SAR Workshop 2001

1
International Workshop organized by DFG Research
Group Systemic Acquired Resistance (SAR)
Secretariat Institut für Phytopathologie und
Angewandte Zoologie (IPAZ) SAR Workshop
Heinrich-Buff-Ring 26-32 D-35392
Giessen Deutschland
Tel. [phone] Fax [phone]
99-37499 E-Mail www-phyto_at_agrar.uni-giessen.de ht
tp//www.uni-giessen.de/DFG-SAR
2
Programme
Saturday 31.03. 830 Paul Schulze-Lefert Pending
910 H. Thordal-Christensen Use of Arabidopsis
in studies of resistance to a cereal powdery
mildew 940 David Collinge 14-3-3 proteins in
the defence against the powdery mildew
fungus 1010 Michael Lyngkjaer Conditioning of
cellular responses to powdery mildew attack in
cereals 1040 Coffee break 1130 Robert
Dudler Syringolin action on wheat 1200 Patrick
Schweizer Functional transcriptom analysis in
pathogen-attacked cereals by RNA
interference 1230 Lunch 1430 Anders
Christensen Germin-like proteins in the defence
response 1450 Keith Stewart Mlo resistance
breakdown Studies in gene expression 15.10 John
Vogel Using powdery mildew-resistant Arabidopsis
mutants to understand compatibility 1530 Uwe
Conrad Priming as a mechanism in acquired disease
resistance of plants 1550 Coffee
break 1630 Gregor Langen Chemical induced
resistance in the barley- powdery mildew
interaction Identification and functional
analysis of new SAR genes 1700 Ivo
Feussner Metabolic profiling of oxylipins in
barley leaves - are hydroxy polyenoic fatty
acids signals in the plant defence against
pathogens? 1730 Claus Wasternack Role of
salicylate in jasmonate biosynthesis and
jasmonate signalling 1800 Isolde
Häuser-Hahn Carpropamid a rice fungicide with
two different modes of action 1900
Conference Dinner 2100 Evening Lecture Aart
van Bel Phloem transport the correlation with
SAR Sunday 01.04. 830 Beat Keller Strategies
for cloning wheat disease resistance genes
910 Frank Ordon Breeding for durable virus
resistance in barley 940 Thomas
Miedaner Breeding for durable resistance to
cereal head blight disease 1010 Michael
Korell Molecular analysis of Mlg-mediated
resistance and CIR in the barley- powdery
mildew pathosystem 1030 Coffee
break 1115 Ahmed Jahoor Pending 1145 Christof
Sautter Can gene transfer contribute to durable
Smut and Bunt resistance? 1215
Lunch 1430 Visit to the Institute of
Phytopathology and Applied Zoology
Because of the high number of participants, we
will immediately meet for registration in the
castle of Rauischholzhausen on Thursday (March
29, 2001). Registration desk will be open from
1400. Opening reception will be at 1600. The
nearest train station is MARBURG. A bus transfer
from Marburg main station to Rauischholzhausen
will be organised. Please sent an e-mail
indicating your time of arrival. Further
information on the Workshop (arriving,
accommodation) is available on the following web
site SAR Research Group http//www.uni-giessen.
de/DFG-SAR Thursday 29.03. 14 - 1600
Registration 1600 Opening reception 1830
Welcome Dinner 2030 Evening Lecture Kurt W.
Mendgen The fungal haustorium and
biotrophy Friday 30.03. 830 James
Brown Durable resistance of wheat in China to
powdery mildew 900 Tim Carver Pending 930 Ulric
h Schaffrath Induced resistance as a tool to
control blast disease in rice and
barley 1000 Adrian Newton Cultivar
mixtures 1020 Balazs Barna Manipulation of the
physiological state of plants in order to
improve their resistance to diseases 1040
Coffee break 1115 Rients Niks Genetic dissection
of non-host resistance in barley to rust
species 1145 Heinrich Buchenauer Pending 1215
Joachim Wiese Possible abiotic factors involved
in the establishment of chemically induced
SAR 1235 Lunch 1430 Jagdish Kumar Induction
of resistance to spot blotch in barley by
Pseudomonas syringae 1450 Jörn
Pons-Kühnemann Is the effect of BION in selecting
pathogen populations different from that of a
fungicide? The use of field
experiments 15.10 Lydia Bousset Is the effect of
BION in selecting pathogen populations
different from that of a fungicide? The use
of a generation experiment 1530
Poster 1730 Ralph Hückelhoven Critical studies
on the role of reactive oxygen intermedi- ates
in resistance of barley to its fungal
pathogens 1800 Klaus Tenberge Molecular cytology
of Claviceps purpurea during infection of rye
(AOS or cell wall degrading enzymes) 1820 Per
Gregerson Expression of defence-related genes in
epidermal cells of powdery mildew-inoculated
barley leaves 1840 Zoltan Kiraly Systemic
acquired resistance to TMV infection Role of
antioxydants 1900 Dinner 2100 Evening
Lecture Paul Tudzynski Active oxygen species in
plant-pathogen interactions