Activities > European Action on Latin American Functional Foods (EULAFF)
European Action on Latin American Functional Foods (EULAFF)
EULAFF Homepage
The EULAFF project focuses on supporting the functional food sectors in Europe and Latin America. It aims at creating an agri-food chain innovation system for identification and development of novel functional foods, in order to build a sustainable bi-regional functional food sector. The specific goals of the EULAFF project will contribute to:
For achieving these goals the project has planned a series of lectures, debates, roundtables and symposia with the participation of authoritative scientists, experts from the industry and several stakeholders from Europe and Latin America. The proposal also includes the development of a virtual community networking system and on-line information resources to support the collaborative effort and to stimulate the dissemination of information pertaining to the use of biological diversity of agricultural crops grown in Latin America with functional food potential.
Contact Info:
Coordinator of the EULAFF Project
Christian Suojanen
Pg. Lluís Companys, 23, 08010 Barcelona, Spain
Phone: + 34 93 268 87 96
Mobile: +34 617 907 347
Fax: +34 93 268 45 00
E-mail: christian@efb-central.org
Executive Director of the EULAFF Project
Dr. Javier Verástegui
Secretary General of BIOEUROLATINA
Calle de Valderribas, 81, 2do. D, 28007 Madrid, Spain
Mobile: +34 630 925 374
E-mail: javier.verastegui@bioeurolatina.com
Activities > European Action on Global Life Sciences (EAGLES)
European Action on Global Life Sciences (EAGLES)
EAGLES Homepage
As a major player in life sciences and holding influential positions in international deliberations, Europe has a responsibility to help the developing world deal with the risks, challenges and opportunities of these technologies, and to facilitate the safe and efficient development and use of life sciences and biotechnology in developing countries.
European Action in Global Life Sciences (EAGLES) intends to address these questions by designing and implementing projects to be carried out mostly by life scientists from developing countries that will stimulate and facilitate activities for the European life sciences to respond to the needs of developing countries.
The members of EAGLES are determined to ensure that the skills and resources of European life sciences are properly used for the benefits of mankind. The members of EAGLES believe:
- That the greatest humanitarian challenges for the life sciences lie in the problems of illness, starvation and environmental degradation which are faced by hundreds of millions of people in our world today, and will be faced by millions more in the coming decades.
- That life scientists everywhere have a responsibility to address these global challenges.
- That European life scientists could and should make a much greater contribution to meet these challenges.
- That European policies should facilitate the life sciences in meeting these challenges.
In addressing these challenges that the people of Europe and their leaders should pay careful attention to the knowledge and advice of distinguished life scientists and humanists from the developing and emerging countries.
Contact Info:
European Federation of Biotechnology
Passeig Lluis Companys, 23
08010 Barcelona
Tel. +93 268 7703
Fax. +93 268 4500
efb@efb-central.org
Events > EFB @ UN
EFB @ UN
10-11 October 2010
BioBridge-event 2010 Monday 11th of October at UNOG. For more information please download the BioBridge_2010_Preliminary_Programme.pdf
Events > BioPartnering Latin America™
BioPartnering Latin America™
BioPartnering Latin America™
19-21 September 2010, Sofitel Rio de Janeiro Copacabana, Rio de Janeiro, Brazil
BioPartnering Latin America™ (BPL) will bring together professionals from all over the world, including the Latin American region from Mexico to Chile, Brazil, and Argentina. The focus of BPL will be life science, including human, animal and plant health and technology; highlighting the fast growing sector of innovative Latin American companies which will present significant partnering opportunities.
BPL will offer three days of networking opportunities filled with pre-scheduled face-to-face partnering meetings, expert panels and workshops. BPL is presenting the opportunity to explore the emerging market of Latin America. Register for BPL and connect your company with The Global Life Science Network™.
Events > BioPartnering Europe™
BioPartnering Europe™
BioPartnering Europe™
10-12 October 2010, QEII Conference Centre, London, UK
BioPartnering Europe™ (BPE) Leading European life science partnering for 18 years. BPE offers excellent partnering opportunities for the best and brightest in the life science industry. Three days of networking in 1 location to meet with decision-makers from leading biotechnology, pharmaceutical, and investment companies from around the world for face-to-face partnering meetings, presentations, expert panels, and exhibitions. Register for BPE and connect your company with The Global Life Science Network™.
Contact Info:
Events > Separations for Biotechnology 2011
Separations for Biotechnology 2011
Separations for Biotechnology 2011
27 - 29 April 2011, Midland Hotel, Manchester, UK
Separations for Biotechnology 2011 aims to bring together members of the international community involved in the design, development and scale-up of separations processes used in the manufacture of biologicals. There will be a mix of plenary lectures, oral and poster presentations, exhibition and a conference dinner. This conference is jointly organised by the SCI, IChemE, ESBES and BioProcess UK.
If you want to have more details please click here or if you prefer, you can download the Symposia flyer.
Contact Info:
For further details and to register your interest, please contact:
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SCI Conference Dept, 14/15 Belgrave Square, London, SW1X 8PS
- T: + 44 (0) 20 7598 1561
- E: conferences@soci.org
- W: www.soci.org/events
Publications > EFB Newsletter April
EFB Newsletter April
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April 2010 - European Federation of Biotechnology
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New Biotechnology
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New Biotechnology is the official journal of the European Federation of Biotechnology (EFB) and is published bimonthly. It covers both the science of biotechnology and its surrounding political, business and financial milieu. The journal publishes peer-reviewed basic research papers, authoritative reviews, feature articles and opinions in all areas of biotechnology. It reflects the full diversity of current biotechnology science, particularly those advances in research and practice that open opportunities for exploitation of knowledge, commercially or otherwise, together with news, discussion and comment on broader issues of general interest and concern. The outlook is fully international. Selection of Latest Articles in Press (these can be found before publication on the ScienceDirect Articles in Press page of the journal): |
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Popular Misconceptions: Agricultural Biotechnology by Alan McHughen and Robert Wager. Available online 30 March 2010 The ins and outs of editing and splicing of plastid RNAs: lessons from parasitic plants by Michael Tillich and Kirsten Krause. Available online 3 March 2010. |
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| Bioprocess Engineering Course |
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| The next course in the long line of highly successful courses since the mid-1980s on Bioprocess Engineering will take place from 19th – 26th September 2010. Like the last one in 2008, it will be held on the beautiful |
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| The course covers the full spectrum of bioprocess engineering, starting from genetic concepts for micro-organisms used to produce pharmaceutical and other products via microbial physiology, bioreaction kinetics to bioreactor design and scale-up. The organisms considered range from simple bacteria to highly specialised animal cell cultures. There is also a strong coverage of measurement, control and optimisation and how they interact with each other and with the specific bioreaction of interest. Finally, there is a broad-brush coverage of downstream processing. |
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| The lectures are supplemented by computer-based (MATLAB) exercises (no previous experience of MATLAB is required), discussions and a Case Study and participants are also encouraged to bring posters of their work. Selected candidates will be invited to make short oral presentations (of approximately 5 minutes duration), at a ‘Speakers’ Corner’, to be held during the course. Finally, there is a strong social programme, specifically designed to ensure that there are many opportunities to discuss the course with the lecturers. The course is directed specifically at Ph.D. students and experienced biotechnologists from research institutes, universities and industry. Participants are expected to have a background in chemical/biochemical engineering, biotechnology, a biological science or a related discipline. The lecturers are all acknowledged specialists in their fields, so that the course also provides a forum for highlighting recent research in relevant areas. For more information about the course please click here |
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Can GM crops help to enhance biodiversity?
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Genetically engineered crops are often assumed to be the main reason of biodiversity loss. As an example of this claim, Vandana Shiva maintains that
Sections & Workgroups > Section on Biochemical Engineering Science (ESBES)Section on Biochemical Engineering Science (ESBES)
Biochemical Engineering Science is an applied science discipline comprising elements from the BioSciences as well as from the defining disciplines of Engineering Science, namely Physics and Mathematics, used to create models for Biological Systems in both small and large scale and to solve these models numerically in order to guide both experimental work and design of processes. Special topics of Biochemical Engineering Science include Analysis of Bioreactors and of Downstream Process equipment in order to optimize the yield of the desired products and of the productivity of the system. Thus, Biochemical Engineering Science can also lead to better control systems through an understanding of the systems dynamics, and through incorporation of molecular tools on a quantitative basis it may lead to the discovery and design of completely new processes or products for the Bio Industry.
Presently the Section on Biochemical Engineering Science is an active association of 4 Working Groups:
All European biotechnologists with interest in Biochemical Engineering are invited to become members of ESBES and take part in the activities of the Working Groups. If you have further questions regarding the work of the Section on Biochemical Engineering Science, please visit the ESBES website or contact: Contact Info: Prof. Alois Jungbauer Sections & Workgroups > Section on Microbial PhysiologySection on Microbial Physiology
Microbial growth and metabolism play key roles in all of the major geochemical cycles of Planet Earth, consuming and replenishing carbon, nitrogen, hydrogen and sulphur in the biosphere. Microbes can be extremely beneficial. They are essential tools in environmental biotechnology, biodegradation, composting, the supply of fresh drinking water, the safe disposal of sewage, and in food, wine and beer production. But they can also cause disease and food deterioration. Microbial physiology is the study of microbial structure and function, in particular, how microbial activity responds to changes in the environment. It is therefore the key to controlling detrimental aspects of microbes, and to exploiting them for the good of the human race.
1. they are interdisciplinary, bringing together molecular microbiologists, geneticists, environmental and industrial biotechnologists and chemical engineers;
Other activities include participation in short courses; drafting of position papers for the European Commission, and provision of expertise for European governmental agencies. For information about the last meeting of the Microbial Physiology Section, please give click on: Section Minutes
Contact Info: For further information about the Section on Microbial Physiology, please visit the Section website or contact:
Sections & Workgroups > Associated Section on Pharma Medical Biotechnology (EAPB)Associated Section on Pharma Medical Biotechnology (EAPB)
![]() The European Association of Pharma Biotechnology (EAPB) is the representative of pharmaceutical biotechnology in Europe. EAPB, as the Associated Section on Pharma Medical Biotechnology of the EFB, is dedicated to the advancement of biotechnology in pharmaceutical sciences, specifically as applied to industrial materials, processes, products and their associated issues. As a non-profit organization EAPB provides a central network linking academia, industry and regulatory bodies. Accordingly its members are professionals from biotechnology and pharmaceutical companies, governmental authorities, academia and scientific organizations. Events organized by EAPB promote collaborations between science and industry in the sector of pharmaceutical biotechnology. Specifically the technology transfer focused Science to Market Conferences intent to enhance the economical output of scientific research and direct them into marketable technologies and biopharmaceutical products. For further information regarding this Associated Section, please visit EAPB website or contact:
Contact Info: Dr. Marion Kronabel (Managing Director) Sections & Workgroups > Section on Applied Biocatalysis (ESAB)Section on Applied Biocatalysis (ESAB)
The EFB section on Applied Biocatalysis (ESAB) is active in the field of Industrial Biotechnology. Industrial Biotechnology is the application of biotechnology for the industrial production and processing of chemical substances, materials and bio-energy. Industrial Biotechnology exploits the synthetic capabilities of the natural world for human needs and typically leads to greener production processes. This technology is mainly based on biocatalysis (the use of enzymes to catalyse chemical reactions) and fermentation technology (directed use of microbial metabolism). Industrial biotechnology (also referred to as white biotechnology) stands apart from the red biotechnology (directed towards health care) and green biotechnology (genetically modified agricultural crops). Industrial Biotechnology is a technology with a particularly broad application potential in a variety of industries such as the chemical and pharmaceutical industry, the food and feed industry, agro-industry, textile industry, energy sector, etc. These industries increasingly rely on biocatalytic processes to perform a wide range of reactions, improve the cost-effectiveness of existing processes and develop new products and applications. The use of biocatalysis can have significant performance benefits compared to conventional chemical technology, such as a high reaction selectivity, higher reaction rate, increased conversion efficiency, improved product purity, lowered energy consumption and a significant decrease in waste generation. The processes of industrial biotechnology will often rely on renewable resources as a raw material and typically lead to significant ecological and economical benefits.
Dr. Roland Wohlgemuth (Chairman) Fluka Group, Buchs, Ch Dept. of Biochemistry E-mail: rwohlgemuth@sial.com
Sections & Workgroups > Section on NanoBiotechnologySection on NanoBiotechnology
The emerging area of nanobiotechnology, due to its highly interdisciplinary profile combining what were previously separate and to some extent unrelated disciplines such as engineering, materials science, biology, pharmacy and medicine, demands new structures to bring experts together. The European Federation of Biotechnology Section on NanoBiotechnology is a joint venture with NabiA, the Nanobiotechnology Association. NaBiA is the merge and continuation of Nano2Life and Frontiers, the two Networks of Excellence on this field supported by the European Commission during the FP6 programme. The application fields of nanobiotechnology are similar to those traditionally addressed by biotechnology: medical or biological diagnosis, drug design, medical applications, food and environmental monitoring, only that powered by the amazing capabilities of the control of matter at the nanoscale. The scientific focus of nanobiotechnology lies mainly on a viable interface between biological and non-biological entities at the nanoscale. Success is vital as the communication between these two “worlds” at the molecular level which is leading to breakthroughs in the design of a whole new set of tools and sensors with unforeseen potential especially for medical devices, the pharmaceutical and food industries, and other application fields, e.g., process technology or environmental monitoring.
Besides this core activity, the section works in close cooperation with existing EFB Task Groups on dedicated subjects, for instance on public perception and acceptance of nanotechnology for life sciences, and a nanobiotechnology technical roadmap for the biotechnology industry (how to make optimal use of these new and emerging technologies in the next years). Multimedia supported communication and dissemination activities will provide thorough education and awareness of the scientific and industrial community outside the European Federation of Biotechnology and the general public about the impact of nanobiotechnology on industry and society. This will ensure development of nanobiotechnology devices, material and services according to the needs of European industry and in agreement with international social and ethical standards, which will support sustainable development of the European economy in this knowledge intensive area. Contact Info: Section Website EFB Home > Bioprocess Engineering CourseBioprocess Engineering Course
Bioprocess Engineering Course Events > EFB Bioprocess Engineering Master CourseEFB Bioprocess Engineering Master Course
EFB Bioprocess Engineering Master Course doctoral / postdoctoral level
course for the specialists 19th– 26nd September 2010, Island of Brac, Croatia
The next course in the long line of highly successful level courses since the mid-1980s on Bioprocess Engineering is organised under the auspices of
The EFB Section on Biochemical Engineering Science by the Working Group on Bioreactor Performance, in collaboration with those on Modelling, Monitoring, Measurement & Control and on Downstream Processing and Recovery of Bioproducts. The lecturers are internationally distinguished leading university teachers or leading experts from multinational companies. The course covers the full spectrum of bioprocess engineering, starting from genetic concepts for microorganisms to bioreactor design and scale-up. There is also a strong coverage of measurement, control and optimisation and a broad-brush coverage of downstream processing. The lectures are supplemented by computer-based exercises and a Case Study and participants are also encouraged to bring posters of their work. Lecturers
Prof. Dr. Sven-Olof Enfors, Royal Institute of Technology, Sweden Prof. Dr. John Villadsen, Technical University of Denmark, Prof. Dr. Matthias Reuss, Stuttgart University, Germany Prof. Dr. Andreas Lübbert, Martin-Luther-University Halle-Wittenberg, Germany Prof. Dr. Joseph Lengeler, Universität Osnabrück, Germany Prof. Dr. Alvin Nienow, University of Birmingham, United Kingdom Prof. Dr. Bernhard Sonnleitner, Technicum, Winthertur, Switzerland Dr. Christian Leist, Novartis Pharma Ltd. Switzerland Dr. Henk Noorman, DSM Anti-Infectives, Delft, The Netherlands Prof. Dr. Luuk A.M. van der Wielen, Technical University Delft, The Netherlands Prof. Dr. Marin Berovic, University of Ljubljana, Slovenia Prof. Dr. David Mitchell, Universidade Federal do Parana, Brasil Prof. Dr. Jochen Büchs, Aachen University, Germany Prof. Dr. Chris J.Hewitt, Loughborough University, United Kingdom Prof. Dr. Sten Bay Jörgensen, Technical University of Denmark,
The full cost for participants is 1500 Euro and it covers attendance at lectures and exercises, course literature and full accommodation from the morning of September 19th to the morning September 27rd including meals and all social events.
There is a reduced fee for students of 1200 Euro.
For more information, please go to the website http://www.globtour.hr/bec2010
EFB Bioprocess Engineering Course is not only the best tribune for exchange the most relevant scientific informations, it is the most popular tribune for young scientists to join the best European Scientific Centers and Universities.
Contact Info: Prof.Dr. Marin Berovic
Events > BIT’s 8th Annual Congress of International Drug Discovery Science and Technology (IDDST)BIT’s 8th Annual Congress of International Drug Discovery Science and Technology (IDDST)
BIT Life Sciences and
Organizing Committee are organizing the 8th Annual Congress of
International Drug Discovery Science and Technology (IDDST) as part of
their dedication to offer professionals in drug discovery filed a
multidisciplinary platform to learn about the latest scientific updates and
current industry standards. The congress with the theme “Supporting Systems
for Major Innovative Drugs” will be held during October 23-26, 2010, Beijing
International
Convention Center, Beijing, China. On behalf of the organizing committee, we’re
pleased to welcome you to join us and give a speech at one
session of the congress (The program detail is available at http://www.iddst.com/iddst2010/ScientificProgram.asp
). Hope you can bring your knowledge and experience to share with other
business and research leaders, and you’re encouraged to network and explore
partnering opportunities. The IDDST congress is
initiated by BIT Life Sciences in 2003, with 7 years’ contribution in the field
of drug discovery and development, it has become a leading international event
for the professionals to pinpoint and identify opportunities and market needs,
explore Asian demand and get updated on latest breakthroughs in drug R&D. For IDDST 2010, BIT Life Sciences is pleased to design 10
chapters for the participants: Chapter
1: Basic Sciences and Technologies of Drug
Discovery Chapter
2: Emerging Technologies and Key Tech Platform Infrastructure for Drug
Discovery Chapter
3: Advances in Anti-Major Disease Drug R &
D Chapter
4: Smart Medicinal Chemistry toward NCEs Chapter
5: Innovations and Improvement of Major
Biotherapeutics Chapter
6: Tech-Upgrade of Key Drugs & Biosimilar Products Chapter
7: Scientifically Upgrading Key Chinese Traditional Medicines Chapter
8: Translational Medicine and Globalization Strategies Chapter
9: Professional Industrial Incubators for Drug
Innovations Chapter
10: International Partnering, Integrative Services and Investment for Drug
Discovery In addition to the
outstanding program, you will be able to enjoy the culture and sights of
Beijing, the capital of China. Beijing is at its best in late spring and
autumn. Autumn is a particularly pleasant time to visit as the days are warm
and the leaves of the many trees in the city turn glorious shades, and we encourage
you to extend your trip and get to know the rest of China as well. We
expect your advices on: 1.
Which session you’re most interested in and what’s your speech title? 2.
What is your priority session if our proposal does not fit your interest? 3.
Would you like to be the session chair or Co-Organizer? For
further information about the program, you could visit the website: http://www.iddst.com/iddst2010/ScientificProgram.asp
We
look forward to seeing you in Beijing for a stimulating and enjoyable
conference.
Email: catherine@iddst.com
Chapter
1: Basic Sciences and Technologies of Drug Discovery Section
1-1: Oncology and Drug Discovery Section
1-2: Immunology and Drug Discovery Section
1-3: Endocrinology and Drug Discovery Section
1-4: Personalized Medicine and Drug Discovery Section
1-5: Pharmacology and Drug Discovery Section
1-6: Neurosciences and Drug Discovery Section
1-7: Toxicology, Drug Safety Evaluation and Drug Discovery Section
1-8: Formulation in Drug Discovery Section
1-9: Stem Cell and Regenerative Medicine Section
1-10: Microbiology, Virology and Drug Discovery Section
1-11: Clinical Medicine and Drug Discovery Chapter
2: Emerging New Technologies and Key Platform Infrastructure for New Drug
Discovery Part
I: Recent Technology Breaking Section
2-1: Functional Genomics to Personalized Medicine Section
2-2: Advancing Molecular Target Discovery and Drug Screening Section
2-3: Biomarkers for Drug Discovery Section
2-4: Bioinformatics/Chemoinformatics and Bio-IT/Pharm-IT for Drug Discovery Section
2-5: Biochips, Microarray and Molecular Imaging for Drug Discovery Section
2-6: Small RNA Technology Breaking for Drug Discovery Section
2-7: Advanced Cell-based to Tissue-based Assays Section
2-8: HPLC, LC-MS, Maldi-TOF and Structure Biology for Drug Discovery Section
2-9: Novel DMPK and ADMET Technologies Section
2-10: Validated Animal Models in Drug Discovery Section
2-11: GPCR-based Drug Discovery Section
2-12: New Kinase Inhibitors Section
2-13: Novel Drug Delivery from New Materials to Nanotechnology Part
II: Roles of Emerging China Innovation Technology Platforms Section
2-14: Upstream Technology Platform for Preclinical New Drug Discovery Section
2-15: Downstream Technology Platform for Drug Innovations Chapter
3: Advances in Anti-Major Disease Drug R & D Section
3-1: Cardiovascular Diseases Session
3-1-1: New Biomarkers, Novel Drug Target Validations Session
3-1-2: Biomarkers & Personalized Medicine for Cardiovascular Diseases Session
3-1-3: Ion Channel Blockers Session
3-1-4: Thrombosis Drug R & D Session
3-1-5: Atrial Fibrillation Drug Discovery and Development Session
3-1-6: Stem Cells and Therapeutic Development Session
3-1-7: The Cholesterol and Lipid Management New Drug Discovery Session
3-1-8: Anti-hypertension Drug Discovery and Development Section
3-2: Neurodegenerative Diseases Session
3-2-1: Drug Discovery Targeting Alzheimer’s Disease Session
3-2-2: Drug Discovery Targeting Parkinson’s Disease Session
3-2-3: Drug Discovery Targeting Huntington’s Disease Session
3-2-4: Drug Discovery Targeting Amyotrophic Lateral Sclerosis Session
3-2-5: Drug Discovery Targeting Epilepsy Section
3-3: Diabetes & Other Metabolic Diseases Session
3-3-1: Emerging Targets for Diabetes Drug Discovery Session
3-3-2: Beyond Insulin Therapy Session
3-3-3: Progress in Non-insulin Antidiabetics Session
3-3-4: Targeting Diabetes Related Metabolic Complications Session
3-3-5: Islet and b-Cell Damage Remediation Session
3-3-6: Alternative Medicines for Anti-Diabetes Treatment Session
3-3-7: Drug Targets, Biomarkers and Technology for Metabolic Diseases Session
3-3-8: Drug Discovery Targeting Obesity Session
3-3-9: New Drugs Targeting Dyslipidemia and Hypercholesterolemia Session
3-3-10: Drugs Targeting Non-Alcoholic Steatohepatitis, Polycystic Ovarian and Acanthosis
Nigricans Syndrome Section
3-4: Severe Respiratory and Inflammation Diseases Session
3-4-1: Drug Discovery Targeting Asthma and Chronic Obstructive Pulmonary
Disease (COPD) Session
3-4-2: Drug Discovery Targeting Cystic Fibrosis Session
3-4-3: Drug Discovery Targeting Respiratory Allergies, Allergic Rhinitis &
Respiratory Tract Infections Session
3-4-4: Anti-Inflammatory Drugs Targeting Cytokine, Chemokine, NFkb, Toll-Like
Receptors TNF, and Phosphodiesterases Section
3-5: Mental Disease Drug Discovery Session
3-5-1: Antidepressant, Schizophrenia and Bipolar Disorder Drug Discovery Session
3-5-2: Antianxiety, Obsessive Compulsive, Panic Disorder and ADD/ ADHD Drug
Discovery Session
3-5-3: Antipsychotics, Antimanics, and Post Traumatic Stress Disorder Drug
Discovery Session
3-5-4: Drug Discovery Targeting Sleeping Disorders -Insomnia,
Sleep Apnea, Restless Leg Syndrome, Bruxism, Narcolepsy and Sleepwalking
Disorders Session
3-5-5: Drugs Targeting Nicotine-Alcohol-Drug Addiction, Eating Disorders and
Other Psychotherapeutics Section
3-6: Autoimmune and Other Severe Immune Diseases Session
3-6-1: Immunity, Drug Targets and Autoimmune Diseases Session
3-6-2: Autoimmune Related Type I Diabetes Drug Discovery Session
3-6-3: Drug Discovery Targeting Rheumatoid Arthritis (Ra), Sjogren’s Syndrome Session
3-6-4: Drug Discovery Targeting Inflammatory Bowel Diseases Session
3-6-5: Psoriasis/Psoriasis Arthritis and Multiple Sclerosis (MS) Session
3-6-6: Systemic Lupus Erythematosus(SLE), Lupus Nephritis, Crohn’ S Disease and
Ulcerative Colitis Section
3-7: Antimicrobial Resistance Drug Discovery Session
3-7-1: Challenges and Opportunities -
Exploring New and Old Mechanisms, Pathway and Targets for Antibiotics
Resistance Session
3-7-2: Antibacterial Drug Resistance Drug Discovery -New
Target and Pathway Interventions Session
3-7-3: Antifungal Drug Resistance Drug Discovery -Mining
Old Drugs and Design New Structures based upon New Pathways and Targets Session
3-7-4: Antiviral Drug Resistance Drug Discovery -Overcome
Mutation and Control Gene Expression toward New Molecules Section
3-8: MDR/XDR-TB and Malaria Drug Discovery Session
3-8-1: Global Strategies of Combating MDR TB and Malaria -Epidemiology,
Public Health, Surveillance and Lab Testing Issues Session
3-8-2: New Tuberculosis Screening and Diagnosis Development -Accurate
Responses from Lab to Hospitalization Session
3-8-3: The Current Small Molecule and Vaccine Development against Tuberculosis -Improve
Old Structure and Innovate New Molecules to Vaccination Session
3-8-4: Malaria Biology and Host-Malaria Interactions -Understand
Malaria Genome, Molecular Mechanism, Pathogenesis, Invasion and Immunity Session
3-8-5: Novel Approaches to New Molecules and Vaccine Development -New
Target-based Approach for Anti-malaria Drug Innovation-Small Molecules to Vaccines Section
3-9: Drug Discovery against Severe Virus Infectious Diseases Session
3-9-1: Anti-AIDS Drug Discovery Session
3-9-2: Anti-HBV Drug Discovery Session
3-9-3: Anti-HCV New Discovery Session
3-9-4: Anti-Avian Flu, and Anti-H1N1 Drug Discovery Chapter
4: Smart Medicinal Chemistry toward NCEs Section
4-1: Receptors and Ion Channel Based Drug Design and Medicinal Chemistry Section
4-5: Improving ADME/DMPK Profile, Reducing DDI/Toxicity, and Overcoming
Formulation Difficulties Section
4-6: Novel Methods or Technologies for Lead Modification Chapter
5: Innovations and Improvement of Major Biotherapeutics Section
5-1: Antibody & Immunity Regulator R & D to Robust Bioprocess
Development Section
5-2: Genome-based toward Protein Therapeutics R & D to Robust Bioprocess
Development Section
5-3: Gene Therapeutics & RNAi Drug Discovery Section
5-4: Cell Therapeutics R & D to Robust Bioprocess Development Section
5-5: Novel Vaccines to Robust Bioprocess Development Chapter
6: Tech-Upgrade of Key Chemical Drugs & Biosimilar Products Section
6-1: Preclinical Efficacy and Safety Evaluation of New Candidates Section
6-2: New Formulation and Drug Delivery System Development Section
6-3: Clinical Pharmacology and Efficacy Research Progress Section
6-4: Cost-Effective Efficient Process Development of Key Generic Drugs Section
6-5: Opportunities and Challenges for Biosimilars Section
6-6: Global Regulatory and IP Issues in Biosimilar Development Chapter
7: Scientifically Upgrading Key Chinese Traditional Medicines Section
7-1: Scientific Revisit of Major TCM Combinatorial Formulations Section
7-2: Major Bioactive Herb Fraction Discovery from Acting Mechanism Studies to
Safety Evaluation Section
7-3: Reliable QC/QA Method and Standard Development Section
7-4: New Production Process and Formulation Modernization Chapter
8: Translational Medicine and Globalization Strategies Section
8-1: Translational Cancer Medicine Section
8-2: Translational Diabetes Drug Discovery Section
8-3: Multiplex Assays for the Progress of Translational Medicine Section
8-4: Biomarkers, Molecular Profiling to Clinical Trials Section
8-5: Predictive Safety & Toxicology and Pre-Clinical Models Section
8-6: Globalization Strategies in Translational Drug Discovery Research Chapter
9: Professional Industrial Incubators for Drug Innovations Section
9-1: How to Setup Smart Models of Innovative Incubators for Drug R & D Section
9-2: Capacity and Infrastructure Analysis of Incubators for Innovators? Section
9-3: How to Run an International Competitive Incubator? Section
9-4: Successful Case Studies of Leading Drug Innovation Incubators Chapter
10: International Partnering, Integrative Services and Investment for Drug
Discovery Section
10-1: Integrated Services & Partnership for Drug Discovery Section
10-2: CRO, CMO and FTE in Chemistry & Biology Section
10-3: Outsourcing Alliance for DMPK and Alternative Bio-analysis Section
10-4: Outsourcing (CRO, CMO) in Drug Formulation Section
10-5: Outsourcing in Clinical Studies Section
10-6: Across Cultural Deal-Making Forum on New Drug Discovery 1st
Annual Inaugurate Symposia on Severe Cancer Drug Discovery Symposium
1: Emerging Targets, Pathways, Biomarkers and Validation Symposium
2: Advances in Other Existing Validated Cancer Drug Targets Symposium
3: Anticancer Biotherapeutics Discovery and Development Symposium
4: Discovery Chemistry in Cancer Therapeutic Development Symposium
5: Nanomedicine and Targeted Cancer Drug Delivery System Symposium
6: Advances of Drug Discovery against Major Cancers Symposium
7: Business Development and Strategic Alliances Symposium
8: Minisymposia of Selected Industrial Leaders’ Science
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