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Undergraduate education; Molecular Plant Biology

The teachers in the Molecular Plant Biology are involved in several courses in the field of plants as well as molecular biology. Most of our teaching are on courses within the Biology and Molecular Biology programs, at Bachelor and Master level. We also teach at courses e.g. at the Engineering School in Lund (LTH).

For students wanting to learn more about the fascinating functions of plants there are courses in Botany and Plant Biology at basic and advanced level. Depending on what ”level” of biology one wants to focus on, these can be combined with courses in molecular biology, (bio)chemistry, genetics and ecology. For more information on how to study plant biology you can contact the study advisors or talk to the teachers in the plant molecular biology group.

If you are interested in making a degree project in Molecular Plant Biology, please see suggestions for projects here.

Visit to SwePharm Ltd. with a student group

Visit to SwePharm Ltd. with a student group.

Postgraduate course involvements; Molecular Plant Biology

Postgraduate Courses in Life Science (PCLS) and GENECO

Quantitative PCR Methods

A hands-on course where you learn about the quantitative nature of the PCR reaction, qPCR chemistries, side reactions and how to avoid them, specificity and efficiency of the reaction, primer design, sample preparation, relative and absolute quantification, standardization, verification and trouble shooting. The course will introduce you to quantification of DNA (for genomic variations and species determinations) and RNA (for gene expression analyses).

Teachers: Allan Rasmusson (MCBU) and Staffan Bensch (MEMEG).

The course was given in May 2011, Oct 2011 and Dec 2011. For future chances to take the course see the PCLS webpage.

More PhD courses in Molecular Biology and Biology

Previous postgraduate courses

Postgraduate Courses in Life Science

Keyhole techniques: Non-destructive membrane permeabilisation

Jan 2009

How to permeate cellular membranes with least force, for analysing what is behind them, modifying the cell interior, as well as to selectively allow extrusion of cell content.

Teachers: Allan Rasmusson and Susanne Widell (MCBU), Federico Gomez and Petr Dejmek (Food Engineering).

New dates presently not planned.


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Page manager: Inger Ekström
Questions about the website: Web Group
Publisher: Department of Biology

Last modified 18 Jun 2012

A maize leaf in cross-section, showing the large water-transporting vessels

A maize leaf in cross-section, showing the large water-transporting vessels

A ctr1-1 mutant Arabidopsis flower with the pistil projecting from an otherwise unopened bud

A ctr1-1 mutant Arabidopsis flower with the pistil projecting from an otherwise unopened bud

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