Page 21 - MSc-BiologyProgramsOffered

3. Explain and apply molecular genetic mechanisms of
SCI04 6403 Population Genetics 4(4-0-8)
SCI04 7401 Bioinformatics
SCI04 8401 Cellular Signal
Transduction
M.Sc. (Biology)
Update June 1, 2023
None Concepts and analytical methods of
3(3-0-6) investigating gene frequencies and the
3(3-0-6) None mechanisms of their changes within populations
and between populations, mechanisms of
Consent of speciation and evolution, genetic variation in
the School population in relation to environmental changes. 2. Provide techniques that can be used to identify genetic
Biological basics of bioinformatics, biological
databases, use of programs to search and
compare the nucleotide and amino acid
sequences, decoding of genomes, analysis and
prediction of structures and functions of
nucleotide and amino acid sequences, similarity
and homology analyses, and phylogeny
analysis.
Principles and concepts of signal transduction
at a cellular level covering classifications and
regulation mechanisms of signaling ligands,
signaling receptors, and effector pathways,
examples of specific signaling pathways,
significances of signal transduction in
endocrinology and immunology, and cancer
biology.
gene expression regulation, development, and evolution
(PLO5, Apply);
4. Use information technology to search for knowledge or
current techniques from different sources related to
molecular genetics to present and discuss with others in
the classroom (PLO6, Apply).
1. Use the Hardy-Weinberg principle to explain when
microevolution occurs (PLO4, Understand);
variation within and among the population (PLO5,
Apply);
3. Explain how mutations, gene flow, nonrandom mating,
genetic drift, and natural selection contribute to the
process of microevolution (PLO4, Understand).
1. Explain principles of biological basics of bioinformatics,
biological databases, search and comparison of the
nucleotide and amino acid sequences, decoding of
genomes, analysis and prediction of structures and
functions of nucleotide and amino acid sequences,
similarity and homology analyses, and phylogeny
analysis (PLO4, Understand);
2. Use programs to analyze nucleotide and amino acid
sequences to obtain biological data (PLO6, Apply);
3. Apply the learning knowledge to analyze and solve the
set problems of bioinformatics (PLO5, Apply, Analyze).
1. Explain principles and theories related to signal
transduction at the cellular level covering classifications
and regulation mechanisms of signaling ligands,
signaling receptors, and effector pathways, examples of
specific signaling pathways, significances of signal
transduction in endocrinology and immunology, and
cancer biology (PLO4, Understand);