FCCT Biochemistry Lab:Courses: Difference between revisions

From OpenWetWare
Jump to navigationJump to search
No edit summary
No edit summary
Line 5: Line 5:


# Biochemistry (1st year) Brigita Lenarčič (Fundamentals)([http://bio.ijs.si/~brigita/faculty/faculty.html Handouts])
# Biochemistry (1st year) Brigita Lenarčič (Fundamentals)([http://bio.ijs.si/~brigita/faculty/faculty.html Handouts])
# Biochemistry (2nd year) Metka Renko (Metabolism), Marko Dolinar (Molecular Biology; Biochemistry Seminar [http://openwetware.org/wiki/FCCT_Biochemistry_Lab:Courses:Biokemijski_Seminar])
# Biochemistry (2nd year) Metka Renko (Metabolism), Marko Dolinar (Molecular Biology; Biochemistry Seminar [http://novebiologije.wikia.com/wiki/Biokemijski_seminar])
# Enzymatics (3rd year) Brigita Lenarčič ([http://bio.ijs.si/~brigita/faculty/faculty.html Handouts])
# Enzymatics (3rd year) Brigita Lenarčič ([http://bio.ijs.si/~brigita/faculty/faculty.html Handouts])
# Recombinant DNA Technology (4th year) Marko Dolinar (Theoretical and (elective) Practical Course) - see  [http://openwetware.org/wiki/FCCT_Biochemistry_Lab:Courses:TrDNA TrDNA wiki] pages in pre-larval stage :-)
# Recombinant DNA Technology (4th year) Marko Dolinar (Theoretical and (elective) Practical Course) - see  [http://openwetware.org/wiki/FCCT_Biochemistry_Lab:Courses:TrDNA TrDNA wiki] pages in pre-larval stage :-)
Line 15: Line 15:


'''Chemistry Undergraduate Programme'''
'''Chemistry Undergraduate Programme'''
# Biochemistry (3rd year) Metka Renko (Fundamentals & Metabolism), Marko Dolinar (Molecular Biology; Biochemistry Seminar)
# Biochemistry (3rd year) Metka Renko (Fundamentals & Metabolism; Biochemistry Seminar), Marko Dolinar (Molecular Biology)
# Enzyme Technology (4th year elective) Brigita Lenarčič (Theoretical and Practical Course) ([http://bio.ijs.si/~brigita/faculty/faculty.html Handouts])
# Enzyme Technology (4th year elective) Brigita Lenarčič (Theoretical and Practical Course) ([http://bio.ijs.si/~brigita/faculty/faculty.html Handouts])
# Biochemistry II (4th year elective) Petra Prijatelj (practical course)




Line 28: Line 29:


'''Biomedicine Postgraduate Programme'''
'''Biomedicine Postgraduate Programme'''
# Biochemistry (1st year) Metka Renko (selected topics)
# Selected Processes in Biochemistry and Molecular Biology (1st year) Marko Dolinar (topics in module 2: Structure and Function of Biological Molecules)
# Molecular Biology (1st year) Marko Dolinar (selected topics)

Revision as of 07:01, 16 October 2007

Our group members contribute to the following courses within Univ. of Ljubljana:


Biochemistry Undergraduate Programme

  1. Biochemistry (1st year) Brigita Lenarčič (Fundamentals)(Handouts)
  2. Biochemistry (2nd year) Metka Renko (Metabolism), Marko Dolinar (Molecular Biology; Biochemistry Seminar [1])
  3. Enzymatics (3rd year) Brigita Lenarčič (Handouts)
  4. Recombinant DNA Technology (4th year) Marko Dolinar (Theoretical and (elective) Practical Course) - see TrDNA wiki pages in pre-larval stage :-)
  5. Molecular Immunology (4th year) Metka Renko (selected topics)
  6. Biological Membranes (4th year elective) Marko Dolinar (selected topics & seminars)
  7. Food Chemistry and Biochemistry (4th year elective) Metka Renko (selected topics), Marko Dolinar (selected practicals)
  8. Regulation of Metabolism (4th year elective) Metka Renko (selected topics)


Chemistry Undergraduate Programme

  1. Biochemistry (3rd year) Metka Renko (Fundamentals & Metabolism; Biochemistry Seminar), Marko Dolinar (Molecular Biology)
  2. Enzyme Technology (4th year elective) Brigita Lenarčič (Theoretical and Practical Course) (Handouts)
  3. Biochemistry II (4th year elective) Petra Prijatelj (practical course)


Pharmacy Undergraduate Programme

  1. Biochemistry (3rd year) Brigita Lenarčič (Fundamentals), Metka Renko (Metabolism and Molecular Biology)


Laboratory Biomedicine Programme

  1. Biochemistry (3rd year) Metka Renko


Biomedicine Postgraduate Programme

  1. Selected Processes in Biochemistry and Molecular Biology (1st year) Marko Dolinar (topics in module 2: Structure and Function of Biological Molecules)