminated to the public and health professionals so they can know both the potential benefits and harmful effects of these remedies.
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  9. 9

    Fourteenth annual report.

    World Health Organization [WHO]. Special Programme of Research, Development and Research Training in Human Reproduction

    Geneva, Switzerland, WHO, 1985 Dec. ix, 219 p.

    In response to mandates of the 1984 International Conference on Population, WHO's Special Program of Research, Development, and Research Training in Human Reproduction has established new Task Forces, strengthened the research capabilities of institutions in developing countries, intensified research on steroidal contraception, expanded attention to the social determinants and consequences of fertility, and increased collaboration with other major international programs engaged in research in human reproduction. The bulk of this annual report includes a technical review of the activities and plans of the Program's 9 Task Forces: Tasks Force on Long-Acting Systemic Agents; Task Force on Postovulatory Methods; Task Force on Vaccines; Task Force on Plants; Task Force on Male Methods; Task Force on Infertility; Task Force on Safety and Efficacy; Task Force on Behavioral and Social Determinants of Fertility; and work in the strengthening of research resources. Each Task Force report is presented in 4 major sections: the field of interest, comprising a brief review of the relevant technical subjects; the strategic plan, explaining how work is structured and scheduled; collaboration with other programs; and activities of the Task Force through the end of 1985. Also included in this report are sections on resources for research and management and financial matters. A Committee on Resources for Research has just been formed to review strategies for strengthening research resources in developing countries.
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  10. 10

    The future of plant-derived chemicals as contraceptive agents.

    Farnsworth NR; Bingel AS

    In: Future aspects in contraception. Proceedings of an International Symposium held in Heidelberg, 5-8 September 1984. Part 1. Male contraception. Boston, Massachusetts, MTP Press, 1985. 205-18.

    It is clear that there is now, and will continue to be, a need for safe, effective, affordable, and acceptable fertility-regulating agents for use by men as well as women. This need will be especially apparent in many developing countries of the world. Since plants are an abundant natural resource in most developing countries, it seems logical and prudent to initiate meaningful research programs designed to study the flora of such countries for useful drugs, including effective agents for fertility regulation. A brief resume is presented showing that obvious problems surround research involving the development of effective fertility-regulating agents from plants. Many of the problems can be overcome with assistance from organizations such as the Special Programme of Research, Development and Research Training in Human Reproduction of the World Health Organization. An ongoing activity of the WHO Special Programme, in the form of its Task Force on Plants for Fertility Regulation, has recently been established. This activity is target-oriented in having for its goal the development of safe, orally effective, plant-derived fertility regulating agents for use by the male and by the female as well. In establishing a network of collaborating centers, primarily located in developing countries, to carry out the research required to accomplish this objective, a major effort has been made to strengthen research capabilities related to fertility regulation. Evidence is presented that plants do contain substances that are capable of affecting fertility, but further research and development is required and many questions remain to be answered. Successful research and development programs, whether situated in developed or developing countries and regardless of the type of biological activity being pursued, somehow seem to lack the understanding and support of decision makers who can adequately fund such programs. Natural products research capability is a strength in most of the developing countries that is largely unnurtured, and encouragement, assistance, and support must be provided when a need is demonstrated. However, the majority of developing countries do not have the financial resources single-handedly to initiate and sustain meaningful research programs in the search for useful and effective plant-derived fertility-regulating agents that could improve health care in these countries. An attempt is made to illustrate that, on a global basis, plants historically and currently are a major source of drugs used to alleviate human suffering and improve health care. They represent an untapped reservoir of biodynamic agents. A WHO program for research on plants to discover useful fertility-regulating agents is described that must be characterized as limited, but can point to measurable successes. It can also serve as a model for the planning, organization, and implementation of similar programs in other developing countries. Development of practical fertility-regulating agents from plants is a high-risk and expensive venture that, even with a modest international investment, has turned a great deal of attention to an untapped resource that could eventually produce great benefits. (author's)
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  11. 11

    Prospects for higher plants as a source of useful fertility regulating agents for human use.

    Farnsworth NR; Bingel AS; Soejarto DD; Wijesekera RO; Perea-Sasiain J

    In: Chang CF, Griffin D, Woolman A, ed. Recent advances in fertility regulation: proceedings of a Symposium organized by the Ministry of Public Health of the People's Republic of China, and the World Health Organization's Special Programme of Research Development and Research Training in Human Reproduction, Beijing, 2-5 September, 1980. Geneva, Atar, 1981. 330-64.

    The development of safe, orally effective, fertility-regulating agents from higher plants for use in human beings is an old idea, but limited short-term research programs in this area have been unsuccessful in their efforts to find useful compounds. At this time more than 800 scientific articles can be cited that report 1 or more types of pharmacologic activity exhibited by extracts of plants and by substances of known structure derived from plants that bear some relevance to the topic of fertility regulation. Despite this body of information, a majority of the world scientific community continues to discount plants as a source of useful agents to regulate human fertility. This review presents the current status of world interest in plant-derived fertility-regulating agents. The attempt is made to clarify some of the undeserved negative options voided by many. An account is included of a unique interdisciplinary approach to the solution of problems in this area that has been organized by the Special Program of Research, Development and Research Training in Human Reproduction of the World Health Organization (WHO). The review covers the following: plants as a source of useful drugs; reliability of published experimental data on fertility-regulating plants; past work in the field of fertility-regulating plants; the WHO Task Force on indigenous plants for fertility regulation; and future prospects. It is generally recognized that the pharmaceutical industry in developed countries lacks interest in looking for new drugs in plants. Most scientists in developing countries whose interests are in the area of natural products have traditionally restricted their studies to indigenous flora. More than 1800 articles were found that presented information pertinent to fertility-regulating plants, but much of the data in these articles relates only indirectly, if at all, to practical human fertility regulation. The most important category of potentially useful information derived from the literature, aside from the vast amount of ethnomedical data, concerns reports that certain plant extracts elicit anti-implantation activity following oral or parenteral administration in a variety of laboratory species. It is unfortunate that most of the data seem to have limited credibility. It appears from the preliminary data that NAPRALERT computer analysis has been able to identify many promising fertility-regulating plants. 8 plants seem to have reproducible post-midcycle fertility-regulating activity following oral administration in a bioassay developed by the WHO Task Force.
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  12. 12

    Contraceptive technology in the future. [Editorial]

    Corbin A

    Advances in Steroid Biochemistry and Pharmacology. 1979; 7:1-8.

    Due to the numerous adverse side effects of steroidal contraceptives which continuously arise and result in potential decreases in the benefit-to-risk ratio, new chemical and biologic strategies need to be designed and implemented to assure continued success in the contraceptive area. Novel contraceptive stragegies include both new chemical classes and their receptive biologic targets. 4 basic pharmacologic approaches subserve female contraception: inhibition of ovulation; inhibition of fertilization; inhibition of implantation; and interruption of established implantation. Many diverse compounds have been evaluated in regard to a male contraceptive, but problems of toxicity and loss of libido have made the search difficult. The problem is further complicated by the task of trying to eliminate the hundreds of millions of sperm that are constantly being produced and which are in different stages of the spermatogenic cycle. This task calls for chronic dosing and the accompanying problem of eventual liver involvement and hypertrophy of the secondary accessory sex organs. An interesting area supported by the World Health Organization is the identification of plants and the isolation of their active principles for fertility regulating purposes. The United States National Institute of Health supports 3 major and separate programs related to contraception: 1) synthesis and testing of anti-ovulatory agents; 2) synthesis and testing of male contraceptive agents; and 3) peptide antagonists of LH-RH (luteinizing hormone-releasing hormone) as ovulation inhibitors. The following categories represent areas of research that might prove fruitful: LH-RH agonists; LH-RH antagonists; non-natural synthetic products; inhibin; and plant extracts. These categories are reviewed.
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  13. 13

    Fertility regulating agents from plants.

    Soejarto DD; Bingel AS; Slaytor M; Farnsworth NR

    Bulletin of the World Health Organization. 1978; 56(3):343-52.

    The WHO Special Programme of Research, Development and Research Training in Human Reproduction has established a 6-center program to investigate new fertility regulating agents from plants for use in humans. Establishment of the project was preceded by a comprehensive search of the literature, including the following sources: 1) articles on medical botany; 2) reports of testing crude plant extracts for fertility regulating purposes; 3) reports of in vitro effects of plant extracts; and 4) reports of a limited number of experimental studies in human subjects. The limitations of these sources of data are discussed. Information on 3000 plants was collected and computerized, using a weighting system, in order to assign priorities on the plant substances most promising for further study. The 6 centers will then procede to initiate pharmacological and chemical studies on the priority substances. Both male and female antifertility agents are included in the study. (Summary in FRE)
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  14. 14

    World Health Organization encourages traditional medicine in the third world.

    Ozorio P

    Development Directions. 1979 Jul-Aug; 2(4):16.

    The executive board of WHO (World Health Organization) recently passed a resolution calling on countries 1) to promote the role of traditional practitioners in the health care systems of developing countries and 2) to allocate more financial support for the development of traditional medical systems. The board also urged the medical profession not to undervalue the traditional medical system. WHO recognizes that modern medical care is unavailable to the majority of the world's poor residents and that traditional birth attendants deliver 2/3 of the world's babies. To fulfill the primary health needs of all the world's inhabitants it will be necessary to utilize both the Western and the traditional medical system. In some countries, such as Sri Lanka, India, and China the traditional health system is legally recognized. WHO also advocates utilizing those medicinal plants and remedies used by traditional practitioners to effectively treat their patients. Example of some of these plants are 1) Ammi visnage, a Mediterranean plant, used to treat angina pectoris; 2) Cymbopogan proximus, an Egyptian plant, used to remove urinary tract stones; 3) the root of Combretum, used in Ghana to treat guinea-worm; 4) bitter leaf, a Nigerian plant which kills mouth bacteria; and 5) Desmodium adcendens, Thonningia sanguinea, and Deinbollia pinnata used in various combinations to treat bronchial asthma.
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  15. 15

    [Status of research in the field of developing modern methods of birth rate regulation (based on data of the WHO enlarged program of human reproduction in 1977)] o sostoianii nauchnykh issledovani: i v oblasti razrabotki sovremennykh metodov reguliatsii rozhdaemosti (po dannym rasshirenno: i programmy VOZ poreproduktsii cheloveka za 1977.

    Persianinov LS; Manuilova IA


    The problem of human reproduction, especially of birth rate regulation has received much attention in the last decade. The main goal of the enlarged program of research undertaken by WHO in 1977 is to find modern, safe, convenient, and effective methods of contraception which are helpful for family planning. The basic topics under study are oral contraceptives, hormonal medications with prolonged effectiveness, intrauterine contraception, intravaginal and intercervical contraception, contraceptives from plants, biochemical methods of determining ovulation and others. Promising methods under study are the immunological approach based on the search for vaccines with the ability to inhibit sperm locomotion, development of zygote or implantation of the ovum and new methods for male fertility contraception (e.g., intranasal introduction of steroids). Definite attention is paid to methods of surgical sterilization of men and women. Problems of the postabortion period and treatment of infertility are also under intensive investigation in many countries participating in the WHO enlarged program on human reproduction.
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  16. 16

    Traditional medicine: report by the Director-General: proposed programme budget for the financial period 1981: programme review.

    World Health Organization [WHO]

    Geneva, WHO, 1978 Nov. 15. 9 p.

    In 1976, WHO (World Health Orgnization), on the joint recommendation of a WHO/UNICEF report, adopted a program to promote and develop traditional medicine worldwide. This is a report of progress to date. The program was recommended because it was recognized that traditional systems of medicine remain the major source of health care for more than 2/3 of the world's population. Many developing countries have already made progress in integrating traditional and western systems of medicine. Training and research in traditional medicine are the main foci of the WHO-sponsored program. Priority is being given to primary health care in developing countries and to local participation. Claims of therapeutic value for medicinal plants and herbs must be proven by scientists before they are adopted into practice in modern medicine. The use of indigenous plants for fertility regulation and the training of traditional birth attendants are 2 main foci of the program. Regional activities within the program are summarized. Training and research programs will continue and expanded collaboration with other international agencies is anticipated.
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  17. 17

    Back to basics.

    Lawson R

    Development Forum. 1979 Aug-Sep; 7(6):5.

    Recognizing that three-fourths of the world's population is culturally tied to indigenous health care systems, WHO is attempting to emphasize traditional medicine under the division of Appropriate Technology for Health (ATH). A regularly published newsletter describes health technologies appropriate for developing areas. Additionally the Istituto Italo-Africano in Rome has become the first collaborating institution in WHO's traditional medicine program.
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  18. 18

    Fertility control sought from plants in worldwide effort.

    Small WE

    American Pharmacy. 1979 Sep; 19(10):23-4.

    Pharmaceutical scientists and botanists from all over the world met at the University of Illinois to map a 3-year program for collecting and testing plants which may be effective in regulating fertility. Launched in July, 1979, the project will continue through May, 1982. The study is sponsored by the World Health Organization. More than 100 pounds of each plant sample are needed for the pharmacological and phytochemical tests. 300 plant species will be studied, which represents only a fraction of the almost 4000 species for which fertility-regulating information has been gathered. In 1974 Americans paid about $3 billion for prescriptions of plant-extracted drugs. In the same year the pharmaceutical companies devoted only $200,000 of a $1 million research effort to the study of plant extracts. The plant data are being analyzed and stored with the help of a computer system developed at the Illinois College of Pharmacy. The Natural Products Alert (NAPRALERT) system considers whether or not a plant is poisonous or has adverse side effects. An estimated 5000 scientific periodicals are computerized per year. Some 4000 plants are listed, but another 4000 with fertility regulation potential are expected to be recorded. Some 750,000 species of flowering plants grow on earth.
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  19. 19

    Drugs and the Third World.

    Agarwal A

    London, England, Earthscan, 1978 Aug. 70 p.

    This publication is the 1st overall description of the UN drug strategy, involving 5 UN agencies in an undeclared war on the drug companies over "drug colonialism". Tools the agencies are using include a basic drugs list; bulk buying; new patent laws; small-scale manufacturing; and traditional herbs. The ways in which the multinational drug companies work in developing countries is described in detail, in addition to various UN agency policies; results of actions taken by Sri Lanka, India, and other nations against the drug firms; and what industry thinks of the UN plans. Contents of the report include: 1) the Colombo Summit and UN strategy on cooperation among developing nations concerning pharmaceuticals; 2) the structure of the drug industry; high drug prices; drugs for tropical diseases; 3) a basic drugs list: WHO; national lists; industrial and professional resistance; high cost of drugs in Tanzania; industry criticism of essential drug lists; 4) generic versus brand names; 5) bulk purchasing: missions and UNICEF; a UN buying agency; Sri Lanka's experience; regional bulk buying; 6) producing drugs locally through foreign investment: Sri Lanka and India; 7) producing drugs locally through a controlled foreign sector: control of restrictive business practices and patents; 8) producing drugs locally through national self reliance: small-scale plants; barefoot pharmacists; 9) traditional herbs; 10) appropriate drug technologies: fear of the multinationals; quality control; regional drug centers; and 11) primary health care and political will.
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  20. 20

    The promotion and development of traditional medicine: report of a WHO meeting.

    World Health Organization [WHO]

    Geneva, Switzerland, WHO, 1978. 41 p. (Technical Report Series No. 622)

    A WHO meeting to study the promotion and development of traditional medicine was held in late 1977. Traditional medicine concepts and its place in health care are discussed. The fact that traditional medicine consists of a great deal more than the use of medicinal plants is illustrated with discussions of indigenous medical systems from various countries. Much of traditional medicine has been shown to have intrinsic value. It should be evaluated and its efficacy, safety, and availability improved. This should be done because the use of traditional medicine is the surest means of achieving total health care coverage of the world population, using safe, acceptable, and economical means, by the year 2000. The meeting discussed methods of integrating traditional medicine and traditional medical practitioners into the national health care systems of developing nations. Examples of such integration from various countries are cited. Manpower in this area can best be developed by utilizing and retraining, if necessary, existing personnel, including TBAs (traditional birth attendants). Research priorities in the field will vary with cultural settings. The various possible research approaches are illustrated with case studies.
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  21. 21

    Fertility regulating agents from plants.

    WHO Chronicle 33:58-59. February 1979.

    6 centers have been designated to conduct research aimed at finding new and effective fertility regulating agents from plants. The centers are part of the WHO Special Program of Research, Development and Research Training in Human Reproduction. Information concerning about 3000 plants has already been computerized. The sources of this information are many and varied. Some of the reports are scientifically based. Some contain vague or hearsay evidence, and others use terminology which raises questions about the authors' awareness of some of the terms they used. Thus, currently, the amount of detail available regarding the administration of these plants for fertility regulation often provides an inadequate basis for assessing the possible mechanism of action. For the purposes of the WHO program, in which a Task Force has been established in this subject, only certain types of fertility regulating agents are being considered. Each is being assigned to a specific category, according to its use. The compuer is fed all the available weighted data concerning fertility regulation for each plant and for each category of fertility regulating agent. On this basis, the computer then provides a priority rank-ordered list of plants to assist in the selection of the most appropriate plants for experimental investigation by the 6 centers in the program. Each of the 6 centers will be assigned plants from the rank-ordered priority list, those indigenous to the country where the center is located being assigned there if possible. A few parallel studies will continue to be supported by WHO, based on the needs of the program and the merits of each study.
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  22. 22

    Inventory of medicinal plants: selection and characterization.

    WHO Chronicle 33:56-57. February 1979.

    In May 1978 the 31st World Health Assembly urged the World Health Organization (WHO) to compile an inventory of medicinal plants with standardized botanical nomenclature of those most widely used and to compile and periodically update a therapeutic classification of the plants. WHO was also asked to review the available scientific data relating to the efficacy of medicinal plants and their products in the treatment of specific conditions and diseases and to make available the results of such reviews. In response, WHO has compiled an inventory of plants known to be used for therapeutic purposes thorughout the world. WHO will extract from the inventory a list of the plants which really do exert some pharmacological effect and which are most widely used. The initial list will consist of 228 plants. To draw up this preferential list of most used medicinal plants, a classification into 3 categories will be made: 1) plants that are used directly in therapy; 2) plants that constitute the raw mateiral for galenicals; and 3) plants that constitute the raw material for industrial processing and which are used either for the extraction and purification of their active principles or used as starting materials or intermediates for synthetic preparations. A code of specifications for vegetable drugs belonging to the 3 categories already classified in also planned. Much work needs to be done on medicinal plants used in traditional medicine and those whose reputed therapeutic properties have not yet been scientifically assessed.
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  23. 23

    WHO studies plants for contraceptive properties.

    UNFPA Newsletter. 1978 Nov; 4(11):2.

    WHO's Task Force on Prostaglandins for Fertility Regulation has completed a computer search for all information on indigenous plants which have been traditionally used in different parts of the world as contraceptives. From this search, they have begun to study about 30. There are already 3 plants which show definite promise. 1 is the Mexican plant montanoa tomentosa, which is also called zoapatle. Zoapatle is an orally active uterotonic agent which seems to offer the advantage over prostaglandin of having very few side effects. A tea made with the zoapatle plant has been tested in Stockholm with good results. Some Paraguayan plants which interfere with the ovulatory process are also under study at the Research and Training Centre in Buenos Aires. And in Hong Kong, the leonorus artemesia, or Chinese mothewort, shows promise as a contraceptive. WHO hopes to get several new contraceptive agents within the next 5 or 6 years based on these studies. (FULL TEXT)
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  24. 24

    Plants to control fertility.


    World Health. 1978 Aug-Sept; 16-19.

    Although no plant has yet been scientifically shown to have fertility-regulating effects in humans, peripheral evidence warrants an organized effort in this area. And although large numbers of people in the world use plants as drugs, most notably in China, at present the only plant principles found useful in humans for conditions relating to fertility regulation - the alkaloids sparteine and pachycarpine - cannot be used in a practical way. Perhaps the most interesting agent in plants which has been extensively studied in humans is m-xylohydroquinone, isolated from the common pea. Its antifertility activity was studied in Indian women, but found to be only 60% effective. A thorough reevaluation of this agent might prove useful. The Task Force on Indigenous Plants for Fertility Regulation at WHO has initiated a collaborative effort to conduct laboratory tests on plants alleged to have fertility-regulating properties. The testing procedures are complicated, and although it is too soon to determine results, the untapped potential for development of a plant-derived, safe and inexpensive fertility-regulating agent, is significant.
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  25. 25

    Can a Guyanan plant supplant the pill?


    IPPF News 2(5): 3. September-October 1977.

    The International Planned Parenthood Federation finances more than $100,000 in biomedical research grants annually. The grants, given to scientists around the world, are to finance research into better maternal and child health programs and safer and more effective contraceptives. Examples of current projects are cited, e.g., nutrition, IUD mode of action, contraceptive properties of plants, and child spacing.
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