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Course Detail

Degree
Master
Standard Academic Year
1, 2
Course delivery methods
Online (Asynchronous)
Subject
Biological sciences, Agriculture & related subjects, Physical sciences
Program
School
Master's Program in Biology
Department
Master's Program in Biology
Campus
Tsukuba Campus
Classroom
Course Offering Year
2023-2024
Course Offering Month
October - February
Weekday and Period
Wed5,6
Capacity
Credits
3.0
Language
English
Course Number
0ANA011

General Biology I University of Tsukuba

Course Overview

分子細胞生物学の教科書を参照しながらオムニバス形式で講義を行う。分子細胞生物学の基礎的な知識に関して復習しながら、先端的な研究の実例も交えて生物学の幅広い知識を得る。Nature、Science、Current Biology、PNASなどで報告される最先端の研究成果に関して、専門分野以外の論文でも読みこなせるだけの素養を身に付ける。

Learning Achievement

Lectures will be given in omnibus format with reference to textbooks on molecular and cellular biology. While reviewing basic knowledge of molecular and cellular biology, broad knowledge of biology with examples of advanced research will be acquired. Students will acquire the ability to read the latest research results reported in Nature, Science, Current Biology, PNAS, etc., even in papers outside their specialized fields.

The main goal is to understand the content of textbook, “Molecular Biology of the Cell”. In addition, the purpose of the lesson is to develop the current status of research and problem-solving abilities by conducting lessons including the latest information including current problems and research development.

Competence

General competence:
Utilization of knowledge

Competence for Program in Biology:
Knowledge of natural science
Knowledge of biology

Course prerequisites

Grading Philosophy

Students are evaluated, according to their understanding, summarization, and presentation of the contents of the papers.

Course schedule

DNA, Chromosomes
Genomes
How cells read the genomes
From DNA to protein
Control of gene expression
Manipulating proteins
Manipulating DNA and RNA
Visualizing cells
Membrane structure
Membrane structure
Electrical properties of membranes
Intracellular compartments
Protein sorting
Intracellular vesicular traffic
Summary of the first half
Energy conversion: mitochondria
Energy conversion: chloroplasts
Mechanisms of cell communication
The cytoskeleton
The cell cycle
Apoptosis
Cell junction and cell adhesion
Extracellular matrix
Cancer (1)
Cancer (2)
Development of multicellular organisms (1)
Development of multicellular organisms (2)
Pathogens and infection
Innate immunity
Summary of the second half

Course type

Lectures

Online Course Requirement

Instructor

Ishikawa Kaori,HAYASHI YOSHIKI,Suzaki Takuya,Maruo Fumiaki,Ono Michiyuki,Inaba Kazuo,Chiba Chikafumi,Chiba Tomoki,kuwayama hidekazu,Nakada Kazuto,Nakano Kentaro,Tsuruta Fuminori,Miura Kenji,Yaguchi Shunsuke,Sakurai Keisuke,HAYASHI MAKOTO,okamoto naoki,Hirakawa Yoshihisa,shimada yuko

Other information

Site for Inquiry


Link to the syllabus provided by the university