生物安全学报办刊宗旨

<正>面向国际,共同应对国际生物安全的挑战,关注自然和人类社会健康发展中的生物安全焦点与热点(生物入侵、农业转基因生物、农用化学品、新技术等带来的生物安全科学问题),引领国际生物安全领域的研究与发展前沿,主导国际生物安全领域的科技潮流,及时刊载生物安全科学研究的新理论、新技术与新方法,全面报道生物安全领域最新的高端研究成果。坚持百花齐放与百家争鸣、科学提升与知识普及相结合的方针,办成具备科学与技     

生物安全学报办刊宗旨

正面向国际,共同应对国际生物安全的挑战,关注自然和人类社会健康发展中的生物安全焦点与热点(生物入侵、农业转基因生物、农用化学品、新技术等带来的生物安全科学问题),引领国际生物安全领域的研究与发展前沿,主导国际生物安全领域的科技潮流,及时刊载生物安全科学研究的新理论、新技术与新方法,全面报道生物安全领域最新的高端研究成果。坚持百花齐放与百家争鸣、科学提升与知识普及相结合的方针,办成具备科学与技     

生物安全学报

正办刊宗旨面向国际,共同应对国际生物安全的挑战,关注自然和人类社会健康发展中的生物安全焦点与热点(生物入侵、农业转基因生物、农用化学品、新技术等带来的生物安全科学问题),引领国际生物安全领域的研究与发展前沿,主导国际生物安全领域的科技潮流,及时刊载生物安全科学研究的新理论、新技术与新方法,全面报道生物安全领域最新的高端研究成果。坚持百花齐放与百家争鸣、科学提升与知识普及相结合的方针,办成具备科学与技术于一体的国际主流学术刊物(中英文)。刊载内容《生物安全学报》致力于涉及生物安全领域的学科发展,聚焦于生物安全领域各学科的前沿性与     

生物安全学报

正办刊宗旨面向国际,共同应对国际生物安全的挑战,关注自然和人类社会健康发展中的生物安全焦点与热点(生物入侵、农业转基因生物、农用化学品、新技术等带来的生物安全科学问题),引领国际生物安全领域的研究与发展前沿,主导国际生物安全领域的科技潮流,及时刊载生物安全科学研究的新理论、新技术与新方法,全面报道生物安全领域最新的高端研究成果。坚持百花齐放与百家争鸣、科学提升与知识普及相结合的方针,办成具备科学与技术于一体的国际主流学术刊物(中英文)。     

生物安全学报

正办刊宗旨面向国际,共同应对国际生物安全的挑战,关注自然和人类社会健康发展中的生物安全焦点与热点(生物入侵、农业转基因生物、农用化学品、新技术等带来的生物安全科学问题),引领国际生物安全领域的研究与发展前沿,主导国际生物安全领域的科技潮流,及时刊载生物安全科学研究的新理论、新技术与新方法,全面报道生物安全领域最新的高端研究成果。坚持百花齐放与百家争鸣、科学     

生物安全学报

<正>办刊宗旨面向国际,共同应对国际生物安全的挑战,关注自然和人类社会健康发展中的生物安全焦点与热点(生物入侵、农业转基因生物、农用化学品、新技术等带来的生物安全科学问题),引领国际生物安全领域的研究与发展前沿,主导国际生物安全领域的科技潮流,及时刊载生物安全科学研究的新理论、新技术与新方法,全面报道生物安全领域最新的高端研究成果。坚持百花齐放与百家争鸣、科学提升与知识普及相结合的方针,办成具备科学与技     

生物安全学报

正办刊宗旨面向国际,共同应对国际生物安全的挑战,关注自然和人类社会健康发展中的生物安全焦点与热点(生物入侵、农业转基因生物、农用化学品、新技术等带来的生物安全科学问题),引领国际生物安全领域的研究与发展前沿,主导国际生物安全领域的科技潮流,及时刊载生物安全科学研究的新理论、新技术与新方法,全面报道生物安全领域最新的高端研究成果。坚持百花齐放与百家争鸣、科学     

生物安全学报

正办刊宗旨面向国际,共同应对国际生物安全的挑战,关注自然和人类社会健康发展中的生物安全焦点与热点(生物入侵、农业转基因生物、农用化学品、新技术等带来的生物安全科学问题),引领国际生物安全领域的研究与发展前沿,主导国际生物安全领域的科技潮流,及时刊载生物安全科学研究的新理论、新技术与新方法,全面报道生物安全领域最新的高端研究成果。坚持百花齐放与百家争鸣、科学提升与知识普及相结合的方针,办成具备科学与技术于一体的国际主流学术刊物(中英文)。     

生物安全学报

正办刊宗旨面向国际,共同应对国际生物安全的挑战,关注自然和人类社会健康发展中的生物安全焦点与热点(生物入侵、农业转基因生物、农用化学品、新技术等带来的生物安全科学问题),引领国际生物安全领域的研究与发展前沿,主导国际生物安全领域的科技潮流,及时刊载生物安全科学研究的新理论、新技术与新方法,全面报道生物安全领域最新的高端研究成果。坚持百花齐放与百家争鸣、科学     

生物安全学报

正办刊宗旨面向国际,共同应对国际生物安全的挑战,关注自然和人类社会健康发展中的生物安全焦点与热点(生物入侵、农业转基因生物、农用化学品、新技术等带来的生物安全科学问题),引领国际生物安全领域的研究与发展前沿,主导国际生物安全领域的科技潮流,及时刊载生物安全科学研究的新理论、新技术与新方法,全面报道生物安全领域最新的高端研究成果。坚持百花齐放与百家争鸣、科学提升与知识普及相结合的方针,办成具备科学与技术于一体的国际主流学术刊物(中英文)。     

A Thematic Approach to the History of Physiology

This paper is a brief report of an undergraduate course in the history of physiology. A specific area, the development of the concepts of the cardiovascular system, was examined chronologically through primary readings and laboratory exercises. As an unusual approach to a frequently ignored but important subject, it may be of interest to those concerned with teaching the history of science.     

The ecosystem concept: A search for order

The development of the ecosystem concept illustrates the search for order in science and shows how individuals and the social-cultural environment of the science influence concept evolution. Ecosystem was coined in 1935 and replaced a variety of inappropriate terms which all referred to a system of biotic and inorganic interactions in nature. It was popularized after the second World War and became a dominant paradigm in ecology world wide. As such, it dominated the development of productivity studies within the International Biological Program. The ecosystem concept became mature when it was realized that the ecosystem was an object that could be studied directly, using conventional scientific methods. Currently the ecosystem concept exists along side a variety of ecological concepts which represent the guiding research foci of ecological subfields.     

人指甲中氢、氧稳定同位素在法医学领域的应用

氢、氧稳定同位素作为一类化学示踪物质,在地理科学、环境生态和法庭科学等领域均有应用。在法庭科学研究领域,指甲作为一种记录人在不同时段内摄入氢、氧稳定同位素情况的载体,在推断人的生活地域变化轨迹方面具有很大的潜力,具有广阔的应用前景。本文从氢、氧稳定同位素溯源的基本原理,人指甲中氢、氧稳定同位素前处理方法和检验方法,人指甲氢、氧稳定同位素溯源技术的法医学应用等方面展开综述,并对稳定同位素溯源技术的发展等方面做了简要展望。     

荧光成像技术及其在生命科学中的应用

近年来,荧光成像技术发展迅速,其成像系统通常为目前最先进的分析检测仪器之一的激光共聚焦显微镜,荧光探针是荧光成像技术的核心之一。作为新兴光学成像技术,荧光成像技术在生命科学领域中应用广泛,可用于蛋白质及金属离子检测,肿瘤疾病的诊断,并为药物新剂型的研究提供了新思路。     

The Importance of the History of Science to the American Society of Zoologists

As the history of science has developed as a professional intellectualdiscipline, it has had and will continue to have an importantrole in defining science and its place in our culture. Suchdefinitions should be based on as much information as possible.Scientists can help supply some of this information throughparticipation in symposia on the history of science. In addition,scientists can learn much about the nature of their disciplineby becoming aware of the concepts of science which are derivedfrom the careful analysis of its history. Efforts should bemade to bring historians of science and scientists togetherfor their mutual benefit.     

Animals and alternatives: societal expectations and scientific need

As Russell and Burch suggested more than 40 years ago, the most humane science is the best science. The path ahead is clear: pain and distress must be eliminated in animal experiments or reduced to an absolute minimum, and, as scientists, we must use the most humane approaches in our research. To accomplish the best science, we must train those who come after us in the principles and practice of humane science.     

Productive Perception

Many generations of psychologists have been concerned with the problem of how we see things as they are in reality. The science of vision has accumulated extensive material on this subject; and many more or less correct hypotheses have been proposed, formulated in the various conceptual terms of philosophy, art, psychology, physiology, biophysics, mathematics, and technology. Investigation into the working of the visual system has not developed equally in these fields. One instructive fact will not go unnoticed in the future history of the science of vision: in psychology, interest in image phenomena has fallen sharply, first because of behaviorism, then because of too broad an interpretation of the classic teachings on conditioned reflexes, and later because of cybernetic ideas. It has been maintained probably in a single area, psychiatry, in which investigative and medical material has not permitted image and hallucinatory phenomena to be ignored. In the early 1960s representatives of various psychological and physiological schools and disciplines returned anew to the long-for gotten topic of image phenomena. As Holt has aptly remarked (15), images are returning from exile. As generally happens in science, the rekindling of interest in a traditional topic occurred through the internal logic of studying the problems of perception in the light of the relatively new fields in science and technology. If we trace the development of only some of them — design theory, engineering psychology, and the theory of creative activity (as a separate subdivision of art, science, and the psychology of creativity) — it becomes clear that the return to image phenomena is due to the inability of behaviorism and associated physiological conditioning theories to explain complex forms of behavior and mental activity.     

量子点在生命科学中的应用

近年来 ,量子点 (半导体纳米微晶体 )的研究引起国内外研究者的广泛兴趣 ,其研究内容涉及物理、化学、材料等多学科 ,已成为一门新兴的交叉学科。虽然量子点在生物学中的应用才刚刚起步 ,但是已经取得了有意义的进展 ,成为人们极为注意的一个热点。现就量子点的光学特性、制备方法以及在生物学中的研究进展和应用前景作一简要综述     

Anatomy,metaphysics, and values: The ape brain debate reconsidered

Conventional wisdom teaches that Thomas Huxley discredited Richard Owen in their debate over ape and human brains. This paper reexamines the dispute and uses it as a test case for evaluating the metaphysical realist, internal realist, and social constructivist theories of scientific knowledge. Since Owen worked in the Kantian tradition, his anatomical research illustrates the implications of internal realism for scientific practice. As an avowed Cartesian, Huxley offered a well developed attack on Owen's position from a metaphysical realist perspective. Adrian Desmond's political retrospective on the dispute affords the additional opportunity to contrast internal realism with social constructivism. I argue that since Huxley ultimately based his attack on his valuing Europeans as superior to blacks, his argument illustrates the hazards of accepting the metaphysical realist promise of value free science. Desmond overlooks this racial dimension of the dispute, and his work shows how social constructivism can distract the historian and philosopher from even the social meaning of science. As internal realists like Putnam have argued, values enter science not from without, but from within the very process of science itself.     

量子点荧光光谱学与生命科学

近年来,量子点(半导体纳米微晶体)的研究引起国内外研究者的广泛兴趣,其研究内容涉及物理学、化学、材料等多学科,已成为一门新兴的交叉学科。虽然量子点在生物学中的应用才刚刚起步,但是已经取得了有意义的进展,成为人们极为关注的一个热点。现就量子点的光学特性、制备方法,以及在生物学中的研究进展和应用前景作一简要综述。