PDF-dinoflagellate chloroplast genes-reposting

Dr. B. R. Green brgreen at interchange.ubc.ca
Wed Aug 28 15:46:25 EST 2002


Postdoctoral Fellowship- Chloroplast genomes of dinoflagellates
University of British Columbia
(this ad is being reposted due to immigration/equity requirements)

This postdoctoral position is to investigate the amazing minicircular
chloroplast genes of dinoflagellate algae (Zhang et al. Nature 400: 155-159
(1999); Mol Biol Evol 19: 489-500 (2000)). Each of 12 genes discovered so
far is on its own individual 2-3 kb minicircle. The non-coding region has
conserved sequence blocks that are shared among all the genes of a species,
but are completely different between species. Chimeric minicircles
containing fragments of several genes indicate extensive recombinogenic
activity and raise questions about the evolutionary origin of these
minicircles. Since only a small number of the usual complement of
chloroplast genes has been discovered in several Heterocapsa and
Amphidinium species, one of our goals is to determine whether the missing
genes are on larger DNA molecules (like most plastid genomes) or have been
transferred to the nucleus. 

The ideal candidate for this position would have experience in molecular
biology of an organelle (genetics, genomics or gene expression), or would
have worked on problems concerning molecular evolution of photosynthetic
eukaryotes. The basic requirements are a mastery of molecular
biological/biochemical techniques as demonstrated by publications, and a
pioneering spirit! This project is guaranteed to generate some surprises
(and publications in top journals), and should appeal to those who like to
work off the beaten track.

Dinoflagellates are an important part of marine phytoplankton, contributing
to the global drawdown of CO2. Some of them are notorious for causing toxic
"red tides", but others are responsible for the viability of coral reefs.
In my lab, we are particularly interested in them because they are one of
the groups of algae that acquired chloroplasts by secondary endosymbiosis,
i.e. by engulfing a red alga and retaining only its chloroplast, now
surrounded by three or four membranes (see Ishida and Green, PNAS 99:
9294-9299, 2002). Other projects in the lab are concerned with protein
import and processing, and the relationship between light-harvesting and
dissipation of excess light energy.

This postdoctoral position is available now, but could be commenced any
time before the end of 2002.  Salary will be commensurate with experience.
UBC hires on the basis of merit and is committed to employment equity. We
encourage all qualified persons to apply. However, Canadians and permanent
residents of Canada will be given priority. Application deadline September
28, 2002.

For further information, please contact (preferably by e-mail):

Dr. Beverley R. Green,
Botany Department,
University of British Columbia,
#3529-6270 University Boulevard,
Vancouver, B.C., Canada, V6T 1Z4
Phone: 1-604-822-2349  (lab -3613)
Fax: 1-604-822-6089
E-mail: brgreen at interchange.ubc.ca
Website: http://www.botany.ubc.ca/green.html


_____________________________________

Prof. Beverley R. Green,
Dept. of Botany,
University of British Columbia,
#3529-6270 University Boulevard,
Vancouver, B.C., Canada, V6T 1Z4
Phone: 1-604-822-2349  (lab -3613)
Fax: 1-604-822-6089
E-mail: brgreen at interchange.ubc.ca
Website: http://www.botany.ubc.ca/green.html
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