Page 30 - MSc-BiologyProgramsOffered

SCI04 8508 Special Projects in 2(0-6-6) None Research work that can be finished within one
Bioinnovation of Silver None academic term on a specific topic in production
Nanoparticles and bioinnovative concepts of silver
nanoparticles.
SCI04 8509 Advance Medical 4(3-3-6)
Biomaterials Introduction to medical biomaterials,
biomaterials, proteins, protein-surface
interactions, blood-biomaterial interactions and 1. Use information technology to search current information
coagulation, inflammation and infection,
immune system and inflammation, wound
healing, biomaterial surface and physiological
environment, and biocompatibility, and the
experiments related to medical biomaterials.
M.Sc. (Biology)
Update June 1, 2023
scientific solution according to government and
industrial demands (PLO2, PLO5, PLO7, Apply,
Analyze);
4. Present current research or case studies of selected
updated topics nanobiology and innovation and discuss
with classmates and the teacher (PLO2, PLO5, Apply).
and research in bioinnovation of silver nanoparticles
(both Thai and English) (PLO3, PLO6, Apply);
2. Use the received information from searching in relating
scientific fields to specify the interesting topic of the
bioinnovation of silver nanoparticle project (PLO1,
PLO5, Apply);
3. Study and use techniques and instuments relating to the
project, design experiments, and perform the
experiments (PLO4, PLO6, Apply);
4. Analyze the data using a statistical program (PLO6,
Analyze);
5. Analyze and criticize research results, and point for
applications (PLO5, PLO7, Apply, Aanlyze);
6. Write report without plagiarism (PLO 1, Apply;
7. Orally present the project results and discuss with
classmates and the teacher in the classroom (PLO2,
PLO5, Apply).
1. Describe the concepts of medical biomaterials and
relevant interactions (PLO1);
2. Explain the principles of medical biomaterials,
biomaterials, biomaterial surfaces, proteins, protein-
surface interactions, blood-biomaterial interactions and
coagulation, inflammation and infection, immune
system and inflammation, wound healing, biomaterial
surface and physiological environment, and
biocompatibility (PLO1);
3. Use i n f or ma t i on t e c hn ol og y t o s e a rc h for t h e
innovations and products based on the medical
biomaterials knowledge (PLO4);
4. Work as a team to design medical biomaterials of
interest (PLO2, PLO7);