The Laboratory biosafety manual has in the past focused on traditional biosafety guidance for laboratories. The manual emphasizes the use of good microbiological work practices, appropriate containment equipment, proper facility design, operation and maintenance, and administrative considerations to minimize the risk of worker injury or illness. In following these recommendations, the risk to the environment and surrounding community-at-large is also minimized

Chapter 6. Laboratory animal facilities Those who use animals for experimental and diagnostic purposes have a moral obligation to take every care to avoid causing them unnecessary pain or suffering. The animals must be provided with comfortable, hygienic housing and adequate wholesome food and water At the end of the experiment they must be dealt with in a humane manner

As aerosols are important sources of infection, care should be taken to reduce the extent of their formation and dispersion Hazardous aerosols can be generated by many laboratory operations, e.g. blending, mixing, grinding, shaking, stirring, sonicating and centrifuging of infectious materials. Even when safe equipment is used, it is best to carry out these operations in an approved biological safety cabinet whenever possible

A basic knowledge of disinfection and sterilization is crucial for biosafety in the laboratory. Since heavily soiled items cannot promptly be disinfected or sterilized, it is equally important to understand the fundamentals of cleaning prior to disinfection (precleaning). In this regard, the following general principles apply to all known classes of microbial pathogens

Brucellosis is an infectious disease caused by the bacteria of the genus Brucella These bacteria are primarily passed among animals, and they cause disease in many different vertebrates Various Brucella species affect sheep, goats, cattle, deer, elk, pigs, dogs, and several other animals Humans become infected by coming in contact witl animals or animal products that are contaminated with these bacteria

食品生物技术是食品科学与工程专业及食品质量与安全专业的专业选修课程本课程的 任务是阐述食品生物技术的基本理论和该领域国内外的最新研究进展,使学生了解食品生物 技术的主要研究内容、研究方法,掌握几种在食品生产中应用的重要技术原理。充分认识食 品生物技术在食品工业发展史中的地位及其对食品工业发展的推动作用

本文综述了海参中重要的化学成分及其生物活性的研究进展,为海参功能性食品的研发提供参考

《海洋文化概论》 《神奇的海洋贝类》 《鱼类的呼吸探秘》 《漫谈转基因》 《细胞生物学》 《水族动物育种学》 《遗传学》 《分子生物学》 《生物工程概论》 《基因工程》 《细胞工程》 《水产生物技术》 《水生动物育种学》 《生物安全》 《生物入侵》 《生命科学史》 《水产动物育种学》 《珍珠与珍珠文化》

一、生物传感器研究和开发历史 生物传感器研究和开发的目的是向社会提供采用生物传感器原理的新仪器和分析方法，它们可以广泛地应用于安全预警、 临床诊断监护、食品分析、工业控制和环境状态的监测。 20 多年来，我们研制开发了一系列可以实用的生物传感器和分析仪器(图 1-5)。这些生物传感器分析仪代表了不同时期生 物传感器研究开发的历史

• 生物医学材料的发展概况 • 生物材料的分类及性能 • 医用金属材料 • 医用高分子材料 • 其他生物医学材料 • 生物医学材料的安全性 • 生物材料的发展趋势 • 纳米医学材料简介