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    建立信任措施“F”

    表格声明

    F: 没有新的申报，最后申报的年份是： 2011

    宣布以往在进攻性和/或防御性生物学研究与发展方案中的活动

    1. 《公约》对缔约国生效的日期。: 
    18 九月 1972
    2. 以往的进攻性生物学研究与发展方案：
    是
    进行活动的(各段)时期

    1 Jan 46 to 30 Jun 58

    概述研究与发展活动，说明是否进行过与生物剂生产、测试和评估、武器化、储存有关的活动，是否进行过与销毁此种物剂和武器有关的活动，是否进行过其他有关研究。

    In the above period offensive work undertaken by Canada included:  studies of improved procedures for production of certain toxins (eg. botulinum and diphtheria); studies on the use of insects as vectors for pathogenic bacteria and viruses; test and evaluation of munitions, including performance in cold weather; studies of weapon-produced aerosols of potential BW agents; fundamental work related to field trials, dealing with the dispersion and properties of solid particulates, preparation of finely divided solids for munitions charging and sampling of toxic particulates; development of tissue culture processes for large scale cultivation of viruses; and development of Burkholderia mallei and Burkholderia pseudomallei as new potential BW agents and continued work on Brucella suis and Pasteurella tularensis as BW agents.  There was no large scale production, stockpiling or weaponization of BW agents.  When necessary, BW agents were destroyed by autoclaving.

    3. 以往的防御性生物学研究与发展方案：
    是
    进行活动的(各段)时期

    1 Jan 46 to present

    概述研究与发展活动，说明是否在下列领域进行过工作、预防、致病性和毒性研究、诊断技术研究、空气生物学研究、治疗研究、毒理学研究、实际防护研究、消除污染研究以及其他有关研究，可能时请说明地点。

    A key factor in biological defence work is that it is only through a thorough understanding of the properties and behaviour of potential BW agents that the potential threat can be appreciated, and work on suitable defensive measures can be undertaken.  Accordingly, in the past there was much basic research on such agents, as well as studies of their characteristics and behaviour as aerosols.  The aerosol work included studies to delineate the factors responsible for the losses of viability in airborne bacteria and viruses during long-distance aerosol transport.  The aim was to better understand the feasibility of large scale use of BW agents.  Medical work in biological defence has covered research and development, and in some cases production of toxoids, antitoxins and vaccines for various potential BW agents including Botulinum toxin, Rinderpest virus, Newcastle Disease virus, B. mallei, F. tularensis and Diphtheria toxin.  More recent work in biological defence is summarized in Form A, part 2.

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