{"title":"Semester-long Projects","authors":"Katherine A. Sharp, Robin L. Cooper, Dawn Carter","doi":"10.37590/able.v42.art50","DOIUrl":null,"url":null,"abstract":"This discussion is focused on some experiences of semester-long course projects. At Rochester Institute of Technology (RIT), the first year laboratory courses (150 students per semester) are semester-long projects. We have adapted the Small World Initiative project (antibiotics from soil bacteria) and have devised and adapted other projects as a lens to teach laboratory techniques and engage our beginning scientists in authentic inquiry. Examples include Daphnia ecotoxicology and Fall tree studies. This past year has been challenging with the COVID-19 pandemic and the need to adapt laboratory courses to include students who are learning online, as well as planning for a pivot to online for the entire class. At the University of Kentucky (UK), in a Jr/Sr level Animal Physiology Course with a lab (120 students per semester) and a neurophysiology lab (Sr level) with 16 students we have focused on a theme this year with the effect of bacterial induced sepsis and to focus in on the direct effect of endotoxin (Lipopolysaccharides, LPS) from gram-negative bacteria. This was approached as authentic scientific inquiry. The novel investigation appeared to stimulate student engagement and curiosity. In the neurophysiology class the project turned into a publication with all students as co-authors. In the animal physiology course, the topic was woven through the various bodily systems from the cell level to the whole body. What students found interesting is how little is known on the direct effects of LPS as compared to the downstream actions of cytokines. To bridge this across kingdoms, the effects of LPS on root growth in plants and sensitivity to subsequent exposure as a defense mechanism were compared. Firstpage","PeriodicalId":72079,"journal":{"name":"Advances in biology laboratory education : publication of the .... Conference of the Association For Biology Laboratory Education (ABLE). Association for Biology Laboratory Education. Workshop/Conference","volume":null,"pages":null},"PeriodicalIF":0.0000,"publicationDate":"2022-01-01","publicationTypes":"Journal Article","fieldsOfStudy":null,"isOpenAccess":false,"openAccessPdf":"","citationCount":"0","resultStr":null,"platform":"Semanticscholar","paperid":null,"PeriodicalName":"Advances in biology laboratory education : publication of the .... Conference of the Association For Biology Laboratory Education (ABLE). Association for Biology Laboratory Education. Workshop/Conference","FirstCategoryId":"1085","ListUrlMain":"https://doi.org/10.37590/able.v42.art50","RegionNum":0,"RegionCategory":null,"ArticlePicture":[],"TitleCN":null,"AbstractTextCN":null,"PMCID":null,"EPubDate":"","PubModel":"","JCR":"","JCRName":"","Score":null,"Total":0}
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Abstract

This discussion is focused on some experiences of semester-long course projects. At Rochester Institute of Technology (RIT), the first year laboratory courses (150 students per semester) are semester-long projects. We have adapted the Small World Initiative project (antibiotics from soil bacteria) and have devised and adapted other projects as a lens to teach laboratory techniques and engage our beginning scientists in authentic inquiry. Examples include Daphnia ecotoxicology and Fall tree studies. This past year has been challenging with the COVID-19 pandemic and the need to adapt laboratory courses to include students who are learning online, as well as planning for a pivot to online for the entire class. At the University of Kentucky (UK), in a Jr/Sr level Animal Physiology Course with a lab (120 students per semester) and a neurophysiology lab (Sr level) with 16 students we have focused on a theme this year with the effect of bacterial induced sepsis and to focus in on the direct effect of endotoxin (Lipopolysaccharides, LPS) from gram-negative bacteria. This was approached as authentic scientific inquiry. The novel investigation appeared to stimulate student engagement and curiosity. In the neurophysiology class the project turned into a publication with all students as co-authors. In the animal physiology course, the topic was woven through the various bodily systems from the cell level to the whole body. What students found interesting is how little is known on the direct effects of LPS as compared to the downstream actions of cytokines. To bridge this across kingdoms, the effects of LPS on root growth in plants and sensitivity to subsequent exposure as a defense mechanism were compared. Firstpage
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本讨论的重点是一学期课程设计的一些经验。在罗切斯特理工学院(RIT),第一年的实验课程(每学期150名学生)是一个学期的项目。我们改编了小世界倡议项目(从土壤细菌中提取抗生素),并设计和改编了其他项目,作为教授实验室技术和让我们的初级科学家参与真实调查的镜头。例子包括水蚤生态毒理学和秋天树的研究。过去的一年充满了挑战,因为COVID-19大流行,需要调整实验课程,使其包括在线学习的学生,并计划整个班级转向在线学习。在肯塔基大学(英国),在Jr/Sr水平的动物生理学课程(每学期120名学生)和神经生理学实验室(Sr水平)(16名学生)中,我们今年的主题是细菌诱导败血症的影响,并重点关注来自革兰氏阴性细菌的内毒素(脂多糖,LPS)的直接影响。这是一种真正的科学探究。这项新颖的调查似乎激发了学生的参与度和好奇心。在神经生理学课上,这个项目变成了一份所有学生共同撰写的出版物。在动物生理学课程中,这个主题贯穿了从细胞水平到整个身体的各种身体系统。学生们发现有趣的是,与细胞因子的下游作用相比,我们对LPS的直接作用知之甚少。为了跨越这一领域,我们比较了LPS对植物根系生长的影响以及对随后暴露的敏感性作为一种防御机制。珍宝
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