Theme: Bringing latest technological development of bioprocess in to real world scenario
OMICS Group announces all the Biotechnology enthusiasts across the globe to attend the 3rd International Conference on Bioprocess and Biosystems Engineering during September 14-15, 2015 Baltimore, USA with the theme "Bringing latest technological developments of bioprocess in to real world scenario ". Omics will continue Bioprocess conference series to explore new innovative researches, thoughts, new bioprocess. fermentation technologies to the world.
Track: 1-Cell Processing
The Cell Processing Facility is part of the Therapeutic Products Program and supports the development and manufacture of innovative cell-based therapies. Cell processing research involves Stem cell bioprocessing, Molecular bioprocessing, Cell and tissue reaction engineering, Stem cell treatments for multiple sclerosis, Difficulties in production of stem cell in bioreactors, Structure of biomolecules and Optimization cell culture technology & cell line development engineering. 38 CSIR Research institute are working on Cell processing research. And 29 universities offering Cell processing. 3 billion $ funds are released in Asia for year 2014. In Unites States $ 15K were released in 2014. There are 19483 industries working on Cell processing. cell processing techniques and products from stem cell bioproces wil discussed under stem cell symposiums, all the above research were discussed at bioprocess conferencess and stem cell symposiums
Track: 2-Upstream Bioprocessing
The Upstream process is defined as the entire process from early cell isolation and cultivation, to cell banking and culture expansion of the cells until final harvest (termination of the culture and collection of the live cell batch). Upstream Bioprocessing involves Cell therapy research, Drug discovery, Preventing cell line cross contamination, Overcoming challenges in Bioprocess engineering, Nucleic acid and protein sample preparation, Stem cell research, Upstream and downstream for therapeutic antibody production & recombinant production, Upstream Single-use technologies. 29 universities offering Cell processing in USA. 194 universities offering from other part of the world. 10, 000, 00 $ funds are released in USA for year 2014. In other part of the world $ 1 crore were released in 2014. There are 25000 more industries working on Upstream Bioprocessing. upstream bioprocess technologies and invitro conditions will discussed at bioprocess international conference & Bioprocess exhibition
Track: 3-Downstream Bioprocessing
The downstream part of a bioprocess refers to the part where the cell mass from the upstream are processed to meet purity and quality requirements. Downstream processing is usually divided into three main sections: Cell disruption, a purification section and a polishing section. Downstream research involves Vaccine development and production, Formulation and downstream processing, Cell disruption and cell debris removal in downstream bioprocessing, Disposable bioprocessing system, and Downstream Single-use technologies. 250 more institutes are conducting research on downstream bioprocessing. 194 universities are offering downstream processing in USA. More than 500 universities offering from other part of the world. 10, 000, 00 $ funds are released in USA for year 2014. In other part of the world $ 1 crore were released in 2014. There are 25000 more industries working on Downstream Bioprocessing. bioprocess international coonference will share its ideas about downstream bioprocess principles.
Track: 4-Bioprocess Filtration
The purification of biomolecules generally involves the use of cross flow filtration or normal flow filtration combined with chromatographic separations. Bioprocess filtration involves Chromatographic removal of endotoxins, Laboratory filtration, Bioprocess purification and removal of cell debris, advanced chromatographic techniques for Enzyme purification, SDS-PAGE. 250 more institutes are conducting research on Bioprocess filtration. Universities offering from other part of the world. 10, 000, 00 $ funds are released in USA for year 2014. In other part of the world $ 50K were released. There are 7800 more industries working on Downstream Bioprocessing. bioprocess-2015 conference is a plotforum to discuss about filtration and innovatiove purification methods.
Track: 5-Bioprocess control and Safety
To the degree Bioprocess safety hazards are identified and understood and to the extent that the facility has been designed or is currently operational, facility- specific risks can be analyzed. Bioprocess control and safety research involves, Industrialized cell processing, Bioprocess control techniques, Process optimization, The use of online sensors in bioprocess purification process, Bioprocess control parameters, Bioprocess quality, Regulatory compliance, Bioethics, Patent rights, Governing laws and Intellectual property rights. There are few institutes conducting research on the Bioprocess control and safety. And more over 500 universities are offering the course in USA. And rests of the world 800 above universities are teaching the course. Yearly 10000 USD released for Bioprocess control and Safety research. bioprocess contoll and safety techniques were discussed at bioprocess symposiums and bioprocess safty conditions and utilzation of bioprocess equipment will be discussed at bioproces-2015 confernce.
Track: 6-Development to Bioprocess
Bioprocess sustainability and development is of critical importance. Technological advances in the production of new energy sources are making their way into our lives in more and more depth every day. However, there is an urgent need to address the technological challenges. Research involves GMP compliance for bioprocess, Engineering for sterilization, Development of bioprocess purification process, Bioprocess equipment design, Bioreactors design and development, Approaches to Cross Contamination, Postharvest technology and process engineering. 39 Institutes are conducting research to Development of Bioprocess. Worldwide 800 universities offering this course. $ 7000000 released per every year to Research and Development of Bioprocess engineering. speakers will discuss about production of vaccines and developement of bioprocess and purification vacciens at vaccine development and production conferences
Certain types of quality control (QC) testing are often outsourced by pharmaceutical companies, regardless of an organization’s size typically because the company is either incapable of performing the assays in-house or does not wish to bring them into its facility. Q.C and Bioprocess Research involves Filtration products for pharmaceutical QC, Enhancing manufacturing and developmental efficiency, QC organisms for performance qualification of culture media, Therapeutic drug monitoring reagents, calibrations and controls, Biosimilars, Bio production resources. Global wide more than 1000 Research institute are conducting research on Quality control and applications of bioprocess in Pharmaceutical production. $ 15 K funds were released in U.K and in Asia wide $ 200000 were released. And only in USA $ 20 K were released. bioprocess 2015 conference is a plot forum to share all the topics
Track: 8-Food and Beverage Testing
Access to safe food and beverages is fundamental for all human life. Farmers, suppliers, food testing labs, manufacturers, regulators, and consumers are all worried about potential food and beverage contamination. But how can you test for food and beverage contamination and quality. Food and Beverages research involves Fermentation of beverages, Food preservation by fermentation, Fermentation of dairy products, Microbial control strategies in bioprocessing, Biochemistry of microorganisms for food spoilage, Origin of fermentation of traditional food. Universal wide more than 500 institutes are conducting research on Food and Beverages which are produced by the bioprocess technology. 500000 USD were released annually for Food and Beverage research worldwide. bioprocess-2015 conference will discuss about bioproduction
An important challenge in the pharmaceutical development of a biologic is the optimization of safety and efficacy while ensuring the ability to manufacture the drug while maintaining quality and stability. This research involves challenges and strategies for formulation and delivery of biologics. Achieving optimal bio therapeutic production, Opportunities and challenges of single use technologies, miniaturized systems: ensuring a quick transfer to clinical trials, Raw material management, Screening and optimization of biologics. Worldwide more than 500 research institute are conducting research on Formulation and innovation of bioprocessing products. In USA 5 crore released for Formulation and bioprocess innovation research.
Track: 10-Fuel Development technology
The Fuel Cell Technologies Office is a comprehensive portfolio of activities that address the full range of barriers facing the development and deployment of hydrogen and fuel cells with the ultimate goals of decreasing our dependence on oil, reducing carbon emissions, and enabling clean, reliable power generation. Worldwide 250 research institutes are conducting research on fuel development technology. In USA 5 billion USD were releasing per year. Rest of the world 5 crore USD were released. bioprocess 2015 will share innovative research methods of Fuel developement techniques
Track: 11-Analytical and cell Line Development
Bio process Analytical research offers analytical methods to test the purity, identity, potency, and stability of their monoclonal antibody (mAb) and recombinant protein products. These methods are crucial for the analysis and characterization of biologics as well as for ensuring the safety, stability, and efficacy of the product at every stage of development. the research involves Early analytical development for bio therapeutics, Higher-order protein structure, Rapid methods to assess quality & stability of biologics, Using chemically defined cell mediums, Optimising cell line performance, Regulatory updates in cell line authentication, Preventing cell line contamination, Cell Line Productivity and Stability Studies. Global wide more than 1500 Institutes are conducting research on Cell line development. In USA 2 billion USD were released in 2014. Rest of world 3 billion USD were released.
As the market for bio products continues to grow, greater emphasis is being placed on improving bioprocesses to maximize yield and reduce costs. In situ real-time monitoring of critical process parameters through Process Analytical Technology (PAT) is necessary to monitor, characterize, optimize and control bioprocesses. Fermentation Technology, Bioprocess and Cell culture research involves Bioreactors and cell culture systems, Application of enzymes in bioprocess, Bioreactor design, instrumentation, control and automation, Future prospects for cell culture systems, Optimizing cell culture process, Fermentation aspects in new product development, Mathematical modeling for fermentation, new software techniques for solving optimization problems, Advances in high cell density fermentation. 5000 more Institutes are conducting research on Fermentation Technology, Bioprocess and Cell culture. In USA 5 billion USD were released in 2014 for Fermentation research and Cell culture research. fermenration technology and and enzyme production and product harvasting technologies discussed at fermentation conferences and bioprocess workshops
Track: 13-Bio systems engineering
Bio systems engineering is a field of engineering which integrates engineering science and design with applied biological, environmental and agricultural sciences. It represents an evolution of the Agricultural Engineering discipline applied to all living organisms. Bio systems engineering involves Renewable energy by bio system engineering, Agriculture and Biosystems engineering, Water resource and management and Aqua culture engineering, Human & environmental science, algal system and bioremediation, Soil and bio system engineering. Biotechnology and Bio systems engineering, Biofuels and Biomass resource engineering, Bio system engineering Applications. Global wide 5000 institutes were conducting research on Bio system engineering. In USA 8 billion USA were released for Bio system engineering research. And rest of the world 10 billion USD were released for bio system engineering research. 50,000 more industries were working on bio systems engineering. environmental engineering technologies will shared at environmental monitoring conferences
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3rd International Conference on
Bioprocess and Biosystems Engineering
September 14-15, 2015 Baltimore, USA
The monitoring and control of Bioprocesses is of key importance in all industries. Effective methods of monitoring fermentation are required to develop, optimize, and maintain processes at a maximum efficiency and desired product quality bioprocess engineering and Biotechnology processes are used to produce a large variety of products, such as primary and secondary metabolites, cells, tissues, vaccines, and therapeutic proteins, Different host cell systems are used in the modern biotechnology, for example, bacterial cells, plant cells, and eukaryotic cells, with specific requirements for bioreactor design, media composition, and process control. Especially the production of recombinant proteins and antibodies has become a major source of Cell bioprocessing revenue during the past 30 years, which are typically produced by Industrial cell processing , genetically engineered mammalian cells. The cultivation of mammalian cells requires, among other factors, complex media composition, specialized bioreactor design, and the control of various parameters in narrow ranges to obtain the desired productivity and product quality.
Bioprocess-2015 welcomes attendees, presenters, and exhibitors from all over the world to Baltimore, USA. We are delighted to invite you all to attend and register for the “International Conference on Bioprocess and Engineering (Bioprocess-2015)”which is going to be held during September 14-15, 2015 in Baltimore, USA.
For more details please visit-http://bioprocess.conferenceseries.com/
Importance& Scope bioprocess and biosystems engineering:
A bioprocess is specific process that uses complete living cells or their components to obtain desired products. Transport of energy and mass is fundamental to many biological and environmental processes. Areas, from food processing to thermal design of building to biomedical devices to pollution control and global warming, require knowledge of how energy and mass can be transported through materials. When a product is manufacture in bulk amount, bioprocess engineering plays important role. Production of synthetic amino acid, beverages, vaccines, hormones, antibiotics all these are accomplish with Vaccine Development and production and bioprocess engineering.
Most favored for optimal production, Duplication of these conditions during scaled- up production Advances in genetic engineering. In solving environmental, pharmaceutical, industrial and agricultural problems Safety, purity, potency, efficacy and consistency To delivered quality product to market by Development of bioprocess purification process.
The annual Bioprocess Conference is a remarkable event which brings together a unique and international mix of large and medium Pharmaceutical, clinical research, and companies, leading universities and research institutions making the conference a perfect platform to share experience, foster collaborations across industry and academia and evaluate emerging innovations around the world.
Biotechnology, especially the biomedical subset of this field, Baltimore is one among metropolitan region’s industries with the brightest prospects.
The state of Maryland has actively encouraged investment in biotechnology.
The University of Maryland Biotechnology Institute (UMBI) was established in 1985 “to conduct research and training and provide excellence, expertise, and facilities to advance the State’s scientific and economic development future in Biotechnology.
Baltimore is the largest city in the U.S. state of Maryland and the 24th largest city in the country. It is located in the central area of the state along the tidal portion of the Patapsco River, an arm of the Chesapeake Bay. The independent city is often referred to as Baltimore City to distinguish it from surrounding Baltimore County. Founded in 1729, Baltimore is the second largest seaport in the Mid-Atlantic United States and is situated closer to Midwestern markets than any other major seaport on the East Coast. Baltimore’s Inner Harbor was once the second leading port of entry for immigrants to the United States and a major manufacturing center. After a decline in manufacturing, Baltimore shifted to a service-oriented economy, with the Johns Hopkins Hospital and Johns Hopkins University serving as the city’s top two employers. Baltimore is also a principal city in the larger Baltimore–Washington metropolitan area of approximately 8.4 million residents. With hundreds of identified districts, Baltimore has been dubbed “a city of neighborhoods,” and is nicknamed Charm City. The talents of writers Edgar Allan Poe and H.L. Mencken, musician James “Eubie” Blake, and singer Billie Holiday, as well as the city’s role in the War of 1812 and Francis Scott Key’s writing of “The Star-Spangled Banner” have all influenced the city’s historical importance. Baltimore exhibits examples from each period of architecture over more than two centuries, and work from many famous architects such as Benjamin Latrobe, George A. Frederick, John Russell Pope, Mies van der Rohe and I. M. Pei. The Baltimore Area is known for health and science, which is inpart attributed to the prestigious Johns Hopkins University school system, the University of Maryland-Baltimore, and other smaller schools such as University of Baltimore, University of Maryland-Baltimore County, Loyola University and University of Notre Dame.
Universities and Colleges offering bioprocess and Biosystem engineering:
]University of Maryland, Baltimore County (Catonsville), University of Maryland, Baltimore, University of Baltimore, Towson University, Sojourner-Douglass College (Baltimore), Morgan State University (Baltimore), Loyola College in Maryland (Baltimore), Johns Hopkins University (Baltimore), Howard Community College (Columbia), Anne Arundel Community College (Arnold), Baltimore City Community College, Bowie State University (Bowie), Capitol College (Laurel), College of Notre Dame of Maryland (Baltimore), Coppin State University (Baltimore)
Why to attend???
With members from around the world focused on learning about Bioprocess, engineering and Molecular bioprocessing this is your single best opportunity to reach the largest assemblage of participants from all over the world. Conduct demonstrations, distribute information, meet with current and potential customers, make a splash with a new product line, and receive name recognition at this 2-day event.
World-renowned speakers, the most recent techniques, tactics, and the newest updates in fields Bioprocess and engineering, Molecular bioprocessing, tissue reaction engineering are hallmarks of this conference.
Be Part of it!
• This conference focusing on all the major aspects in the fields of Bioprocess like Upstream Bioprocess downstream bioprocess cell processing, bioprocess filtration, bioprocess control and safety, development to bioprocess, fermentation technology in food and beverages, fuel development technology and biosystems engineering. It would be beneficial for all the students who ever willing to enter into corporate worlds targeting to the respective fields.
A Unique Opportunity for Advertisers and Sponsors at this International event:
Associations in Baltimore :
European Association of Pharma Biotechnology (EAPB), Bio-Process Systems Alliance (BPSA), BIO Deutschland, GEN, ASME BioProcessing Equipment, (ASME BPE) Standard, PDA, ISPE,
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- Cell Processing
- Upstream Bioprocessing
- Downstream Bioprocessing
- Bioprocess Filtration
- Bioprocess Control and Safety
- Development to Bioprocess
- Application of Bioprocess in Pharma QC Testing
- Food and Beverage Testing
- Formulations and Innovations for Biologics
- Fuel Development Technology
- Analytical and Cell Line Development
- Fermentation Technology, Bioprocess and Cell Culture
- Bio systems Engineering
To share your views and research, please click here to register for the Conference.