Technological Bioprospecting And Development Top Journals
Bioprospecting is the method of identifying and
marketing new bioresource-based products. These tools or compounds in many fields, including pharmaceuticals, agriculture, bioremediation, and nanotechnology, can be valuable for and useful. Bioprospecting may include biopiracy, exploitation of indigenous forms of
information by commercial actors, which may entail the patenting of already commonly exploited natural resources, such as
plant varieties, by commercial institutions. Bioprospecting is the search for useful products derived from bioresources, including microorganisms, plants, and animals and which can be further developed for the benefit of society. Marine bioprospecting is the discovery and focused, systematic quest of materials, bioactive substances, and genetic products in aquatic animals with the goal of commercially processing these for the benefit of society. The aquatic
species collected for study include microorganisms, algae, plants, and animals which may be collected from the marine environment, petroleum reservoirs. Application areas for bioprospecting products range from processing of biomass, oil and energy exploitation and to the development of new pharmaceutical products, fine chemicals, or food and feed drugs. Technology in the field of Bioprospecting can be helpful in the development of bioprospecting. It can also be used in the prevention of biopiracy and the exploitation of indigenous knowledge. This journal is focused on Technological Bioprospecting and Development.
High Impact List of Articles
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Qualification of a differential scanning calorimetry method for biophysical characterization of monoclonal antibodies and protein vaccine antigens
Marina Kirkitadze*, Jian Hu, Mei Tang and Bruce Carpick
Research Article: Pharmaceutical Bioprocessing
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Qualification of a differential scanning calorimetry method for biophysical characterization of monoclonal antibodies and protein vaccine antigens
Marina Kirkitadze*, Jian Hu, Mei Tang and Bruce Carpick
Research Article: Pharmaceutical Bioprocessing
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Application of spectroscopic methods for monitoring of bioprocesses and the implications for the manufacture of biologics
Nicholas R Abu-Absi*, Richard P Martel, Amanda M Lanza, Stacey J Clements, Michael CBorys and Zheng Jian Li
Review Article: Pharmaceutical Bioprocessing
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Application of spectroscopic methods for monitoring of bioprocesses and the implications for the manufacture of biologics
Nicholas R Abu-Absi*, Richard P Martel, Amanda M Lanza, Stacey J Clements, Michael CBorys and Zheng Jian Li
Review Article: Pharmaceutical Bioprocessing
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Prediction of soluble heterologous protein expression levels in Escherichia coli from sequence-based features and its potential in biopharmaceutical process development
XiaoFeng Dai, Wenwen Guo, Quan Long, Yankun Yang, Linda Harvey, Brian McNeil and Zhonghu Bai
Review Article: Pharmaceutical Bioprocessing
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Prediction of soluble heterologous protein expression levels in Escherichia coli from sequence-based features and its potential in biopharmaceutical process development
XiaoFeng Dai, Wenwen Guo, Quan Long, Yankun Yang, Linda Harvey, Brian McNeil and Zhonghu Bai
Review Article: Pharmaceutical Bioprocessing
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EuroSciCon meeting on bioprocess miniaturization: development and optimization
Fiona Pereira
Conference Report: Pharmaceutical Bioprocessing
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EuroSciCon meeting on bioprocess miniaturization: development and optimization
Fiona Pereira
Conference Report: Pharmaceutical Bioprocessing
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Expanding the bioprocessing toolbox of Escherichia coli through metabolic engineering and synthetic biology: an emerging glycosylation chassis
Benjamin Strutton, Jagroop Pandhal and Phillip Craig Wright*
Editorial: Pharmaceutical Bioprocessing
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Expanding the bioprocessing toolbox of Escherichia coli through metabolic engineering and synthetic biology: an emerging glycosylation chassis
Benjamin Strutton, Jagroop Pandhal and Phillip Craig Wright*
Editorial: Pharmaceutical Bioprocessing
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Biologics 2.0: can omics technology improve mammalian cell-based manufacturing?
Trent P Munro
Editorial: Pharmaceutical Bioprocessing
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Biologics 2.0: can omics technology improve mammalian cell-based manufacturing?
Trent P Munro
Editorial: Pharmaceutical Bioprocessing
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