German-Russian Forum Biotechnology

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German-Russian
Forum Biotechnology
Conference Catalogue
11 - 12 September, Kazan
Republic of Tatarstan, Russia
Organizers
East-West-Science Centre
(OWWZ), University of Kassel
Ministry of Agriculture and
Foodstuff of the Republic of
Tatarstan
Kazan National Research
Technological University (KNRTU)
A. N. Bach Institute of
Biochemistry, RAS, Moscow
Information Partner
EuroRuss e.V.
Supported by
German-Russian Forum Biotechnology Kazan, 11 - 12 September 2012 i
Programme Committee
Minsagir Nurtdinov
First Deputy Minister of Agriculture and Foodstuff of the Republic of Tatarstan, Chairman
Gabriele Gorzka
Director of East-West-Science Center, UniKasselTransfer,
University of Kassel, Co-Chair
German Dyakonov
Rector of Kazan National Research Technological University
(KNRTU), Co-Chair
Vladimir Popov
Director of A.N. Bach Institute of Biochemistry, Russian Academy of Sciences, Co-Chair
Rafinat Yarullin
General Director of JSC «Tatneftehim investholding», Co-Chair
Ilshat Gafurov
Chairman of the Council of Rectors of the Republic of Tatarstan
Rector of Kazan (Volga) Federal University, Co-Chair
Albert Gilmutdinov
Minister of Education and Science of the Republic of Tatarstan, Co-Chair
Alexander Grechkin
Director of Kazan Institute of Biochemistry and Biophysics, Kazan Scientific Center of Russian Academic of Sciences
Andrey Kiyasov
Director of Institute of Basic Medicine and Biology, Kazan (Volga) Federal University
Nikolay Kolchanov
Director of Institute of Cytology and Genetics, Siberian Branch of the Russian Academy of Sciences, Novosibirsk
Thomas Niemann
Director of Cluster Integrated Bioindustry Frankfurt (CiB)
Andreas Scriba
Executive Director of Association of German Biotechnology Companies (VBU) in the Society for Chemical Engineering and Biotechnology - DECHEMA e.V., Frankfurt a.M.
Heinrich Cuypers
Senior Project Manager, BioCon Valley® GmbH, Greifswald
Achmet Mazgarov
President of Tatarstan Academy of Sciences
Tatyana Ovchinnikova
Head of Training and Research Centre of M.M. Shemyakin and Yu.A. Ovchinnikov Institute of bioorganic chemistry of the Russian Academy of Sciences (RAS)
Alexander Sirotkin
Professor, Head of the Department of Industrial Biotechnology, KNRTU, Scientific secretary
Michael Fedorov
Project Coordinator at the Laser-Research Laboratory, University Hospital of Munich
Ralf Hofestädt
Head of the Bioinformatics and Medical Informatics Department, Faculty of Technology, University of Bielefeld
Vitaly Shvets
Head of the Department of Biotechnology and
Bionanotechnology, Moscow State University of Fine Chemical Technology
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German-Russian Forum Biotechnology Kazan, 11 - 12 September 2012
Organizing Committee
German Dyakonov
(KNRTU), Co-Chair
Victor Bazotov
Vice-Rector for Security and Special Research , Co-Chair
Ildar Abdullin
Vice-Rector for Research , Co-Chair
Ilnur Abdullin
Vice-Rector for Integration of Education, Science and Industry
Lyudmila Abutalipova
Vice-Rector for Academic Affairs and Different Forms of
Education, Co-Chair
Valeriy Alyaev
Vice-Rector for Economic Affairs and Innovations, Co-Chair
Vasiliy Ivanov
First Vice-Rector for Academic Affairs , Co-Chair
Alexader Kochnev
Vice-Rector for Academic and Student Affairs , Co-Chair
Lyubov Ovsienko
Vice-Rector for Lifelong Education , Co-Chair
Silfred Yutsmyuts
Vice-Rector for Administrative and Executive Affairs , Co-Chair
Committee Members
Valentina Gamayurova
Professor of the Department of Food Biotechnology
Azat Gumerov
Professor of the Department of Chemical Cybernetics
Victor Emelianov
Dean of the Faculty of Food Technologies
Julia Ziyatdinova
Head of International Office
Juriy Kadushkin
Chief Accountant
Larisa Koshkina
Associate Professor of the Department of Chemical Cybernetics, Member of the committee
Andrey Nikolaev
Head of the Department of Food Production Equipment
Minsagir Nurtdinov
Director of the Institute of Biotechnology and Food Production
Mstislav Polivanov
Dean of the Faculty of Food Engineering
Olga Reshetnik
Head of the Department of Food Production Technology
Alexander Sirotkin
Head of the Department of Industrial Biotechnology
Maria Sysoeva
Head of the Department of Food Biotechnology
Ilgizar Yakushev
Professor of the Department of Chemical Cybernetics
German-Russian Forum Biotechnology Kazan, 11 - 12 September 2012 Contacts
Ministry of Agriculture and Foodstuff of the Republic of Tatarstan
Nail N. Khamidullin
Head of Science, Education and Innovation
Tel.: 007 (843) 221 76 70
Mobile: 007 8987 297 94 19
@: [email protected]
Kazan National Research Technological University
Victor M. Emelianov
Dean of the Faculty of Food Technologies
Tel.: 007 (843) 231 95 96
Mobile: 007 8927 41 00 240
Julia N. Ziyatdinova
Head of International Office
Tel.: 007 (843) 231-43-19
Mobile: 007 8 9033442406
Alexander S. Sirotkin
Head of the Department of Industrial Biotechnology
Tel.: 007 (843) 231 89 19
Mobile: 007 8927 40 39 998
Larisa J. Koshkina
Associate Professor of the Department of Chemical Cybernetics
Tel.: 007 (843) 40-10
Mobile: 007 8 9172537167
East-West-Science Center, University of Kassel
Dr. Gabriele Gorzka
Nicole Burghardt
East-West-Science Centre
UniKasselTransfer
University of Kassel
Tel.: 0049 561 804 3609
Mobile: 0049 163 4503178
Mobile: 0049 178 1805310
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Contents
Page
I. Venue 2
II. Programme
3
III. German Speakers
12
IV. Russian Speakers
34
V. Forthcoming Events
57
German-Russian Forum Biotechnology Kazan, 11 - 12 September 2012 II. Venue
2
3
II. Programme
September 11th, 2012 - Tuesday
Venue: Ministry of Agriculture and Foodstuff of the Republic of Tatarstan
36 Fedoseevskaya Str.
Round Hall
09:30 Registration
10:00 Opening of the Forum
Marat G. Akhmetov
Minister of Agriculture and Foodstuff of the Republic of Tatarstan, Russia
Dr. Georg Birgelen
Deputy Head of Mission of the German Embassy, Moscow
Welcome
Ahmet M. Mazgarov
President of the Tatarstan Academy of Sciences, Russia
Albert Kh. Gilmutdinov
Minister of Education and Science of the Republic of Tatarstan, Russia
Ilshat R. Gafurov
Chairman of the Council of Rectors of the Republic of Tatarstan, Rector of Kazan (Volga) Federal University
Dr. Gabriele Gorzka
Director of East-West-Science Center, University of Kassel
German S. Dyakonov
Rafinat S. Yarullin
General Director of JSC «Tatneftekhim invest-holding», Kazan
Plenary Session
10:30 Industrial biotechnology and bioeconomics in Republic of Tatarstan
Prof. Minsagir G. Nurtdinov
First Deputy Minister of Agriculture and Foodstuff of the Republic of Tatarstan
10:45 The programme of integrated development of biotechnology in Russia till 2020
Prof. Vladimir Popov
A.N. Bach Institute of Biochemistry, Russian Academy of Sciences, Moscow
11:00
11:15
Cultivating the Russian-German Cooperation in Science
Dr. Klaus Schindel
Department Cooperation with Russia, CIS
German Federal Ministry of Education and Research, Bonn
German-Russian Cooperation Network Biotechnology (2005 - 2013):
Events, Services and Funding Options
Dr. Gabriele Gorzka
East-West-Science Center, University of Kassel
11:30
Coffee Break
4
11:45 The programme of Biotechnology development in the Republic of Tatarstan
Prof. Ilgizar A. Yakushev
JSC «Tatneftekhim invest-holding», Kazan
12:00 Reform of biotechnological education in Russia taking into account the European experience
Dr. Alexander E. Kuznetsov
Prof. Viktor I. Panfilov
D. Mendeleyev University of Chemical Technology of Russia – coordinator TEMPUS project
12:15 UN-Regional Action Plan Biomass for Tatarstan
Hans Jansen
Senior Project Manager, United Nations Economic Commission for Europe, Geneva
12:30 Biotechnology in Germany: An overview
Dr. Andreas Scriba
Association of German Biotechnology Companies (VBU) in DECHEMA e.V., Frankfurt a.M.
13:00
Lunch
5
14:00 Parallel Sections - Part 1
Section I: Computer Systems Biology
Venue: Kazan National Research Technological University (KNRTU)
68 Karl Marx Str.
Conference Hall of the Academic Council
Building A, 2nd Floor
Chair:
Prof. Dr. Ralf Hofestädt
Faculty of Technology, University of Bielefeld
Timofey Ivanisenko
Institute of Cytology and Genetics, Siberian Branch of the Russian Academy of Sciences, Novosibirsk
Reports:
Network Computational Systems Biology
Intelligent systems in the field of biotechnology
Dr. Svetlana Ponkratova
Associate Professor of the Department of Chemical Cybernetics, KNRTU, Kazan
Portraying the molecular faces of cancer
Prof. Dr. Hans Binder
Interdisciplinary Centre for Bioinformatics (IZBI), University Leipzig
Section II: Industrial Biotechnology
Red Room
Chair:
Prof. Dr. Vladimir Popov
Dr. Thomas Niemann
Cluster Integrated Bioindustry (CIB), Frankfurt a.M.
HA Hessen Agentur GmbH, Wiesbaden
Reports:
Advanced biotechnological projects in the Republic of Tatarstan
Felix F. Aukhadeyev
General Director of JSC „ROSTA“, Kazan
Hessen - Driving force in German Biotechnology
Dr. Thomas Niemann
Conditions, problems and prospects of fermentation in the production
technologies of bio-ethanol
Leysan G. Kutdusova
Chief technologist of JSC „Tatspritprom“, Kazan
Development of yeast technology for biofuel and biochemical production
Dr. Gunter Festel
Butalco GmbH, Frankfurt a.M. / Furigen
Section III: Renewable Raw Materials
Blue Room
Chair:
Dr. Alex Ablaev
President of Russian Biofuel Association, Kazan
Dr. Walter Stinner
Deutsches Biomasseforschungszentrum (DBFZ), Leipzig
Reports:
Biotechnological production: opportunities for the regions of Russia
Dr. Alex Ablaev
President of Russian Biofuel Association
Waste based biogas potentials in the Republic of Tatarstan
Dr. Walter Stinner
Processing of lignocellulose to commercial products by thermal methods
Prof. Andrei Grachev
General Director of „Energolesprom“, Kazan
Anaerobic digestion of organic wastes – options and potential
Prof. Dr. Josef Winter
Karlsruhe Institute of Technology (KIT), Karlsruhe
6
7
Section IV: Life Science: Health Economy
Round Hall
Chair: Prof. Andrei Kiyasov
Director of the Institute of Basic Medicine and Biology
Kazan Federal University
Dr. Heinrich Cuypers
BioCon Valley® GmbH, Greifswald
Reports:
Future directions of medical biotechnology development
Prof. Andrei Kiyasov
Director of the Institute of Basic Medicine and Biology
Kazan Federal University
Biotechnology for biological safety
Prof. Arkadiy V. Ivanov
Director of the Federal Center for Toxicology, Radiological and Biological safety, Kazan
From Life Science to Bio Business – BioCon Valley, a BioRegion in Germany
BioCon Valley® GmbH, Greifswald
Innovative in vitro allergy diagnostic systems for point of care diagnostics and one stop therapy initiation
Dr. Marc Dangers
DST Diagnostische Systeme und Technologien GmbH, Schwerin
Physical and chemical properties and applications of melamine in medicine
Prof. Maria Sysoeva
Head of the Department of Food Biotechnology, KNRTU, Kazan
Albumin dialysis for the therapy of liver disease
Prof. Dr. Jan Stange
University Hospital of Rostock
15:30
Coffee Break
8
16:00 Parallel Sections - Part 2
Section I: Computer Systems Biology
Venue: Kazan National Research Technological University (KNRTU)
68 Karl Marx Str.
Conference Hall of the Academic Council
Building A, 2nd Floor
Chair:
Timofey Ivanisenko
Institute of Cytology and Genetics, Siberian Branch of the Russian Academy of Sciences, Novosibirsk
Reports:
Turning data into knowledge: New bioinformatics approaches for health care research based on mass spectrometry imaging
Prof. Dr. Herbert Thiele
Steinbeis Innovation Center SCiLS, Bremen
Associative gene network analysis: A search for biotechnologically relevant genes
Tiys Evgeny
Institute of Cytology and Genetics, SB-RAS, Novosibirsk
Automated literature mining for biomedicine and biotechnology
Timofey Ivanisenko
Institute of Cytology and Genetics, SB-RAS, Novosibirsk
Section II: Industrial Biotechnology
Red Room
Chair:
Dr. Thomas Niemann
Reports:
White biotechnology in Germany: About networks and contacts
Dr. Andreas Scriba
Society for Chemical Engineering and Biotechnology - DECHEMA e.V.,
Frankfurt a.M.
9
Research Institute of bionanotechnology experience of biotech
development for ecological safety
Dr. Alexandr A. Ivanov
Research Institute of Bionanotechnology, Kazan
From biodegradation to high value products
Prof. Dr. Rudolf Müller
Institute of Technical Biocatalysis, Hamburg University of Technology
Problems of complex vegetable resources processing at obtaining energy carriers
Dr. Sergei G. Mukhachev
Laboratory of Engineering Problems of Biotechnology, KNRTU, Kazan
Section III: Renewable Raw Materials
Blue Room
Chair:
Dr. Alex Ablaev
President of Russian Biofuel Association, Kazan
Dr. Walter Stinner
Reports:
Potentials of the renewable energy market in Russia
Oleg Zakharchenko
JSC Institute of Biotechnology (IBVM), Moscow
Wet anaerobic digestion of source-sorted municipal wastes – process
efficiency and bottle-neck reactions
Dr. Claudia Gallert
Karlsruhe Institute of Technology (KIT), Karlsruhe
Development of a novel biotechnological process for the production of high quality linen fibers
Dr. Ana Gabriela Valladares Juarez
Institute of Technical Biocatalysis, Hamburg University of Technology
10
Section IV: Life Science: Clinical Research
Round Hall
Chair: Prof. Andrei Kiyasov
Institute of Basic Medicine and Biology Kazan Federal University
Dr. Michael Fedorov
Laser-Research Laboratory, University Hospital of Munich
Reports:
Skolkovo – Fraunhofer – BioMedical Center – development plan of the Fraunhofer Gesellschaft
Dr. Jörg Opitz
Fraunhofer– Institute for non-destructive testing (IZFP-D), Dresden
Personalized diagnostics for Cancer Treatment
Dr. Sergei Kovalenko
Institute of Molecular Biology and Biophysics, Novosibirsk
Modern concepts in the laboratory diagnostics of infectious diseases
Dr. Marlies Höck
Institute of Microbiology and Hospital Epidemiology, DRK Klinken Berlin;
Member of the board - Koch-Metschnikow Forum, Berlin
Capabilities of piezoelectric immunosensors for detecting infections and for early clinical diagnostics
Prof. Dr. Tatiana Ermolaeva, Prof. Dr. Elena Kalmykova
Lipetsk State Technical University, Lipetsk
Advantages of spectral resolved fluorescence lifetime imaging for clinical research
Prof. Rudolf Steiner
Institute of Laser Technologies in Medicine and Metrology, University of Ulm
Terahertz spectroscopy in noninvasive medical diagnostics
Dr. Vladimir Vaks
Institute of Physics of Microstructures, RAS, Nizhny Novgorod
Spectroscopic approaches for sepsis diagnosis
Dr. Ute Neugebauer
Institute of Photonic Technology (IPHT), Jena and
Center for Sepsis Control and Care (CSCC), Jena University Hospital, Jena
Possibilities of modern optical imaging systems, microdissection and micro
manipulation
Vladimir Pleshanov
JSC Institute of Biotechnology (IBVM), Moscow
11
17:30
Summary and Reports of the Chairs
18:00
Walking to Kazan Kremlin
19:00
Cocktail
Conference Language: English
September 12th, 2012 - Wednesday
09:30 Excursion Programme
Visit of the State Farm „Maiskiy“
Nail N. Khamidullin
13:00
Lunch
14:00
Visit of Usadsky spirit plant
Nail N. Khamidullin
19:00
Spare Time
12
III. German Speakers
PD Dr. rer. nat. Hans Binder
Interdisciplinary Center for Bioinformatics (IZBI)
University Leipzig
Haertelstr. 16-18
04107 Leipzig
Germany
P: +49 341 9716 671
URL: www.izbi.uni-leipzig.de
Profile of the institute:
The IZBI is a central facility of the University Leipzig funded
mainly by third party projects. It brings together different
scientists with background in biology, computer science,
biology, physics and biotechnology who pursue projects in
Systems Biology, Bioinformatics and Computational Biology
related to cell biology, evolution and medicine.
Work / Research topics:
The IZBI focuses on evolution and genomic regulation in different systems and species,
OMIC realms (e.g. genome, transcriptome, ‘epigenome’ etc) with the special focus on
dysfunction caused by diseases. We develop and apply bioinformatics algorithms for
molecular biology (e.g. primary analysis of Microarray and Next Generation Sequencing
data analysis and downstream data mining tasks), perform theoretical modeling of
biological processes (e.g. cell differentiation, organogenesis and gene regulation).
Our projects deal with objectives ranging from civilization diseases and the effect
of different environmental factors to molecular mechanisms of genomic regulation
involving transcription factors, noncoding RNA and epigenetics. Our interests also
focus on genomic and environmental factors shaping civilization diseases. Here we
aim at contributing to personalized medicine (diagnosis and therapy) by portraying
molecular „faces“ with individual resolution.
Cooperation proposals:
We offer analysis and mining methods for molecular high throughput data in the
context of systems medicine. Cooperations might be directed to the exchange of data
and methods from each side, joint analyses and/or modeling approaches related to
our research focus and/or might involve the exchange of scientists and students.
13 German-Russian Forum Biotechnology Kazan, 11 - 12 September 2012
BioCon Valley GmbH ®
Walther-Rathenau-Straße 49a
17489 Greifswald
Germany
P: + 49 3834 515 100
URL: www.bcv.org
BioCon Valley® is the initiative for Life Science and health
economy of Mecklenburg-Vorpommern, Germany. As one
of the German BioRegions and European Health Region
BioCon Valley® supports the commercial use of modern
life sciences and bio- and medical technologies in Northern
Germany and the Baltic Sea region. BioCon Valley®
collaborates in strategic partnership to the life science
initiatives at the Baltic Sea (ScanBalt), Japan and Vietnam.
BioCon Valley®´s tasks are networking, managing life science start-up centers
(bioincubators), project management and coordination, and public relation.
BioCon Valley® offers contacts to an extensive network of companies, academia, and
institutions in the life science industry and health economy and provides assistance for
companies and institutions planning activities in Northern Germany and the Baltic Sea
region.
14
Dr. Marc Dangers
DST Diagnostische Systeme & Technologien GmbH
Hagenower Str. 73
19061 Schwerin
Germany
P: + 49 385 3993 514
URL: www.dst-diagnostic.com
DST Diagnostische Systeme & Technologien GmbH develops,
manufactures and markets in vitro diagnostics for point of care
testing and laboratory diagnostics in case of suspected allergy
or food hypersensitivity / intolerance. We provide highest
quality diagnostic products that are easy to use, highly reliable
and that ascertain unprecedented patient compliance.
DST develops, manufactures and markets in vitro diagnostics for point-of-care testing
and laboratory diagnostics in the field of allergy and food intolerance.
Our products can be grouped into Point-of-Care devices, Microtiter plate based assays
for laboratory customers and allergenic extracts, which are used for production of our
own assays and are also sold individually.
As a Point-of- Care device, our platform „FastCheckPOC“ that work with small volumes
of whole capillary blood or heparin blood and comes as complete kits with no need
for further equipment or components. The test results can easily be read-off from the
patent-protected display after only 30 minutes by the naked eye.
Simplified handling and decreased overall processing time are the main advantges of
the Liquid Allergen System (LAS) over cellulose disk-based EAST in laboratory allergy
testing. The system is offered in a variety of plate layouts for quantitative determination
of specific IgE and IgG4. DST produces the majority of its allergen extracts in-house.
Quality control of these extracts is a very important focus of DST.
DST is ISO certified with EU DIN ISO 9001:2008 and EN DIN ISO 13485:2003+AC 2009.
• Centres for clinical tests in regard to allergy/food intolerance or sources of
respective patient sera.
• Collaboration in preparation and characterisation of protein extracts from allergenic sources
• Sources of raw material (pollen, house dust mites etc.)
Dr. Michael Fedorov
Laser Research Laboratory, LIFE Center
University Hospital of Munich
Marchioninistr. 23
81377 Munich
Germany
P: + 49 89 7095 4870
URL: www.laser-forschungslabor.de
www.klinische-biotechnologie.de
Laser research laboratory is a medical multi- and
interdisciplinary research facility at the LIFE Center of the
University Hospital of Munich. Research and development
focuses on clinical research in biophotonic area. On the basis
of cooperation with medical departments of the Hospital
and R&D companies are improve new optical procedures for
endoscopic diagnostic and therapy.
• Light-tissue interaction, light measurements, modelling, dosimetry
• Endoscopic applications for diagnostics using fluorescence, OCT, CFE
• Endoscopic procedures for laser-induced surgery Photodynamic therapy
• Support and consulting for clinical studies and research projects
• Confocal and multiphoton endoscopy
• Fluorescence lifetime imaging
• Networking, German-Russian Cooperation Biologicals
University Hospital of Munich (clinical research) promotes close collaboration between
German and Russian hospitals, pharmaceutical, medical device and technology
companies, scientific institutes and research groups. They focus on translational
research with patient-oriented approaches, therapy and diagnostic. Aim to improve
the quality of clinical research, establish educational structures, give qualified younger
research scientists new opportunities, support for German- Russian clinical trials.
16
Dr. Gunter Festel
Butalco GmbH
with a German dependance in Frankfurt a.M.
Mettlenstrasse 14
6363 Fürigen
Switzerland
P: + 41 41 780 1643
URL: www.butalco.com
Butalco develops yeast technologies (Saccharomyces
cerevisiae) to produce second generation biofuels and
biochemicals based on lignocellulosic raw materials.
Butalco‘s key competencies are technologies for the optimisation of Saccharomyces
cerevisiae (e.g. xylose and arabinose isomerases and transporters). These technologies
can be introduced in every production strain with standardised genetic “tools”. One
focus area is a production yeast strain to produce second generation bioethanol and
biobutanol.
Cooperation with R&D organisations, producers of lignocellulosic biomass as well as
biofuel and biochemical producers.
17
PD Dr. rer. nat. Claudia Gallert
Institute of Biology for Engineers and Biotechnology of
Wastewater Treatment
Karlsruhe Institute of Technology (KIT)
Am Fasanengarten
76131 Karlsruhe
Germany
P: +49 721 60843274
URL: www.iba.kit.edu
The main focus of the institute on education and research is
the interdisciplinary processing of questions dealing with the
implementation of biological reactions into a technical process
and its application in praxis. The members of the Institute are
either engineers or natural scientists working together in order
to find optimal solutions. The understanding of biochemical
reactions and the characterization of the biocatalyst should
enable the finding of optimal conditions. The technical process
should be evaluated before implementation by simulation or
modeling of process parameters.
Environmental microbiology:
Characterization of the microbial population in natural and manmade ecosystems;
kinetic characterization of reactions in the anaerobic food chain and investigation of
syntrophic fatty acid oxidizing bacteria; detection of humanpathogenic bacteria in
wastewater and surface waters and their antibiotic resistance pattern.
• Toxicity tests of lubricants, detergents, additives used in food technology
• Determination of the microbial water quality according to EU guidelines
• Determination of airborne microorganisms
18
Dr. Gabriele Gorzka
East-West-Science-Centre Hessen (OWWZ)
Kassel University
Mönchebergstr. 7
34109 Kassel
Germany
P: +49 561 804 3609
URL: www.owwz.de
The East-West-Science Centre was established in 1992
at the University of Kassel. Since 2003, the East-WestScience Centre has been advising all universities in
Hessen and has developed initiatives which strengthen
the international research and development network
which concentrates on Central and Eastern Europe.
Since 2004, the East-West-Science Centre is a branch of
UniKasselTransfer.
Functions of the OWWZ are the initiation of cooperation projects in science and
technology transfer, the organisation of scientific events of East-West related topics,
the development of qualification courses relating to Central Eastern and Eastern
Europe, publications and to search for and to collect data of Eastern Europe.
Since 2004 the East-West-Science Centre Hessen is coordinator for research cooperation
in the German-Russian Network Biotechnology.
The service offerings of OWWZ include the implementation of events as well as
the allocation of specialized information, publication of trends and cooperation
opportunities in a monthly newsletter and individual services for project teams.
Especially bilateral projects are attended resultoriented for - this includes consultation
on funding, application and project management involving patenting, marketing
of products and setting up businesses. This consulting offer addresses German and
Russian experts from science and business, focusing especially on small and midsize
enterprises interested in cooperating with institutions and partners in the field of
biotechnology.
19
AG Bioinformatics and Medical Informatics
Bielefeld University
Universitätsstr. 1
33615 Bielefeld
Germany
P: +49 521 1065283
URL: www.techfak.uni-bielefeld.de/ags/bi/index.shtml
The focus of the AG Bioinformatics and Medical Informatics
is in the field of bioinformatics modeling and simulation of
biological networks. To model such networks we use the
Petrinet theory. For analysis of these networks we use
methods of graph theory and visualization. Overall our
Virtual Cell project Cellmicrocosmos allows to edit artificial
3D cells. One important application is our RAMEDIS project
for the detection of metabolic diseases. The RAMEDIS
medical information system was developed in cooperation
with the hospital Reutlingen (Germany).
Databases and integration, modeling and simulation of biological networks, visualization
of molecular data, 2D and 3D visualization of metabolic networks, Virtual cell editor,
analysis of metabolic diseases (RAMEDIS.de)
Datawarehouse implementation, modeling and simulation of metabolic networks,
visualization of molecular data
20
Dr. Marlies Höck
Institute of Microbiology and Hospital Epidemiology
DRK Klinike Berlin I Westend
Spandauer Damm 130
14050 Berlin
Germany
P: + 49 30 30354650
URL: www.drk-kliniken-berlin.de
Microbiological diagnostic on all bacterial, virological,
mycological and parasitic infectious deseases – including
consulting in matters of hospital hygiene and prevention on
infection as well as on-site visits.
• Microbiological, serological and immunological diagnostics of infections
•
Autoimmune diagnostics in hospital and laboratory
•
Medical-mycological diagnostics
•
Epidemiology and treatment of systemic mycosis
•
Clinical counselling and special lab-medical validation
•
Introduction of new medical methods in laboratories
•
Training of MTA’s, (vaccination-) nurses, hygiene-nurses in matters of microbiology
and infectious diseases
21
Hans Jansen
United Nations Economic Commission for Europe
Palais des Nations 10
1211 Geneva
Switzerland
P: +41 2291 73728
URL: www.unece.org
UNECE has been directing a major cross-sectoral umbrella
project for enterprises in the biomass sector in the region.
One of the central tasks of climate change mitigation is to
replace fossil fuels with renewable energy such as biomass.
The project aims to strengthen the local use of biomass for
heat and electricity production as well as sustainable biomass
supply from selected countries in the UNECE region to energy
producers in the region.
The focus of our activities is on the development of Regional Biomass Action Plans
(RBAP) in Russia. RBAPs coordinate the development of the regional biomass sector.
Furthermore, the RBAP integrates the interests of the forestry and woodworking,
agricultural, electricity and municipal heating, waste and recycling sectors. RBAPs differ
per region (and in time), as do the availability of resources and the socio-economic
characteristics of regions. At present, the project focuses on the modernisation of
the Russian energy sector and on stimulating companies to introduce the production
of innovative products with high added value. Through the development of RBAPs
regional governments can develop a level playing field and governance that encourages
companies to invest in the biomass sector. The cooperation between the government
and private sector on the implementation of RBAPs can result in the development
of branch organisations and cooperatives, and prevents excessive competition on
resources and emerging markets.
• UNECE welcomes cooperation in the development of RBAPs, in particular in the
following areas: Assisting regional governments with the development of RBAPs;
• Improving cooperation between regional governments on the use of biomass;
• Addressing regionally gained experience and results at the federal level, in order
to contribute to the development of legislation, regulation, and standardisation
22
Prof. Dr. rer. nat. Rudolf Müller
Institute of Technical Biocatalysis
Hamburg University of Technology (TUHH)
Denickestr. 15
21073 Hamburg
Germany
P: +49 40 42878 3118
URL: www.technical-biocatalysis.com/index.php
Our main research field covers technical and fundamental
aspects of the application of whole cells and isolated enzymes
in biocatalysis and environmental biotechnology. The
research involves bioprocess development, nonconventional
biotransformations, online reaction analysis, microreaction
engineering as well as biodegradation. Process engineers,
biotechnologists, chemists and microbiologists interact in a
unique interdisciplinary way in our laboratories that provide
state-of-the-art equipment for research and education.
Non-conventional Biotransformations: Biocatalysis in high viscous media, biocatalysis
at high pressures up to 3000 bar, chemoenzymatic reaction sequences
Bioprocess development: Reactor concepts and biocatalyst immobilization
Online reaction analysis: FTIR and online fluorescence spectroscopy.
Continuous reactions and combined down-stream processing, enzyme and parameter
screening under process conditions, site directed mutagenesis for directed enzyme
orientation, reversible enzyme immobilization and surface interaction, immobilization
within microfluidic systems, time- and space resolved analytics (UV-Vis spectroscopy,
Fourier Transform infrared spectroscopy (FTIR))
Degradation of: Mineral oil components at high and low temperature, the enzymatic
production of foaming agents from keratin, the biotechnological production of high
quality bast fibres, odour compounds from food industries, fats at high temperatures,
chlorinated hydrocarbons, x-ray contrast agents
Kinetic and thermodynamic analysis, mathematical simulation of biotrasnformations
and processes, optimization of biotransformations, process development, biosynthesis
of g to kg product quantities, Biodegradability tests
Analytics: GC / GC-MS (achiral & chiral), HPLC (achiral & chiral), FT-IR , Fluorescence
spectroscopy, Electronic nose, Oxygen sensor (Optodes/Electrodes)
23
Dr. Ute Neugebauer
Center for Sepsis Control and Care
Jena University Hospital and Institute of Photonic
Technology Jena
Albert-Einstein-Straße 9
07745 Jena
Germany
P: +49 3641 9 32 33 64
URL: www.cscc.uniklinikum-jena.de
The Institute of Photonic Technology e.V. (IPHT) researches
and develops photonic processes and systems of the highest
sensitivity, efficiency, and resolution – from the basics to
applications in biophotonics, fiber optics, and photonic
detection.
The Center for Sepsis Control and Care (CSCC) is one of the
Integrated Research and Treatment Centers in Germany,
funded by the BMBF. All aspects of sepsis, from risk prediction
to long-term sequelae and health economy, are covered.
24
Dr. Thomas Niemann
HA Hessen Agentur GmbH
Cluster Integrated Bioindustry Frankfurt (CiB)
Konradinerallee 9
65189 Wiesbaden
Germany
P: +49 611 95017 8646
URL: www.hessen-agentur.de
CIB Frankfurt is one of the winners of the “Bioindustry2021”
contest held by the Federal Ministry of Education and
Research (BMBF) in 2006 to promote Industrial Biotechnology
in Germany.
CIB Frankfurt networks companies, scientists and investors
and initiates innovative projects in Industrial Biotechnology.
The governmental (BMBF) founded Cluster also tackles
financing issues and arranges participation in suitable founding
programmes. The cluster management of CIB Frankfurt is
based in the HA Hessen Agency GmbH, the non-monetary
economic development organisation of the state of Hessen.
CIB Frankfurt networks companies, scientists and investors and initiates innovative
research and development projects. The Clustermanegement ensures financing and
arranges participation in suitable founding programmes. We participate in numerous
biotechnology relevant associations and scientific business networks. CIB Frankfurt
offers up-to-date industry information through the quarterly publication “HessenBiotech NEWS” and relevant biotechnology publications in different print and online
media.
Biocatalysis: technologies for efficient searching, optimization and technical application of enzymes, e.g. by metagenome research, guided evolution or unconventional reaction media.
Fermentation: Optimization of microorganisms for industrial production, e.g. strain
optimization, metabolic pathway engineering, flux analysis, optimization of media and
bioprocesses, scale up / scale down.
Downstream processing: experts in various separation techniques such as membranes,
chromatography, crystallization and processing oriented pathway engineering.
25
Dr. Jörg Opitz
Fraunhofer Institute for Nondestructive Testing IZFP
Maria-Reiche-Straße 2
01109 Dresden
Germany
P: +49 351 888 15 516
URL: www.izfp-d.fraunhofer.de
Fraunhofer IZFP develops solutions for nondestructive testing
(NDT). Industrial and public customers get help wherever
quality and reliability of their products and services should be
improved. The Dresden branch of IZFP is especially focussed
to applied microelectronics and nanotechnology. Among the
main application areas are medicine and biotechnology.
Based on optically active nanoparticles Fraunhofer IZFP Dresden develops nanosensors
for a fast, contactless and noninvasive, nondestructive evaluation. Main working topics
are fabrication of optically active nanostructures, application of fluorescent biomarkers
for intracellular assays, manipulation of nanostructures for surfaceenhanced infrared
spectroscopy, application of rare earth doped nanomaterials, periodic nanostructuring
of surfaces, contrast enhancement for optical coherence tomography, design of filterbased sensor interrogation systems.
We offer cooperation in a wide field of optical diagnosis covering Nano Raman
Microscopy, Optical Coherence Tomography, Micro and Nano X-ray-Tomography,
Nanodiamonds for cancer diagnosis, Spectroscopy and Luminescence.
Dr. Klaus Schindel
Division 213: Cooperation with Russia; CIS
Federal Ministry of Education and Research (BMBF)
Heinemannstr. 2
53175 Bonn
Germany
P: + 49 228 99573327
URL: www.bmbf.de
Education and research are the foundations for our future. The
promotion of education, science and research by the Federal
Ministry of Education and Research represents an important
contribution to securing our country‘s prosperity
Assistant Head of Division 213: Cooperation with Russia; CIS
26
27
Dr. Andreas Scriba
Association of German Biotechnology Companies
(VBU) c/o DECHEMA e.V.
Theodor-Heuss-Allee 25
60486 Frankfurt am Main
Germany
P: +49 69 7564 124
URL: www.v-b-u.org
VBU is a union of companies and institutions involved in
biotechnology and related sectors. Our members come from
the fields of biotechnology, pharmaceutical technology,
bioinformatics, diagnostics, medical devices and laboratory
technology. VBU is a platform for cooperation, communication
and information. Founded in 1996, VBU was the first
organisation for biotechnology companies in Germany and is
integrated in the Biotechnology Section of DECHEMA.
VBU is an active interface between companies, research institutions and networks.
It represents a cross-sectoral network, assisting its members in seeking and finding
cooperation partners in all areas of the life sciences both on a national and an
international scale. The association catalyses the transfer of research results into
competitive products and services. Besides numerous events aimed at bringing the
different players together, VBU‘s English-language web-based platform Bio-GAIN
(German Academia & Industry Network www.bio-gain.eu) provides a wealth of
opportunities for communication and cooperation on a national and international
scale.
VBU is part of DECHEMA – Society of Chemical Engineering and Biotechnology e.V., a
non-profit organisation, founded in 1926. DECHEMA pools the knowledge of experts
and provides strong networks for R&D and is at the interface between science, industry,
regulatory bodies and the public (http://biotech.dechema.de)
VBU is looking for cooperation partners in Russia (e.g. associations, societies, networks…). We would like to establish together with Russian partners a Russian-German
Life Sciences Network online. This would allow Russian and German life sciences companies, universities and research organisations to easily get an overview on the life
sciences markets of both countries.
28
Prof. Dr. Jan Stange
Center for Organ Support and Regeneration (CEOS)
Rostock University Hospital
Schillingallee 68
18057 Rostock
Germany
P: +49 3814947330
URL: www.forum-leberdialyse.de
The Center for Organ Support and Regeneration (CEOS)
represents a network of small and medium enterprises from the
biotech industry, the University of Rostock and the Fraunhofer
Society, organized by the FLD e.V. (Forum Leberdialyse). The
research is focussed on combining Organ Support Therapy
with regenerative medicine.
The Center is specifically known for the introduction of the
new extracorporeal liver dialysis treatment (MARS), the worlds
mostly used liver support system (www.albumin-dialysis.de).
Also, the Center is known for the introduction of improved
albumin solutions (www.albutec.de) and new treatments for
sepsis (www.artcline.de).
Liver Support, albumin function and diagnosis, dialysis, sepsis treatment and diagnostics
We are looking for cooperation in the field of distribution of medical devices in the field
of liver dialysis, albumin solutions and botech industry.
29
Prof. Dr. Rudolf Steiner
Institute of Laser Technologies in Medicine and
Metrology, Ulm University
Helmholtzstr. 12
89081 Ulm
Germany
P: +49 731 1429-888
URL: www.ilm-ulm.de
From the beginning, activities of ILM concentrated on medical
applications of lasers, supplemented by optical diagnostic
techniques. Later on laser metrology and dental technologies
were added. Meanwhile, ILM has developed into an Institute
of applied photonics and optics. The core business is still
medicine and dentistry, but this is flanked by the areas of
„Surface Metrology and Technology“ and „Optical Process
Control“.
ILM combines theoretical investigations of photon interaction with biological tissues,
experimental laser medical research, device developments and clinical applications
under one roof.
The development and optimization of optical devices and medical therapies are the
focus of the work at ILM. To investigate medical therapies, a variety of methods are
available, such as the measurement and calculation of temperature distributions,
the visualization of fast processes and the analysis of cellular effects subsequent
to exposition to different forms of energy. These methods are not limited to laser
applications, but can be used also for other types of treatment such as surgery or highfrequency ultrasound application.
With its 7 competence groups, ILM offers a distinct interdisciplinary constellation.
The groups develop their own research profile, but work together in the projects in
accordance with the respective tasks (Process development, device development,
surface analysis and modification, materials optics, microscopy, biology, laser medicine
(day clinic)).
Development of diagnostic or therapeutic laser applications in medicine or metrology.
Combined projects, directly with industry or funded, focus on applied research, optic
design, device developments and clinical applications.
30
Dr. Walter Stinner
DBFZ Deutsches Biomasseforschungszentrum GmbH
Torgauer Straße 116
04347 Leipzig
Germany
P: +49 341 2434 524
URL: www.dbfz.de
The scientists of the DBFZ are looking for methods that
facilitate an effective and sustained use of solid, liquid and
gaseous bioenergy sources. To achieve this, DBFZ scientists are
carrying out potential analyses, feasibility studies and practical
tests in the laboratories of our research centre. The objectives
they pursue are to make the utilisation of bioenergy technically
simpler and safer, environmentally friendlier and economically
more promising.
Optimised integration of biogas or biomethane into the energy systems (esp. stabilising
element of electricity supply systems, combined with efficient heat utilization;
combination with fluctuating renewables, biomethane options, agricultural integration
of biogas (cropping and fertilizing, mass and nutrient flows); integration of biogas into
the waste management systems (regarding management of nutrient flows, hygienic
risks and harmful substances)).
Common research projects, mission oriented research in all the named areas, special
interest in Kazan in joint projects leading to realization of plants for digestion of
different material flows such like residues of sugar industries, straw, manure, residues
of food processing industries including the whole scientific preparation of the projects,
including potential analysis, material flow optimization, optimized adaption of
technology to the cost efficient material flows, laboratory erection, capacity building,
optimizing of biological initial operation and optimization of operation
31
Prof. Dr. Herbert Thiele
Steinbeis Innovation Center SCiLS
Bibliothekstr. 1
28359 Bremen
Germany
P: +49 421 218 63800
URL: www.scils.de
The Steinbeis Innovation Center SCiLS (Scientific Computing in
Life Sciences) Bremen, Germany, was founded in early 2010
as a spin-out of University of Bremen. SCiLS is a research and
development orientated company, by now grown to a team
of 11 members of staff from biology, chemistry, statistics,
mathematics, and computer science.
Tomographic methodologies (CT, MR, PET, SPECT, PET-MR) rely on specific tracer
substances for retrieving at best a partial information of the metabolism. In contrast,
the full metabolic information is contained in the mass spectrum obtained by mass
spectrometry (MS) experiments. However, the classical MS spectrum obtained from
a single tissue sample allows no spatial discrimination. To go beyond these limits a
new strategic concept aims at the development of a 3D MALDI-MS technology. MR
spectroscopy (MRS) as well as MALDI imaging as a mass spectrometry (MS) imaging
technique are imaging modalities, which involve the characterization of tissue in terms
of the molecular species. The combination of both imaging techniques may lead to
superior results for diagnosis and understanding of pathologies in the human body.
The range of SCiLS’ services is to perform MALDI-imaging mass spectrometry
measurements and statistical analysis of MALDI-imaging data. For external data
analysis the software SCiLS Lab is offered, a software suit for visualization and data
mining of MALDI-Imaging data.
A pipeline for acquisition and analysis of 3D MALDI imaging mass spectrometry (3D
MALDI-IMS) is established at the Analytical Services (AS) section of SCiLS.
SCiLS provides software (SCiLS Lab) for creation and visualization of 3D MALDI-IMS
data, adapts data format, develops and implements statistical methods.
SCiLS has great interest in joined cooperation‘s to develop new tools for Healthcare
Research.
32
Dr. Ana Gabriela Valladares Juárez
Institute of Technical Biocatalysis
Hamburg University of Technology (TUHH)
Denickestr. 15
21073 Hamburg
Germany
P: +49 40 42878 2204
URL: www.technical-biocatalysis.com/index.php
Our main research field covers technical and fundamental
aspects of the application of whole cells and isolated enzymes
in biocatalysis and environmental biotechnology. The
research involves bioprocess development, nonconventional
biotransformations, online reaction analysis, microreaction
engineering as well as biodegradation. Process engineers,
biotechnologists, chemists and microbiologists interact in a
unique interdisciplinary way in our laboratories that provide
state-of-the-art equipment for research and education.
Non-conventional Biotransformations: Biocatalysis in high viscous media, biocatalysis
at high pressures up to 3000 bar, chemoenzymatic reaction sequences
Bioprocess development: Reactor concepts and biocatalyst immobilization
Online reaction analysis: FTIR and online fluorescence spectroscopy.
Continuous reactions and combined down-stream processing, enzyme and parameter
screening under process conditions, site directed mutagenesis for directed enzyme
orientation, reversible enzyme immobilization and surface interaction, immobilization
within microfluidic systems, time- and space resolved analytics (UV-Vis spectroscopy,
Fourier Transform infrared spectroscopy (FTIR))
Degradation of: Mineral oil components at high and low temperature, the enzymatic
production of foaming agents from keratin, the biotechnological production of high
quality bast fibres, odour compounds from food industries, fats at high temperatures,
chlorinated hydrocarbons, x-ray contrast agents
Kinetic and thermodynamic analysis, mathematical simulation of biotrasnformations
and processes, optimization of biotransformations, process development, biosynthesis
of g to kg product quantities, biodegradability tests
Analytics: GC / GC-MS (achiral & chiral), HPLC (achiral & chiral), FT-IR , Fluorescence
spectroscopy, Electronic nose, Oxygen sensor (Optodes/Electrodes)
33
Prof. Dr. rer. nat. habil Josef Winter
Institute of Biology for Engineers and Biotechnology
of Wastewater Treatment
Karlsruhe Institute of Technology (KIT)
Am Fasanengarten
76131 Karlsruhe
Germany
P: +49 721 60842297
URL: www.iba.kit.edu
The main focus of the institute on education and research is
the interdisciplinary processing of questions dealing with the
implementation of biological reactions into a technical process
and its application in praxis. The members of the Institute are
either engineers or natural scientists working together in order
to find optimal solutions. The understanding of biochemical
reactions and the characterization of the biocatalyst should
enable the finding of optimal conditions. The technical process
should be evaluated before implementation by simulation or
modeling of process parameters.
Process engineering:
Biological processes for municipal and industrial wastewater treatment and treatment
of saline wastewaters; wet and dry fermentation of organic wastes; biogas technology
from agricultural resources; bioremediation of contaminated soils and groundwater;
transport and reactions in the unsaturated and saturated soil zone; biotechnological
production of chitin/chitosan
• Determination of the biogas potential from different resources
• Improvement of wastewater and waste treatment plants by identification of
process design failures
• Deduction of design parameters from process kinetics
34
IV. Russian Speakers
Dr. Alex Ablaev
Russian Biofuel Association
P: +7 495 585 5139
URL: www.biofuels.ru
Russian Biofuels Association is the national trade association
for the Russian renewable fuels and biomaterials industry.
The association promotes policies, regulations and research
initiatives that will lead to the increased production and use
of renewable fuels and materials. RBA membership includes a
broad crossection of businesses and organizations dedicated
to the expansion of the Russian renewable fuels industry.
The association organizes annual events such as congress „Biomass: Fuel & Power”,
next will be held on April 16-17, 2013 in Moscow and “Graintek”, Forum on Grain
processing and Industrial Biotechnology.
35
Dr. Sisoeva Maria Aleksandrovna
Institute of Food Engineering and Biotechnology
(KNRTU)
Karl Marx Street 72
420015 Kazan
Russia
P: + 7 843 231-41-73
In KNRTU Institute of Food Engineering and Biotechnology
qualify bachelors, specialists and masters in different branches
of Biotechnology.
The Food Biotechnology department focuses on scientific investigation and research in
biotechnology and bionanotechnology. Especially on enzyme catalyze, biological active
supplements from natural objects design and biogas producing.
We offer analysis and mining methods in context of bionanotechnology, food industry,
medicine and pharmacology. Cooperation might be directed to the exchange of data
and methods from each side, joint analyses and/or modeling approaches related to
our research focus and/or might involve the exchange of scientists and students.
36
Felix F. Auhadeev
JSC „ROSTA“
Peterburgskaya str. 50
420107 Kazan
Russia
P: + 7 987 296 62 61 / +7 843 227 40 37
The company “Rosta” has been developing and implementing
efficient technologies in the field of agricultural raw materials
and waste for 8 years. Act as a representation of Research
Institute of Agricultural Microbiology in St. Petersburg. During
this time, received 15 patents, more than 30 awards, diplomas
and certificates of Russian and international salons and
competitions, development projects included in the “Program
of development of biotechnology in the Republic of Tatarstan
for 2010-2020 years”.
• Processing technologies of root crops: sugar beets, chicory, etc. to produce sugar,
pectin, inulin, cellulose
• Ecycling technology of agriculture and food industry, sugar beet pulp, straw, buckwheat husks, etc.
• Technology for producing extracts and tinctures of plant materials
• Treatment technology for producing potable water
• Silage additive „Biotrof“, enzymeprobiotic „Tsellobakterin“, growth stimulator
„Ekstrasol“
The key stage is the extraction technology based on a fundamentally new method and
device extractor “Rosta”, which provides maximum yield of main component of raw
materials; high quality extracted components; low energy consumption and metal
hardware.
We have our own laboratory, have close connections with research institutes,
construction departments and manufacturing firms.
Exchange of methods and technologies from each side, joint technologies and/or
modeling approaches related to our research focus and/or might involve the exchange
of scientists and students.
37
Prof. Dr. Tatyana Ermolaeva
Department of Chemistry - Laboratory of Chemical
and Biochemical Sensors
Lipetsk State Technical University
Moskovskaya St. 30
398600 Lipetsk
Russia
P: + 7 4742 328131
URL: www.stu.lipetsk.ru
Multipurpose research in the field of engineering and natural
sciences. The laboratory researches deal with elaboration of
chemical and biosensors, on creating sensors for the analysis
of gases and liquids.
Analytical chemistry, bioanalytical researches, development of methods of
determining drugs (antibiotics, hormones, antidepressants), toxins (phico- and
biotoxins), biomarkers (CRP, antibodies), endocrine destructors and etc. in biological
liquids and foodstuffs by the piezoelectric immunosensors. Synthesis and application
of plastic antibodies (molecular imprinting polymers) in pseudoimmunoassay by the
piezoelectric sensors.
We would like to cooperate with German scientists in the field of obtaining antibodies
and Fab-Fragment antibodies to create high affinity piezoquartz sensors coatings
designed for food and medical diagnostics. In particular, for the determination of
hormones, mycotoxins and other compounds which possible to determine in a direct
immunoassay format. The list of identified compounds could be discussed - it is not
limited to the above designated substances.
38
Dr. Andrey Grachev
EnergoLesProm IIc
Kazan
Russia
P: +7 843 2676081
“EnergoLesProm” llc is a innovative company which
developing and advancing on the market the technology
of thermochemical processing of a lignincellulose biomass
(wastes of timber harvesting, woodworking and agricultural
enterprises) into a liquid biofuel (the biooil). Firm collective
is solidary time-proved group of scientists and experienced
specialists who able to realize highend technologies in a
manufacture.
The process is based on the technology of fast ablative pyrolysis – mechanically activated thermal decomposition of organic compounds of a biomass with absence of
oxygen with further collection of the products. Currently, research is primarily focused
on the creation of a commercial autonomous mobile facility of thermal processing of
biomass. Also, you are debugging mode in a pilot plant and testing different types of
biomass.
At this time we are searching for partners for advancing the technology on the market
and we are ready to consider your offers. We are also interested in the scientific and
technical cooperation on the following topics:
• Development of cost-effective methods for separation and isolation of valuable
substances from the fast pyrolysis liquid products;
• Development of methods for the isolation of sugars pyrolysis liquid and biotechnological processing into products;
• Development of physical methods of refining and producing fuel compositions based bio oil;
• The development of effective treatment processes pyrolysis oil in transport fuels
by catalytic cracking and hydrocracking.
39
Timofey Ivanisenko
Institute of Cytology and Genetics (ICG) SB RAS
Prospekt Lavrentyeva 10
630090 Novosibirsk
Russia
P: +7 383 3634924
URL: www.bionet.nsc.ru
Underlying the development of the IC&G was the idea to
integrate molecular, cellular, developmental and population
studies aiming at a better understanding of the genetic
mechanisms of variability and evolution. Research emphasis
was on the development of plant and animal models for
investigating the genetic structure of complex, in functional
terms, characters of behavior, stress reactivity, reproductive
systems hereditary human and animal diseases, symbiotic
nitrogen fixation in plants, among others.
• The structural and functional organization of genetic material at the levels of the
genome, chromosome, and gene. Reconstruction of the genome, transgenesis in
plants and animals.
• The molecular-genetic and genetic-evolutionary bases of the functioning of
physiological systems providing vital processes. Chromosome and gene diagnostics
of inherited and multifactorial diseases.
• The genetic-evolutionary aspects of population biology and biodiversity.
Development of new methods of animal and plant genetics and breeding for
efficient use of gene pools.
Intelligent biological data analysis, deductive databases, text- and data-mining
40
PD Dr. Alexander Ivanov
Institute of Bionanotech
Nauchny Gorodok 2 str., building 1
420011 Kazan
Russia
P: +7 843 2395325
One of the large divisions of the Institute is the department
of Toxicology where the large-scale theoretical, experimental
and polygon investigations are carried out on studying the
action mechanism of toxic substances at the organism-,
organe, cellular- and molecular-levels and on research of the
preparations and methods for diagnostics, treatment and
prevention of animals poisonings.
Essentially new the treatment and prophylactic antidotes of prolonged action providing
for protection of animals from a poisoning with toxic substances, and high-sensitive
express-methods of their indication in the veterinary surveillance objects and in the
Environment are developed. In scientific activity of the department the significant
place is occupied with researches on monitoring toxic substances of technogene and a
natural origin in all parts of the trophic chanes.
• Veterinary toxicology, radiobiology and some directions of an infectious pathology
• Bioremediation
• Food
• Bioengineering
• Pharmacology and medicine
• Diagnostics
41
Prof. Dr. Elena Kalmykova
Department of Chemistry
Lipetsk State Technical University and
University of Dodoma
Moskovskaya St. 30 - 398600 Lipetsk, Russia
P.O. Box 338, Dodoma, Tanzania
P: +7 9092191140 / + 255 756 596 968
URL: www.stu.lipetsk.ru
URL: www.udom.ac.tz
Multipurpose research in the field of engineering and natural
sciences. The laboratory researches deal with elaboration of
chemical and biosensors on creating sensors for the analysis of
gases and liquids.
Bioorganic chemistry and analytical chemistry. Structural and immunochemical studies
of polysaccharides and glicoconjugates. Estimation of correlation between chemical
structure and specificity of bacterial O-antigens (LPS). Investigation of immobilization
methods for bioreceptor molecules. Elaboration of quartz crystal biosensors for
quantification of biological active substances and microorganisms in water media
(drinking water, foodstuffs, environments and bioliquids: blood, urine, salvia etc).
Cooperation in elaboration of QCM immunosensors for earlier diagnostics of infection
and somatic diseases (determination of bacteria and antibodies in blood and other
bio-liquids: urine, salvia etc.).
42
Dr. Sergey Kovalenko
Institute of Molecular Biology and Biophysics
630060 Novosibirsk
Russia
P: + 7 905 952 1411
URL: www.imbb.soramn.ru
Institute of Molecular Biology and Biophysics (Novosibirsk,
Russia) oriented on the development of the genetic basis
for the personalized medicine in cancer and multifactorial
diseases. Institute is working in line with pharmacogenetics
using parmacokinetic approaches, new genetic markers in
cancer are discovered and characterized in details. In the same
time, well-known genetic markers are adopted for the practical
use in medicine. Biophysical department of the institute is
working in construction and use of “BioFeedBack” machines
for the training of various physiological parameters in various
pathologies.
Development and use of tests for molecular diagnostics in cancer
Ready to cooperate with oncology clinics for introduction of various molecular
diagnostics tests into the clinical practice.
43
PD Dr. Alexander Kuznetsov
D. Mendeleyev University of Chemical Technology of
Russia (MUCTR)
Miusskaya sq. 9
125047 Moscow
Russia
P: + 7 495 495-2379
URL: www.muctr.ru
The Biotechnology Dept. participates actively in the teaching
of the MUCTR students (lectures courses on biological,
biochemical, microbiological, molecular biology and genetics,
biotechnological and bioengineering disciplines). Yearly as a
rule 25-30 students (specialists, bachelor and master level)
graduate the Biotechnology Dept. after carrying out their
diploma research in the laboratories of the D. Mendeleyev
University and institutes of the Russian Academy of Science.
Our nearest task is to modernize a biotechnological higher
education in Russia using modern methods and following the
Bologna principles and European dimension in biotechnological
education and sciences.
In the research activity the Biotechnology Dept. focuses on developing new techniques
and methods for microorganism cultivation, biosynthesis of microbial metabolism
products in aerobic and anaerobic conditions, upstream and downstream methods
in biotechnology, biological waste water treatment, bioremediation, biotesting,
biopreparation for agriculture and environment protection.
Education: Experience exchange on the transi-tion to Bologna principles in the
European Higher Education Area.
Research: Developing new techniques for biotechnology and microorganism
cultivation methods (membrane reactors, high density cultivation, hybrid systems
combining chemical, photochemical and microbiological reactions and systems with
photobiological effects). Developing new microorganism cultivation methods based on
„controlled oxidation stress“.
44
Dr. Sergey Germanovich Muhachev
Laboratory of Engineering Problems of Biotechnology
(KNRTU)
Box 302 - 420066 Kazan
Russia
P: + 7 9172837088
Kazan National Research Technological University unites
activities in education, research and innovations. The
University comprises 15 academic and research institutes;
runs Bachelor’s, Master’s Degree and Ph.D. programs; enrolls
over 30 thousand undergraduate and graduate students from
the Russian Federation and CIS countries, 900 Ph.D. and 100
post-doc students from Russia and other countries; employs
over 300 full professors, doctors of science and 953 associate
professors, Ph.D.s.
Intensification of aerobic biosynthesis. The development of energyefficient biological
reactors. Method of calculating the balance of microbial growth and biosynthesis of
exometabolites. Production of bioethanol of 2nd generation, amino acids, protein and
vitamin feed supplements. Recycling of distillery stillage.
Formation of environmental framework of the city. Biodiversity and protection of
communities living in urban areas. Biotechnology and environmental education of
students.
Creation of small high-tech industries of biotechnology products in the Republic of
Tatarstan.
45
Prof. Minsagir G. Nurtdinov
Ministry of Agriculture and Foodstuff of the Republic
of Tatarstan
Fedoseevskaya str. 36
420015 Kazan
Russia
P: + 7 843 221 76 03
Main functions of the Ministry:
• Food industry management
• Agriculture management
• Agricultural production management
• Normative legal regulation in ensuring of land fertility,
control for observance of normative and legal documents
• Management of reclamation systems and hydraulic
structures in Tatarstan ownership
• Government supervision for technical state of
selfpropelled machines and other vehicles
• Government support of public associations work
Main tasks of the ministry:
• Assurance of efficient work of system of agricultural and industrial complex
• Assurance of quality, competitive ability and safety of agricultural production,
feedstock and foodstuff
• Assurance of efficient management for state property in agricultural complex
The ministry fulfills the following functions:
• Management for agriculture
• Management for agricultural production
• Normative and legal regulation in the sphere of ensuring fertility of lands for
agricultural purpose, control for implementation of normative legal acts
• Management for state land reclamation systems and separately located
hydrotechnical constructions related to property of Republic Tatarstan
• Veterinary management
• Supervision for technical state of selfpropelled machines and other equipment
46
Vladimir Pleshanov
JSC Institute of Biotechnology (IBVM)
3-rd Syromyatnichesky street 3/9
Moscow
Russia
P: + 7 968 754-54 11
URL: www.rosagrobioprom.com
URL: www. ibvm.ru
Veterinary, biotechnology, waste treatment
Waste treatment projects, biogas, energy efficiency, microscopes, laboratory
equipment
Energy technologies, waste treatment technologies. Supply of microscopes, reagents,
laboratory equipments
47
PD Dr. Svetlana Ponkratova
Department of Chemical Cybernetics
Karl Marx Str. 68
420015 Kazan
Russia
P: + 8 843 2314010
URL: www.knitu.ru
Kazan National Research Technological University (KNRTU) is
the largest Russian center of higher engineering education.
Over 26.000 graduate and undergraduate students from
Russia and other countries study at the University. Research
at KNRTU is performed by the leading schools in science and
engineering priority development areas. KNRTU participates in
innovative development programs of the Republic of Tatarstan
and Russian Federation. Last few years KNRTU awarded State
Prizes of Russia and Tatarstan in the field of science and
technology.
Chemistry and technology of polymer and composite materials, energy saturated
materials; integrated development of hydrocarbon resources, nanotechnology,
nanomaterials, energy efficient advanced materials. The educational programs of
KNRTU are aimed at training specialists for solving exact industrial problems;
The university has a scientific industrial technopark for pilot plants and R&D results
commercialization. It comprises a number of business incubators, innovative testing
grounds, and technology transfer centers for master degree students, PhD students
and post-docs.
In 2011, Center of Tatarstan Polymer Processing Cluster Development was established
in the Tatarstan Industrial Park “Himgrad” under the financial support of the Russian
government for small and medium scale entrepreneurship. For implementation of
this project, Kazan National Research Technological University established a small
innovative company “Center of Polymer Engineering” and a research and education
center “New Polymer Composite Materials and Technologies”.
48
A.N. Bach Institute of Biochemistry, RAS (Bach INBI)
Leninsky Prospect 33, bld. 2
119071 Moscow
Russia
P: + 7 495 952 3441
URL: www.inbi.ras.ru
URL: www.fp7-bio.ru
URL: www.biotech2030.ru
Bach INBI is the key member of Russian Technology Platform
“Bioindustry and Bioresources – BioTech2030”, working in
the area of implementation of a number of biotech projects,
including the technologies of biomass bioconversion into
sugars and further to biofuels of the 2nd generation and other
value-added products. The Shared-Access Equipment Centre
“Applied Biotechnologies” and Russian National Contact Point
“Biotechnology, agriculture, Forestry, Fisheries and Food” in
the 7-th Framework Program of EC are based at the Bach INBI.
Bach INBI carries out fundamental and applied research in the fields of biochemistry
and biotechnology with the emphasis to investigations of biochemical organization
of living systems. Principal research areas – structural and functional organization
of proteins, regulation and evaluation of metabolic processes; energy biotransformations; biochemical basis of human development and diseases; enzymatic
processes development; enzymatic conversion of (ligno-)cellulose.
Networking German-Russian projects on biotechnology
• Technology Transfer
• Professional expertise and analytics in the field of biotechnology
• Searching for funding for the projects in various stages of implementation
49
Evgeny Tiys
Institute of Cytology and Genetics (ICG), SB RAS
Prospekt Lavrentyeva 10
630090 Novosibirsk
Russia
P: +7 9137101895
URL: www.icg.bionet.nsc.ru
The structural and functional organization of genetic material
at the levels of the genome, chromosome, and gene.
Reconstruction of the genome, transgenesis in plants and
animals.
The molecular-genetic and genetic-evolutionary bases of
the functioning of physiological systems providing vital
processes. Chromosome and gene diagnostics of inherited and
multifactorial diseases.
The genetic-evolutionary aspects of population biology and
biodiversity. Development of new methods of animal and
plant genetics and breeding for efficient use of gene pools.
The work is focused on automated reconstruction of associative gene networks
of biological processes by using the set of genes participating in these biological
processes. Reconstruction is based on the information stored in the ANDCell database.
The information was automatically extracted from the text of scientific publications
and databases. Quality of the reconstructing network is checked by the comparison of
this network with those reconstructed by using randomly chosen sets of genes. Genes
presented in the reconstructed network can be considered as potential participants of
the biological process under study.
We are interested in collaboration with experimentalists who could confirm the
involvement of particular genes in a biotechnologically relevant process.
50
Dr. Vladimir Vaks
Institute of Physics of Microstructures, RAS
603950 GSP-105, Nizhny Novgorod
Russia
P: +7 831 4179457
URL: www.ipmras.ru
IPM RAS is affiliated to the Physical Science Division of Russian
Academy of Sciences. Institute is a part of Nizhny Novgorod
Research Center of RAS. The main scientific directions of the
institute include surface physics, solid-state nanostructures,
high temperature superconductors, multilayer x-ray optics,
technologies and applications of thin films, surface and
multilayer structures, terahertz spectroscopy on nonstationary
effects.
Nonstationary spectrometers of the THz range and employs them for various
applications and investigations. The advantages of the devices include high sensitivity,
high spectral resolution, online measurements and easy-to-use configuration. To
provide above characteristics we also design and elaborate suitable radiation sources
and receivers.
Generation of THz radiation with using the subTHz synthesizers based on e.g.
backward wave oscillator (BWO) (OV-76, 118-178 GHz) or gunn generator (97.5-117.0
GHz) with phase-lock loop (PLL) of reference generator and frequency multipliers
on nanostructures – quantum semiconductor superlattices (QSS). The application
of harmonic mixers based on QSS allows essentially simplifying a THz synthesizer’s
scheme and improving reliability and stability of the BWO operation in synchronization
mode for all generation range (up to 1.25 THz).
The subTHz spectrometer based on the phase-switching of the BWO’s radiation on
the gas and also time-domain and the spectrometer of 1-2.5 THz frequency range
(with registration of a signal in time area) based on solid-state radiation sources were
developed and realized.
The devices developed and realized in IPM RAS are intended for clinics, hospitals,
medicinebiological institutes and also physician institutes and universities.
51
Ilgizar Yakushev
JSC “Tatneftekhiminvest-holding”
Yershova street 29a
420061 Kazan
Russia
P: + 7 843 2724305
JSC “Tatneftekhiminvest-holding “ was created in September
1994 under the decree of the President of the Republic of
Tatarstan as the industrial and financial company consolidating
all the components of the cycle: Oil production -refining–
sales of oil products in the Republic of Tatarstan. The leading
petrochemical enterprises of the Republic of Tatarstan are
included in the structure of holding. JSC “Tatneftekhiminvestholding” acts as a coordination and expert centre, working in a
wide range of business lines of gas and petrochemical complex.
It is the developer of the following programmes: “The Program
of Gas & Petrochemical Complex Development of the Republic
of Tatarstan for 2010-2014“, “Development of Biotechnology
in the Republic of Tatarstan for 2010-2020”, “The Development
of Pharmaceutical Industry in the Republic of Tatarstan for
2011-2020”.
Oil refining, petrochemistry, nanotechnology, biotechnology, pharmaceuticals,
ecology, theory of combustion, internal ballistics, high power composite materials and
polymers, sectoral management.
German-Russian Forum Biotechnology Kazan, 11 - 12 September 2012 52
Competence Centre Hessen for Cooperation in Research and Higher
Education with Central and Eastern Europe
• Initiation of co-operation projects in science and technology transfer
• Organisation of scientific events of East-West related topics
• Development of qualification courses relating to Central Eastern
and Eastern Europe
• Publications
• To search for and to collect data of Eastern Europe
www.owwz.de
53
General Information
Based on agreements between Germany and Russia for strategic cooperation in education, research and innovation the German-Russian Cooperation Network Biotechnology has been launched in April 2005, funded by the German Federal Ministry of
Education and Research (BMBF) and the participating Federal States.
Since January 2011 the East-West Science Centre (OWWZ) at the University of Kassel,
Hessen is the German coordinator of the network. In Russia the A.N. Bach Institute of
Biochemistry, Russian Academy of Sciences hosts the networks` coordinating office.
The institute is also the National Contact Point (NCP) in Russia for the 7th-Research
Framework Program of the European Union in „Food, Agriculture, Fisheries and Biotechnology“ and coordinates the Russian Technology Platform „Bioindustry and Bioresources - BioTech2030“.
Within the German network CLIB2021 is the coordinating body for R&D cooperation
between enterprises whilst OWWZ coordinates the cooperation in the academic research field.
Scientific focuses:
• Bioinfomatics & Systems Biology
(University of Bielefeld)
•
Clinical Research
(Laser-Research Laboratory, University of Munich)
•
Life Sciences & Health Economy
(BioCon Valley® GmbH)
•
Bioeconomy in Agriculture, Forestry & Fisheries
(Johann Heinrich von Thünen-Institute)
54
Goals
The network aims to deepen, strengthen and enhance existing contacts between German and Russian biotechnology companies, research institutions and decision makers
in policy and administrations.
The network supports cooperation in:
• R&D between scientific institutions and companies
• Transfer of know-how in research management
• Promotion of young scientists
• Development of strategies as:
- Commercialisation of R&D products
- Marketing on an international scale
- Launching of joint economic enterprises
Based on the topics of interest already established in the network and considering
current research trends within Biotechnology/Life Sciences the focus is on the following thematic areas:
• Genomics, Proteomics and Biochemistry
• Molecular Biology and Molecular Medicine
• Bioinformatics
• Nutrition and Food Biotechnology
• Environmental and Resource Management
• Bioeconomy in Agriculture, Forestry & Fisheries
• Pharmaceutics and Medical Devices
Target Groups
The project addresses representatives from academia and industry - especially small
and medium-sized companies.
Services
•
•
•
•
•
•
Specific country information
Newsletter and websites
Partner-Matching
Monitoring of the cooperation process
Individual project consultation concerning funding programmes, application
process and project management
Organisation of German-Russian conferences and qualification courses
55
Project Partners
CONTACTS Germany
UniKasselTransfer
East-West-Science Center Hessen (OWWZ)
Network Coordinator & R&D Cooperation (Academia)
Dr. Gabriele Gorzka, Dipl.-Biol. Nicole Burghardt
Tel: +49-561-804-3609 / E-mail: [email protected]
www.biotechnology.owwz.de
Cluster Industrial Biotechnology (CLIB2021)
Coordinator R&D Cooperation (Companies)
Dr. Manfred Kircher, Dipl.-Ing. Anna Schmidt
Tel: +49-211-67931-32 / E-mail: [email protected]
www.clib2021.de
Bielefeld University, Faculty of Technology
Bioinformatics / Medical Informatics Department
Spokesman Systems Biology & Bioinformatics
Tel: +49-521-106-5283
E-mail: [email protected]
www.techfak.uni-bielefeld.de/ags/bi
LIFE-Center, University Hospital of Munich
Laser-Research Laboratory
Spokesman Clinical Research
Dr. Michael Fedorov
Tel: +49-89-7095-4870
E-mail: [email protected]
www.klinische-biotechnologie.de
BioCon Valley® GmbH
Spokesman Life Sciences & Health Economy
Tel: +49-3834-515-108 / E-Mail: [email protected]
www.bcv.org
Johann Heinrich von Thünen-Institut (vTI)
Federal Research Institute for Rural Areas, Forestry and Fisheries
Spokesman Bioeconomy - Agriculture, Forestry & Fisheries
Stefan Lange
Tel: +49-531-596-1008 / E-Mail: [email protected]
www.vti.bund.de
CONTACTS Russia
A.N. Bach Institute of Biochemistry, RAS
Network Coordinator Russia
Prof. Dr. Vladimir Popov, Dr. Irina Sharova,
Dr. Irina Tverdislova
Tel: ++7-495-954-4474 / E-mail: [email protected]
www.fp7-bio.com
56
57
V. Forthcoming Events
58
Notes
Notes
60
Notes
German-Russian Forum Biotechnology Kazan, 11 - 12 September 2012 Notes
62
Publisher:
UniKasselTransfer
Ost-West-Wissenschaftszentrum (OWWZ)
Mönchebergstraße 7
D-34109 Kassel
Managing Director: Dr. Gabriele Gorzka
[email protected]
Tel: +49 (0)561 804-3609
Fax: +49 (0)561 803-3792
Editorial: Nicole Burghardt
Kassel 2012
www.owwz.de

German-Russian Forum Biotechnology

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