Module Number BIOINFM2110 |
Module Title Foundations of Bioinformatics |
Type of Module Compulsory |
---|---|---|
ECTS | 9 | |
Work load - Contact time - Self study |
Workload:
270 h Class time:
90 h / 6 SWS Self study:
180 h |
|
Duration | 1 Semester | |
Frequency | In the summer semester | |
Language of instruction | German and English | |
Type of Exam | Written Test |
|
Lecture type(s) | Lecture, Tutorial | |
Content | The lecture focuses on the fundamental algorithms of bioinformatics. In the accompanying exercises, the student will gain practical experience in the application of standard tools of bioinformatics to problems from the life sciences, but also practice writing their own computer programs. Great importance is attached to the fact that the acquired knowledge is deepened independently in accompanying exercises in small groups. This compulsory module is the basis for all further bioinformatics courses. Contents of the lecture are: pairwise alignment, multiple alignment, BLAST, phylogeny, Markov models, (genome) sequencing, machine learning, RNA secondary structure, protein secondary structure, protein tertiary structure. |
|
Objectives | The students know basic concepts and methods of bioinformatics as well as mathematical methods for modelling biological problems. By dealing with typical bioinformatics problems, the students are prepared to deal with the situations that arise in everyday professional life. They can recognise biological problems and describe, abstract and then solve them as bioinformatics problems. |
|
Allocation of credits / grading |
Type of Class
Status
SWS
Credits
Type of Exam
Exam duration
Evaluation
Calculation
of Module (%)
Lecture
V
o
4
6.0
wt
90
g
100
Tutorial
Ü
o
2
3.0
|
|
Prerequisite for participation |
INFM1110 Practical Computer Science 1: Declarative Programming, INFM1120 Practical Computer Science 2: Imperative and Object-Oriented Programming |
|
Lecturer / Other | Nieselt | |
Literature | - |
|
Last offered | Sommersemester 2022 | |
Planned for | Sommersemester 2025 | |
Assigned Study Areas | BIOINFM, INFM2510, MDZINFM, MEINFM3210 |