All M.S. candidates take a core curriculum comprising courses recommended from the following categories, attend research seminars, research credits (PLIBIO 699), annual Loomis Lecture and mini-symposium and retreats. Students will take additional courses of interest as directed by their Program of Study (POS) Committee members.
A total of 36 credits including a minimum of 16 course credits are required for a M.S.
- Basic Core Courses. Complete the following core courses:
- * Stat 587--formerly Stat 401 (Statistical Methods for Research Workers), Cr. 4. F., S., SS.
- * (i) BBMB 316 (Principles of Biochemistry) (3-0) Cr. 3. F. S. or *(ii) BBMB 404 (Biochemistry I), Cr. 3. F./ BBMB 501 (Comprehensive Biochemistry I), Cr. 4. F. and BBMB 405(Biochemistry II), Cr. 3. S./ BBMB 502(Comprehensive Biochemistry II), Cr. 4. S.
- GDCB 513 (Plant Metabolism), Cr. 2. Alt. F. (Offered 2014).
- GDCB 545(Plant Molecular, Cell & Developmental Biology), Cr. 3. Alt. F (Offered 2013).
- GR ST 565 (Professional Practice in the Life Sciences), Cr. 1. F., S.
- Make two seminar presentations and enroll each term in the Interdepartmental Plant Biology seminar PLBIO696. The first seminar must be during the student's first year and is a 20 minutes seminar. The last presentation must be an exit seminar. Two seminars are counted for M.S. (2 Crs.)
2. Optional Courses.
- Agron 516 (Crop Physiology), Cr. 3. S.
- Agron 527 (Plant Genetics), Cr. 3. S.
- Agron/Hort/NREM 529 (Publishing in Biological Science Journals), Cr. 2. S.
- Agron 538 (Seed Physiology), Cr. 2. Alt F. (Offered 2014).
- Agron 616 (Advanced topics in Plant Physiology and Biochemistry), Cr. 4. Alt S., (Offered 2014).
- Agron 625 (Genetic Strategies in Plant Breeding), Cr. 3. Alt. S., (Offered 2015).
- BBMB 451 (Physical Biochemistry), Cr. 2. F.
- BBMB 607 (Plant Biochemistry), Cr. 2. Alt. F., (Offered 2014).
- BBMB 645 (Molecular Signaling), Cr. 2. Alt. S., (Offered 2015).
- BBMB 660 (Membrane Biochemistry), Cr. 2. Alt. F., (Offered 2014).
- BBMB 675 (Nucleic Acid Structure and Function), Cr. 2. Alt. F., (Offered 2014).
- BBMB 676 (Biochemistry of Transcription), Cr. 2. Alt. S., (Offered 2014).
- BCB 444/544 (Introduction to Bioinformatics), Cr. 4. F.
- BCB 551 (Computational Techniques for Genomics Assembly and Analysis), Cr. 3. F.
- BCB 596 (Genomic Data Processing), Cr. 3. F.
- BIOL 454 (Plant Anatomy), Cr. 4. F.
- BIOL 474 (Plant Ecology), Cr. 3. S.
- EEOB 551 (Plant Evolution & Phylogeny), Cr. 4, F.
- EEOB 561 (Plant Diversity and Evolution), Cr. 4.
- EEOB 563 (Molecular Phylogenetics), Cr. 3. F.
- EEOB 566 (Molecular Evolution), Cr. 3. Alt F., (Offered 2014).
- EEOB 595 (Agrostology), Cr. 3. Alt. F.
- GDCB 510 (Transmission Genetics), Cr. 3. F.
- GDCB 511 (Molecular Genetics), Cr. 3. S.
- GDCB 528 (Cellular Growth and Regulation), Cr. 3. Alt. F., (Offered 2014).
- GDCB 679 (Light microscopy), Cr. 5., Permission of Instructor
- GDCB 680 (Scanning electron microscopy), Cr. 5. Permission of Instructor
- GDCB 681 (Transmission electron microscopy), Cr. 5. Permission of Instructor
- Stat 581--formerly Stat 416 (Statistical Design and Analysis of Microarray Experiments), Cr. 3. S.
In addition to the required core courses, a wide selection of courses is available to IPB graduate students for broadening their scientific education. Decisions about which courses are taken and when they are taken are made by the student, initially in consultation with his or her temporary advisor, and then with his or her major advisor and eventually with POS Committee, which also serves as the Thesis or Dissertation Committee.
Please refer to online website for Course availability.