Biological transformations of hydrocarbons without oxygen: from the molecular to the global scale - DFG - Priority Programme 1319
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BIOLOGICAL TRANSFORMATIONS OF HYDROCARBONS
DFG – Priority Programme 1319
Biological transformations of hydrocarbons
without oxygen:
from the molecular to the global scale
SPP 1319
September 24 – 26, 2012
Third Meeting
Windenreuter Hof/FreiburgBIOLOGICAL TRANSFORMATIONS OF HYDROCARBONS
DFG – Priority Programme 1319
Biological transformations of hydrocarbons without
oxygen: from the molecular to the global scale
3. Meeting September 24 – 26, 2012
Windenreuter Hof / Freiburg
ORGANISATION:
Prof. Dr. Matthias Boll
Institute of Biology II
Microbiology
Schänzlestr. 1
University of Freiburg
79104 Freiburg
phone: +49‐341‐9736996
e‐mail: matthias.boll@biologie. uni‐freiburg.de
Prof. Dr. Rainer U. Meckenstock
Helmholtz Zentrum München
Institute of Groundwater Ecology
Ingolstädter Landstr. 1
85764 Neuherberg
phone: +49‐89‐3187‐2561
e‐mail: rainer.meckenstock@helmholtz‐muenchen.deBIOLOGICAL TRANSFORMATIONS OF HYDROCARBONS VENUE: Hotel Windenreuter Hof Rathausweg 19 79312 Emmendingen Germany Tel.: ++49‐7641‐930830 info@windenreuter‐hof.de http://www.windenreuter‐hof.de
BIOLOGICAL TRANSFORMATIONS OF HYDROCARBONS
Monday, September 24, 2012
13.00 Lunch
14.00 Welcome Matthias Boll/Rainer Meckenstock
Anaerobic aromatic hydrocarbon degradation I
14.10‐ Kerstin Nicolaisen Benzene degradation under anaerobic conditions
14.35
AG Meckenstock, München
14.35‐ Sara Ferdi Elucidation of anaerobic benzene and alkylated
15.00 aromatic compound degradation pathways and
AG Seifert, Leipzig
associated proteins by proteomic and metabolomic
analyses
15.00‐ Deniz Seyhan Structure and reaction mechanism of benzylsuccinate
15.25 synthase and its activating enzyme
AG Heider, Marburg
Compound‐specific isotope analysis as a tool to
15.25‐ Conrad Dorer
distinguish ethylbenzene degradation pathways
15.50
AG Richnow, Leipzig at contaminated sites
15.50 –
Coffee Break
16.20
Anaerobic aromatic hydrocarbon degradation II
Mechanisms and microorganisms involved in
16.20‐ Nontje Straaten
degradation of BTEX and PAH under methanogenic
16.45
AG Krüger, Hannover conditions
16.45‐ Janina Kölschbach Purification and characterization of naphthalene
17.10 carboxylase in N47
AG Meckenstock, München
17.10‐ Christian Eberlein Purification and characterization of 2‐naphthoyl‐CoA
17.35 reductase
AG Boll, Freiburg
17.45‐ Dinner
19.00
Evening Lectures I
19.00‐ Michael Müller Selective enzymatic oxidations and reductions of
19.45 naphthol derivatives
Freiburg
19.45‐ Eduardo Diaz Genomic insights into the anaerobic degradation of
20.30 aromatic compounds by Azoarcus Sp. CIB
MadridBIOLOGICAL TRANSFORMATIONS OF HYDROCARBONS
Tuesday, September 25th , 2012
.
8.00 Breakfast
Anaerobic metabolism of aromatic and related compounds I
9.00‐ Tobias Weinert X‐ray structure analysis on key enzymes in the
9.25 anaerobic degradation of monoaromatic compounds
AG Ermler, Frankfurt
9.25‐ Claudia Löffler/Simona Structure and function of ATP‐independent benzoyl‐
9.50 Huwiler CoA reductase
AG Boll,Freiburg
9.50‐ Brinda Selvaraj Biochemistry characterization of 4‐hydroxyphenyl‐
10.15 acetate decarboxylase and its activating enzyme.
AG Martins, Berlin
Crystallographic studies of benzylsuccinate synthase
Computer modelling of mechanisms of radical
10.15‐ Mikolaj Feliks
enzymes involved in the anaerobic degradation of
10.40
AG Ullmann, Bayreuth hydrocarbons – B12‐independent glycerol dehydratase
and 4‐hydroxyphenylacetate decarboxylase
10.40‐ Coffee Break
11.20
Anaerobic metabolism of aromatic and related compounds II
Growth behaviour of strain pMbN1 in the presence of
11.20‐ Kathleen Trautwein
binary substrate mixtures
11.45
AG Rabus, Oldenburg
11.45‐ Ivana Djurdjevic Cyclohexane carboxylate and glutamate syntheses in
12.10 Syntrophus aciditrophicus
AG Buckel, Marburg
Enzymes involved in the formation of cyclohexane
12.10‐ Johannes Kung
carboxylate in Syntrophus aciditrophicus
12.35
AG Boll/AG McInerney
12.45‐ Lunch + Free time
15.30
15.30‐ Coffee
16.00BIOLOGICAL TRANSFORMATIONS OF HYDROCARBONS
Tuesday, September 25th , 2012
Anaerobic metabolism of aliphatic alkanes, alkenes, steroids and related compounds I
16.00‐ Marta Drozdowska/ Synthesis of alkylsuccinic acids for studying anaerobic
16.25 Amy Roberts metabolism of hydrocarbons
AG Golding, Newcastle
16.25‐ Peter Friedrich Specifically labelled hydrocarbons for studies of
16.50 anaerobic metabolism
AG Golding, Newcastle
16.50‐ René Jarling Mechanistic and stereochemical investigations on the
17.15 transformation pathways of hydrocarbons in n‐alkane
AG Wilkes, Potsdam
degrading, anaerobic bacteria
17.15‐ Anutthaman Parasarathy n‐Hexane degradation in the anaerobic Beta‐
17.40 proteobacterium strainHxN1
AG Buckel, Marburg
18.00‐ Dinner
19.15
Evening Lectures II
19.15‐ Marcus Elvert The expression of anaerobic oxidation of methane in
20.00 marine sediments: Biogeochemistry, lipid biomarkers,
Bremen
environmental factors and carbon flow
20.00‐ Michael J. McInerney What are genomics and proteomics telling us about
20.45 syntrophy?
Norman, OklahomaBIOLOGICAL TRANSFORMATIONS OF HYDROCARBONS
Wednesday, September 27, 2012
.
8.00 Breakfast
Anaerobic metabolism of aliphatic alkanes, alkenes, steroids and related compounds II
9.00‐ Katja Laufer / Sonakshi Anaerobic degradation of petroleum in natural marine
9.25 Mishra sediments
AG Treude, Kiel
9.25‐ Katharina Sünwoldt New reactions in anaerobic alkane and alkene
9.50 metabolism
AG Heider, Marburg
A next‐generation pyrosequencing pipeline for
9.50‐ Frederick von Netzer
fumarate‐adding gene markers
10.15
AG Lüders, Munich
10.15‐ Juri Dermer Oxygen‐independent hydroxylases involved in
10.40 anaerobic sterol degradation in Sterolibacterium
AG Boll, Freiburg
denitrificans
10.40‐ Coffee Break
11.10
11.10‐ Eva‐Maria Roth Acetylene conversion of W and Mo enzymes
11.35
AG Einsle, Freiburg
11.35‐ Olga Gutiérrez Activation of acetone by strictly anaerobic bacteria
12.00
AG Schink, Konstanz
Assignment of redox states in nitrogenase FeMo
11.40‐ Julia Schlesier
cofactor
12.00
AG Einsle, Freiburg
12.00‐ Business Meeting
12.15
12.15 Lunch and DepartureYou can also read
