| |
|
Credits |
Requirements |
| 122.102 |
Biochemistry of Cells |
15 |
P 123.101 (Note 1), 162.101 |
| 123.101 |
Chemistry and Living Systems |
15 |
Note 2 |
| 162.101 |
Biology of Cells |
15 |
Note 3 |
| 122.231 |
Genes and Gene Expression |
15 |
P 162.101 |
| 122.232 |
Protein Biochemistry |
15 |
P 122.102, R 122.342 |
| 142.211 |
Process Technology |
15 |
P 122.102, 123.101, R 142.310 |
| 162.211 |
Biology and Genetics of Microorganisms |
15 |
P 162.101 |
| 162.212 |
The Microbial World |
15 |
P 162.101, P(D) 162.211 (Note 4) or 162.213 |
| 122.322 |
Protein Structure and Function |
15 |
P 122.232, R 122.342 |
| 162.303 |
Immunology |
15 |
P 162.101 plus any 200-level paper, R 162.389 |
| 162.307 |
Microbial Biotechnology |
15 |
P 162.211 (Note 4), 162.212, 122.102 |
| 162.312 |
Molecular Microbiology |
15 |
P 162.211 (Note 4) |
| 203.300 |
DNA Technology |
15 |
P 122.231 |
| 203.303 |
Gene Regulation |
15 |
P 122.231, Note 5 |
Majoring requirements: 122.102, 123.101, 162.101,
161.130 (or one of 161.100-161.120), 122.231, 122.232, 162.211,
162.212, 142.211, 122.322, 162.307, 203.300, one of 162.303,
162.312, 203.303.
Notes
1. Students are strongly advised to take 123.102
in addition to 123.101.
2. Students will be assumed to have studied at
least 20 credits from NCEA Level 3 Chemistry and achieved at
least 14, or passed Bursary Chemistry or 123.103 or an acceptable
alternative.
3. Students will be assumed to have studied at
least 20 credits from NCEA Level 3 Biology and achieved at least
14, or passed Bursary Biology or 162.103 or an acceptable alternative.
4. Or 141.222.
5. Students are strongly recommended to take 203.300
before 203.303.
