BCB COURSE REQUIREMENTS
Year 1 |
GS21 1017 Foundations in Biomedical Research (7 credits) GS21 1051伦理维度生物医学科学(1个学分) GS13 1024细胞信号的分子基础(3个学分) |
Year 2 |
GS03 1023生物化学和细胞生物学的当前方法(3个学分) 科学写作(1个学分) GS12 1011 BCB研讨会系列(1个学分) Weekly seminars* |
3年级以上 |
候选人资格(可以在课程描述下找到详细信息) GS12 1011 BCB研讨会系列(1个学分) Weekly seminars* BCB选修课(两门课程) 防御 |
*所有学生都必须参加BCB研讨会系列GS12 1011,只有固定后的学生才能出席。
* All students should attend at least one department seminar per week
课程描述
- BCB Seminar Series
课程细节
GS12 1011 (1 credits)
春天和秋季Poulsen,凯尔。一个小时。每年春季和秋季。分级系统:通过/失败。允许审核。先决条件:无。
该课程是一个论坛,在该论坛上,学生,博士后研究员和偶尔的教职员工介绍他们正在进行的研究,以促进讨论,学习和科学互动。beplay苹果手机能用吗讨论的研究领域包括beplay苹果手机能用吗基本和转化细胞生物学和生物化学,涉及癌症,肌肉和肾脏生理学的主题,神经科学,蛋白质结构/功能以及心血管和昼夜节律生理学。所有学生将有望参加讲座并参加讨论。期望学生有望提出一个45分钟的研讨会,描述他们的论文研究beplay苹果手机能用吗
- 当前的生物化学和细胞生物学方法
课程细节
GS03 1023 (3 credits)
FallPutkey , 约翰。三个学期。每年秋天。评分系统:字母等级。先决条件:GS21 1017:生物医学研究的基础或本科生物化学的2个学期。beplay苹果手机能用吗本课程的目的是指导学生采用与结构和分子生物学相关的最前沿方法论。班级会
consists 在星期一,星期三和星期五举行的43个1小时的讲座中。基于其相关技术的专业知识,从多个GSB的研究生课程中选择个别讲师。演讲将为从QRT-PCR到代谢组分析到基本重组蛋白表达和分析的技术曲目的原理,适当的应用和局限性提供声音基础。该课程旨在通过核心课程涵盖的技术协同作用。 - 高级研究研讨会的设计和交付beplay苹果手机能用吗
课程细节
GS04 1751 (1 credits)
Fall布雷顿,吉斯兰。一个学期。每年秋天。分级系统:通过或失败。先决条件:无
This course has two major objectives. The first is to familiarize students with current research in regulatory biology with particular emphasis on molecular mechanisms of cell regulation and signaling. The second goal is to teach students how to give outstanding research seminars. Weekly 90-minute meetings involve alternate faculty and student presentations on current problems in regulatory biology. Faculty presentations introduce each topic and provide a broad and critical overview of approaches used to tackle research problems. Student presentations cover recent articles from leading journals on the same topic. Students are instructed in the preparation of slides/overheads, seminar organization and techniques of oral presentation and are given detailed feedback by faculty and fellow students following their presentations. Three to four topics are covered each year and the topics discussed vary annually. Students can, and often do, register for the course multiple times during their graduate careers.
- Molecular Basis of Cell Signaling
课程细节
GS13 1024 (4 credits)
春天杜,广播。四个学期。春季,每年。评分系统:字母等级。先决条件:生物化学和细胞生物学背景;教练的同意。
本课程提供了对细胞信号的分子基础的详细探索,重点是最新的发展,结构功能和定量。该课程将包括对第二信使系统(GPCR,G蛋白,CAMP,IP3和脂质)的调节,离子通道,生长因子调节的酪氨酸激酶,小G蛋白(RAS,GEFS,GEFS,GAPS,GAPS,GAPS),激酶/磷酸酶途径,激酶途径,磷酸酶途径,激酶/磷酸酶途径,激酶途径,激酶/磷酸盐酶途径,激酶/磷酸酶途径,激酶/磷酸酶。类固醇激素/转录以及这些系统的建模。
- Scientific Writing for Grant Proposals
课程细节
GS03 1111 (1 credits)
Summer SessionCheng, Xiaodong; Gorfe, Alex. One semester hour. Summer annually. Grading System: Letter Grade. Prerequisite: GSBS Core Course.
这个迷你课程的目标是学习如何编写有效的赠款建议。关于NIH赠款的组成部分,将进行正式的讲座,然后写研讨会。该课程还将包括一个模拟研究部分,并对书面建议的同行评审。
本课程满足GSB的写作要求。
- 分子医学主题
课程细节
GS21 1611(1个学分)
所有学期Milewicz, Dianna. One semester hour. Fall, Spring, and Summer, annually. Grading System: Pass or Fail. Prerequisite: MD/PhD students only; consent of instructor (Pass/Fail only)
研讨会将使用选定的主题分子medicine as a vehicle to introduce students to basic ideas of biomedical research, to the skills involved in evaluating the research literature and presenting data, and to the interplay between the research laboratory and the problems of clinical medicine. Students will be expected to conduct literature reviews, make oral presentations of research papers, and participate in the discussions of each topic. The course is offered in the Fall, Spring, and Summer semester, and MD/PhD students are required to register for the course throughout their tenure in the Program except during the third and fourth years of Medical School when schedules for clinical rotations conflict with the weekly seminar.