Conference Service Mandl

abstract: Genomics, the study of complete genomes, has revolutionized genetic research. Complete and annotated genome sequences and comprehensive maps of polymorphism are available for many model organisms, including the genomes of man and our closest relative, the chimpanzee. Genome architectures and structure-function relationships of complex macromolecular assemblies are being elucidated in ever greater depth. Genome-wide transcriptome and proteome analyses are widely available. Powerful technologies are at hand to generate both heritable and transient genetic perturbations. Importantly, comparative genomics provides deep insights into evolutionary mechanisms underlying genetic variation, adaptation and speciation. Genomic polymorphisms among humans reveal a rich picture of our recent evolutionary history as well as the genetic, epigenetic and environmental contributions to disease risk.

Impressive progress has already been made in the bioinformatic and mathematic integration of genomic data. Computational analyses of genomic data and the simulation of models of biological systems are yielding the new discipline of computational genetics as well as the first steps toward a synthetic biology.

The ICG in Berlin will present the latest genetic and genomic insights in 10 plenary lectures and 54 concurrent symposia. 280 of the world's most prominent genetics researchers will speak.

abstract: The SGDP is offering two courses to run in parallel over the week of 14th - 18th July, 2008. The courses are Analysis of Genetic Association Studies and Introduction to Molecular Methods in functional genomics.

abstract: Preceding this year’s GRC on Mitochondria and Chloroplasts, a Gordon-Kenan Graduate Research Seminar (GRS) will be held to give graduate students and postdocs the opportunity to discuss the fascinating biology of these organelles. This should be a great opportunity to present and debate the research we are doing without being intimidated by the presence of senior investigators. We can feel free to ask any kind of questions about aspects we are not familiar with and therefore, the GRS will be a valuable preparation in order to benefit fully from the GRC that follows.

Mitochondria and chloroplasts are not only the energy transforming organelles that supply the cell with ATP and reducing power. More recently, their importance in a variety of biological processes has become apparent, from ageing to apoptosis, signaling to redox homeostasis. The field of mitochondria and chloroplasts covers a wide variety of biological questions, model organisms and practical applications, and

abstract: The archaea constitute a separate domain of life, distinct from bacteria, with many aspects of their biology closer to eukaryotes. Archaea have been adopted as a model system for studies on eukaryotes as well as being of very considerable interest in their own right. Many archaea inhabit extreme environments, and the mechanisms of adaptation are uniquely fascinating and important, with many biotechnological and industrial applications. Increasingly, archaea are recognised as an important and abundant component of the biosphere.

This meeting will focus on archaeal DNA replication, recombination and repair, genetics and gene regulation. It will highlight recent advances in the field with implications for our understanding of archaeal molecular biology and the evolution of eukaryotic information processing pathways.

abstract: The 7 th European Symposium on Biochemical Engineering Science will take place in the beautiful town of Faro at the Algarve Coastline in Portugal from 7 – 10 September 2008. The symposium is jointly organised by the IBB-Institutes of Biotechnology and Bioengineering at Faro and Lisbon University and DECHEMA, Frankfurt. It is our great pleasure to invite you to participate and to present your latest work and results. The ESBES Symposium Series has developed to the leading platform for the community over the last years which provides the opportunity for biochemical scientists and engineers but also for researchers of adjacent fields to exchange their experiences. Looking at the conference topics you will see that all areas of the discipline are covered. Workshops on new and promising technologies complete the programme.

abstract: Intermediate filament (IF) proteins are encoded by one of the largest gene families in man. They have attracted considerable attention because mutations in IF genes cause, according to their tissue-specific expression, a large variety of severe human diseases. Most notably, mutations affecting the nuclear intermediate filament proteins lamin A and C lead to a stunning multitude of disease entities ranging from muscular dystrophies to premature ageing. In order to obtain more insight into IF-dependent cellular functions and disease entities, various cell culture systems and animal models, in particular transgenic mice, have been generated. Complementary to this field-wide “bench-to-bed” enterprise an arsenal of biophysical techniques is being applied to IFs aimed at dissecting the structure, assembly and mechanics of single filaments at atomic detail.

abstract: Mehr Rechtssicherheit in nur 3 Abenden Eine schlecht vorbereitete Vertragsgestaltung kann im Streitfall ein erhebliches Haftungsrisiko sowie finanzielle Risiken für Ihr Unternehmen nach sich ziehen. Entsprechende Kenntnisse und geschickte Kniffe erleichtern Ihnen den Umgang mit Verträgen im täglichen Geschäftsleben. Dieser modular aufgebaute Workshop wird Ihnen helfen, sicheres Handeln im Vertrags- und Arbeitsrecht zu erlangen um auch in Zukunft Fehler zu vermeiden. Die Themen werden dabei anhand von anschaulichen Beispielen in der Nano- und Biotechnologiebranche erläutert. Zielpublikum Inhaber/Geschäftsführer, Führungspersonal von Firmen in der Nano- und Biotechnologiebranche Inhalte 1. Abend: Rechtssichere Vertragsgestaltungen • Geheimhaltungsvereinbarungen, Letter of Intent, Kooperationen • Gewährleistung, Zahlungsverzug • Allgemeine Geschäftsbedingungen 2. Abend: Arbeitsrecht für Unternehmer • Das neue Gleichbehandlungsgesetz (AGG) • Arbeitsverträge gestalten • Kü

abstract: 'International Life Sciences Student's Conference Warsaw 2008' that will take place from 10th to 14th September 2008 at the University of Warsaw (UW) and Warsaw University of Life Sciences (SGGW). The conference is dedicated for BSc, MSc and PhD students from all over the world that will have the opportunity to present results of their own research in the field of life sciences (e.g. molecular biology, biotechnology, general biology, disease prevention, human and animal wellness,environmental protection, alternative energy sources).

abstract: Bioscience is changing rapidly, becoming more quantitative and predictive in nature, with increasing inputs from the physical sciences, engineering, computation and mathematics. At the core of this wave of change is the development of new technology and biophysical methods, spanning nanotechnology, structural analysis, chemical biology, computational biology and analytical science. The changing nature of bioscience is reflected in the rapid growth of fields such as systems and synthetic biology, which are based on precise analytical approaches as well as rigorous design and modelling.

abstract: Presenting ALL NEW data on design and validation of assays, pre-clinical and clinical developments, regulatory requirements, risk management and formulation. Join us in Hamburg to hear presentations on how to successfully develop screening, confirmatory and neutralising assays. Our interactive panel sessions will ensure you gain the most from this 4 day event. Plus, don’t miss our 14 case studies; learn from those with hands-on, practical experience and take this back to your company. Programme highlights for 2008: • Genentech, Pfizer and The Health Protection Agency present detailed case studies on neutralising assays. This year the design and validation of assays have been split into two separate sessions so that you can gain an in-depth and thorough understanding of this challenging area. With a whole day dedicated to this hot topic you can ensure you come away with the tools to gain meaningful results. • Join leading academic and industry experts, Professor Tudor Arvinte, Uni

abstract: IQPC’s Pharma IQ’s Biobanking conference will show professionals working in Labs, Biorepositories, Bioanalysis and R&D how to set up productive biological sample management efforts; including assessing the latest automation systems; how to accurately assess samples including DNA, Blood and Human tissues; understand and work with Regulations and Bioethical challenges; and effectively collect and manage patient information.

abstract: During our workshop we would like to present the most recent research in the field of single molecule spectroscopy.

abstract: Completing the sequence of human and other genomes will soon elucidate the precise location and base sequence of every gene in a reference genome. This reference allows for rapid characterization of polymorphisms across populations. It also enables molecular fingerprinting technologies to permit identification of the precursors and consequences of normal and pathological changes in gene expression. The challenge facing current biological research is effective matching of the tool to the target. Learn from seasoned and savvy researchers who share their experience and of challenges piecing together the biological puzzle of health and disease at Cambridge Healthtech Institute’s 4th Annual Genomic Tools: Targeting the Missing Links between Health and Disease. www.healthtech.com

abstract: Chemokines are a family of approximately 50 proteins that differ from other cytokines in that they act on G protein-coupled seven transmembrane (7TM) spanning receptors. Their principal role is to direct leukocyte trafficking in the body, and they are thus pivotal to development and the establishment of the immune system. However their excessive activity results in the establishment of inflammation. Through studies in animal models using tools such as genetically modified mice, neutralizing antibodies and receptor antagonists, they have been shown to play a role in diseases such as asthma, atherosclerosis, multiple sclerosis, inflammatory bowel disorder and arthritis, as well as many others. They are also involved in diseases such as cancer and infectious diseases such as AIDS, where they play a role beyond inflammation. Their involvement in the CNS and in apoptosis also demonstrates activity beyond cell recruitment. Since 7TM receptors are one of the cornerstones for drug discovery, they provide a very attractive target for therapeutic intervention, and programs are now moving into the clinic, with the first approval by the FDA achieved in 2007. They are also suitable targets for biological therapeutics, and again monoclonal antibodies are currently being tested in clinical trials.

abstract: As new sequencing platforms are capable of generating gigabytes of data in a single sequence run - leading to terabytes of data in an experiment; data storage, transfer, and analysis will unquestionably be the rate limiting steps in turning the new sequence data into knowledge. CHI’s Inaugural Next-Generation Sequencing Data Analysis convenes engineers who are developing the sequencing platforms, biological researchers who are designing and running the experiments, biosatiations who are analyzing and interpreting the data, and software developers who are managing and storing the data. Each specialty provides perspectives and must be integrated into a cohesive, comprehensive team to decipher the sequencing data deluge. www.healthtech.com

abstract: The conference will focus on rapidly developing areas of science in which chemists and other researchers can enhance current biology or even build completely new biological systems. It aims to play a leading role in bringing together the multidisciplinary community that will drive forward tomorrow's bioscience research.

abstract: Genomic research has become a discipline to be integrated with clinical medicine. Currently, genomic technologies allow for the simultaneous quantification of gene activity in tissues/cells from patients. Will these genomic technologies make it possible to develop personalized medicine leading to a more accurate diagnosis and prognosis for every patient and subsequently a tailored treatment strategy? With the addition and linkage of clinical parameters disparate data points are created. All agree data integration is crucial. Join innovators from technological platform development, biostatistical analysis, biological, pharmaceutical, and clinical research as they share their experiences and insights for Integrative Data Analysis: Is Personalized Medicine at Hand? www.healthtech.com

abstract: Next-Generation sequencing is alive, thriving, and driving discovery. As costs come down and ease increases these new massively parallel high-throughput sequencing platforms are infiltrating multiple aspects of traditional biological research. However, each next generation sequencing platform best lends itself to specific sequencing goals. Cambridge Healthtech Institute’s Exploring Next Generation Sequencing offers an unparalleled opportunity to compare and contrast these next generation sequencing platforms to best suit your research needs. www.healthtech.com

abstract: The dynamic of biological systems is a general and important topic to understand structure and function of life processes. The workshop addresses recent aspects of biomolecular dynamics in the context of neutron scattering experiments. This includes the controversial discussion concerning the mechanism of the dynamical transition, the role of hydration water, proteins in extreme environments, collective motions, biological function and simulation of neutron scattering spectra.

The workshop provides a forum, where all groups working in the field, can present their point of view.

abstract: •Fourth Annual Genomic Biomarkers •Sixth Annual Protein Biomarkers •Ninth Annual Metabolic Biomarkers www.BiomarkerDiscoverySummit.com

abstract: Systems Chemistry is the joint effort of prebiotic and supramolecular chemistry together with theoretical biology and complex systems research to address problems relating to the synthesis of life. The emerging field can be viewed as the bottom up pendant of systems biology towards synthetic biology. A major focus is laid on the study of autocatalytic reaction systems, such as chemical self-replicating, self-reproducing, and chiral symmetry breaking systems. The field aims at the construction of dynamic supersystems embedding at least one autocatalytic subsystem. Subsystems may be classified as genetic, metabolic, or compartiment-building. Pairwise integration into higher organized supersystems is expected to yield the knowledge enabling later the triple integration into minimal chemical cells. Finding the chemical roots of Darwinian evolvability is seen as a key challenge for the field.

The conference will convene internationally leading experts from various relevant areas to elucidate where we stand in 2008. Facets from this intriguing and truly interdisciplinary endeavour come from fields as diverse as geochemistry and organocatalysis, biomolecular chemistry and liposome technology, metal-organic chemistry and the theory of networks and evolution. Joining these facets by the unifying principle of autocatalysis leads to a new view which may be especially attractive for the next generation of chemists.

abstract: This annually organized international event provides detailed information on research & development and the latest advancement in the biotechnology industry. This year, BioMalaysia 2008 is expected to attract more than 10,000 visitors and 1,800 delegates locally and internationally. During the event, there will be collaborations of activities between exhibitors and visitors that will lead to new business openings, partnerships and joint-ventures within and across industries.

abstract: This Congress and Expo is organized by BITlifesciences, dedicated to building a platform of the molecular diagnostics industry, as well as to provide insight from key industry leaders concerning cutting-edge molecular diagnostics technology. CEMD-2008 will also provide an integral forum for leaders in trends of MD, in major diseases treatment to share ideas, network with other delegates, deliver new products and advance understanding of the potential of new molecular diagnostics technologies.

abstract: Europe’s Leading Bioprocessing Event for the Manufacture of Biologics

abstract: The 14th annual BIO-Europe event is the world’s largest dedicated biotechnology partnering conference. Over 2,200 global decision-makers from biotechnology, pharma and finance annually attend BIO-Europe to identify new business opportunities and develop strategic relationships. BIO-Europe features the industry’s most advanced web-based partnering system, enabling delegates from all parts of the biotechnology value-chain to quickly identify, engage and enter into strategic relationships that drive their business successfully forward. BIO-Europe is the preeminent partnering conference for the life sciences. BIO-Europe brings together international decision-makers from the biotechnology, pharmaceutical and financial sectors, offering networking opportunities, workshop & panel participation, a high-level exhibition, and private, pre-scheduled one-to-one meetings. Delegates from all parts of the biotechnology value-chain come to BIO-Europe to quickly identify, engage and enter into st

abstract: Following the successful outcome and encouraging results of the 1st congress, we are proud to announce the 2nd congress to continually promote the developments of gene science and technology. The aim of this conference is to build up an ideal platform to exchange ideas with your colleagues, to make new acquaintances and to familiarize yourself with the most recent science and technology in the flourishing filed of genome.