Biomarkers

#Animal models #Automation / robotics #Biomarkers #Business #Cell therapy #Clinical specialities #Clinical trials #Drug development #Drug discovery #Gene therapy #Genetics / genomes #Genomics #High Content Screening #Immunology #Lead discovery #Pharmacogenomics #Regulatory #RNA #Theranostics #Toxicology

Theranostics – An emerging tool in drug discovery and commercialisation

By Dr Ian Gilham The increasing cost of healthcare along with new opportunities for improved treatments puts ever increasing pressures on healthcare budgets. In recent years the diagnostic industry in particular has been the target of a number of cost-cutting exercises by governments and payers aimed at restricting the utilisation… Read More

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#Academic #AI / data analytics / healthtech / informatics #Analysis #Biomarkers #Cellular & Molecular biology #Drug development #Drug discovery #Drug targets #Genetics / genomes #Genomics #High Content Screening #High throughput screening #Imaging #Lead discovery #Mass spectrometry / NMR #Protein chemistry / Proteomics #RNA #Screening #Sequencing #Stem cells #System biology #Systems biology #Therapeutics

Proteomatics – New information resources for proteomics

Proteomatics - New information resources for proteomics By Dr David J Parry-Smith and Dr David S Bailey Proteomics is the science of understanding protein architectures at a supramolecular level, whereas the realm of understanding the organisation of biological information in its totality belongs to bioinformatics. Somewhat more prosaically, industrial bioinformatics… Read More

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#Academic #ADME / Tox #AI / data analytics / healthtech / informatics #Analysis #Animal models #Assay development optimisation & technology #Automation / robotics #Biomarkers #Business #Cell / tissue culture #Cell culture #Cell therapy #Cellular & Molecular biology #Cellular assays #Clinical specialities #Clinical trials #Drug development #Drug discovery #Drug targets #Gene therapy #Genetics / genomes #Genetics / genomics #Genomics #High Content Screening #High throughput screening #Immunology #Lead discovery #Molecular medicine #Oncology #Patent Law #Pathology #PCR #Pharmacogenomics #Pharmokinetics #Protein chemistry / Proteomics #Regulatory #RNA #Screening #Sequencing #Stem cells #System biology #Systems biology #Target validation #Therapeutics #Toxicology

The importance of using human-based models in gene and drug discovery

The importance of using human-based models in gene and drug discovery By Dr Michael G. Palfreyman, Dr Vinod Charles and Jeffrey Blander Completion of the human genome sequence has opened an unprecedented opportunity to discover the genetic contribution to many of the complex diseases that afflict humans and to use… Read More

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#ADME / Tox #AI / data analytics / healthtech / informatics #Assay development optimisation & technology #Automation / robotics #Biomarkers #Business #Chemistry #Combinatorial chemistry #Computational chemistry #Drug development #Drug discovery #Drug targets #Gene therapy #Genomics #High Content Screening #High throughput screening #In Silico Biology #Lead discovery #Lead optimisation #Medicinal chemistry #Preclinical #Protein chemistry / Proteomics #RNA #Screening #System biology #Systems biology #Target validation #Toxicology

Benchmarking chemistry functions within pharmaceutical drug discovery and preclinical development

By Dr Roger A. Edwards, Dr Kai Zhang and Louise Firth Different companies have employed various techniques and strategies for addressing productivity issues in the chemistry functions within pharmaceutical discovery and preclinical development. We benchmarked lead optimisation, clinical candidate selection, and chemistry support for preclinical development before IND filing in… Read More

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#Analysis #Analytical chemistry #Assay development optimisation & technology #Automation / robotics #Biochemistry #Biomarkers #Chemistry #Clinical specialities #Clinical trials #Drug development #Drug discovery #Genetics / genomics #Genomics #High throughput screening #Imaging #PCR #Pharmacogenomics #Protein chemistry / Proteomics #RNA #Screening #Sequencing #Therapeutics

SNP Genotyping in Drug Development

SNP Genotyping in Drug Development By Dr Nicholas C. Dracopoli and Dr Kim E. Zerba SNP-based candidate gene analyses are likely to have a significant impact on predicting drug efficacy and will, undoubtedly, impact on the pharmaceutical industry's development strategies as a whole over the next few years. The human… Read More

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#Academic #AI / data analytics / healthtech / informatics #Analysis #Biomarkers #Biosecurity #Business #Cell / tissue culture #Cell culture #Cellular & Molecular biology #Chemical engineering #Chemistry #Clinical specialities #Clinical trials #Drug development #Drug discovery #Drug targets #Enabling technologies #High Content Screening #Immunology / Virology & Vaccines #Lead discovery #Microbiology #Molecular medicine #Pathology #Precision medicine #Regulatory #RNA #System biology #Systems biology

Biotechnology, Bioterrorism & Biosecurity

Biotechnology, Bioterrorism & Biosecurity By Dr George Poste Advances in genetics and biotechnology offer great promise in the fight against infectious diseases. But the same technologies will also increase the threat from bioterrorism. Governments must accord 'biosecurity' a higher priority in defence and foreign policies to reduce the risk of… Read More

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#AI / data analytics / healthtech / informatics #Analysis #Assay development & optimisation #Assay development optimisation & technology #Automation / robotics #Biomarkers #Business #Clinical trials #Drug development #Drug discovery #Drug targets #Enabling technologies #Genetics / genomics #Genomics #High Content Screening #High throughput screening #Lead discovery #Molecular medicine #Pharmacogenomics #Regulatory #RNA #Screening #Sequencing #System biology #Systems biology

High throughput genomics and drug discovery – parallel universes or a continuum?

High throughput genomics and drug discovery - parallel universes or a continuum? By Dr Mark Beggs and Audrey Long HTS has been in place for approximately 10-12 years and has achieved a threeorder of magnitude scale up. Genomics has been in a 'high throughput' mode for approximately four years for… Read More

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#AI / data analytics / healthtech / informatics #Analysis #Assay development & optimisation #Assay development optimisation & technology #Automation / robotics #Biochemistry #Biomarkers #Cellular & Molecular biology #Cellular assays #Chemistry #Combinatorial chemistry #Drug development #Drug discovery #Drug targets #Genetics / genomes #Genetics / genomics #Genomics #High Content Screening #High throughput screening #Imaging #Immunology #In Silico Biology #Lead discovery #Lead optimisation #Pharmacogenomics #Pharmokinetics #RNA #Screening #Stem cells #System biology #Systems biology #Target validation #Therapeutics

Chemical microarrays – The drug discovery superhighway

Chemical microarrays - The drug discovery superhighway By Elaine Seeskin While producing targets was once the bottleneck in the drug discovery process, in the post-genomic era this has been superseded by the requirement for high-quality lead structures. As a result of the pool of genomic data and countless unvalidated targets… Read More

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#AI / data analytics / healthtech / informatics #Analysis #Assay development optimisation & technology #Biomarkers #Business #Clinical trials #Drug development #Drug discovery #Drug targets #Gene therapy #Genetics / genomes #Genetics / genomics #Genomics #Lead discovery #Pharmacogenomics #Preclinical #Protein chemistry / Proteomics #Regulatory #RNA #System biology #Systems biology #Target validation #Therapeutics #Toxicology

Business strategy for implementation of biomarkers in drug development

Business strategy for implementation of biomarkers in drug development By Miles Flamenbaum With pharmacoproteomic biomarkers being the subject of focus among regulatory agencies as well as research institutions, many pharmaceutical companies are increasing their interest and investment in biomarker strategies. This article discusses the potential for new efficiencies and cost… Read More

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#Academic #AI / data analytics / healthtech / informatics #Analysis #Automation / robotics #Biomarkers #Business #Cellular & Molecular biology #Chemistry #Clinical specialities #Clinical trials #Drug development #Drug discovery #Drug targets #Enabling technologies #Gene therapy #Genetics / genomes #Genetics / genomics #Genomics #High Content Screening #High throughput screening #Immunology #Lead discovery #Molecular medicine #Pathology #Pharmacogenomics #Pharmacology #Protein chemistry / Proteomics #Regulatory #RNA #Screening #Target validation

The Impact of Genomics on Regulation

The Impact of Genomics on Regulation By Dr Steve Arlington, Dr Tim Peakman, Adriana Salvatore and Jonathan Peachey Advances in science and technology are enabling us to understand physiology and pathology at a totally new level; to define, subtype and track diseases much more accurately; and to treat patients far… Read More

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#Animal models #Assay development optimisation & technology #Biochemistry #Biomarkers #Cell therapy #Cellular & Molecular biology #Cellular assays #Chemical engineering #Chemistry #Clinical specialities #Clinical trials #Drug development #Drug discovery #Drug targets #Gene therapy #Genetics / genomes #Genetics / genomics #Genomics #High throughput screening #Imaging #Immunology / Virology & Vaccines #In Silico Biology #Lead discovery #Molecular medicine #Oncology #Pharmacogenomics #Protein chemistry / Proteomics #Regulatory #RNA #Stem cells #System biology #Systems biology #Toxicology

Surrogate Endpoints In Cancer Trials

Surrogate Endpoints In Cancer Trials By Professor Karol Sikora Over the next 20 years systematic programmes of cancer risk assessment will be established and cancer-preventive drugs will be developed. The ability to prevent cancer will dramatically increase the number of people who will need to regularly attend clinics. This article… Read More

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#ADME / Tox #Analysis #Automation / robotics #Biomarkers #Business #Cell therapy #Chemical engineering #Chemistry #Clinical trials #Combinatorial chemistry #Computational chemistry #Drug development #Drug discovery #Drug targets #Enabling technologies #Gene therapy #Genomics #High throughput screening #Immunology #Lead discovery #Protein chemistry / Proteomics #Regulatory #RNA #Screening #Sequencing #System biology #Toxicology

Unrealised wealth in the avalanche of science

Unrealised wealth in the avalanche of science By Dr Benjamin P. Chen The human genome information complemented with high throughput screening, proteomics and molecular structure analysis has significantly increased the speed at which potential drug leads are identified. The Pandora's box of intellectual properties opened as a result is beyond… Read More

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#Analysis #Biomarkers #Business #Clinical specialities #Drug development #Genetics / genomics #Genomics #High Content Screening #High throughput screening #Molecular medicine #Oncology #Pathology #Pharmokinetics #Preclinical #Protein chemistry / Proteomics #Regulatory #RNA #Screening #System biology

Pharmacogenetics – A review of concepts and contents

By Professor Klaus Lindpaintner Pharmacogenetics represents a logical and consequent step in the history of medicine, but what are the immediate benefits and where do the hurdles lie in its implementation? It is common knowledge that today’s pharmacopea – in as much as it represents enormous progress if compared with… Read More

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#Academic #AI / data analytics / healthtech / informatics #Analysis #Assay development optimisation & technology #Automation / robotics #Biomarkers #Chemical engineering #Chemistry #Drug development #Drug discovery #Drug targets #Gene therapy #Genetics / genomes #Genomics #High Content Screening #High throughput screening #Lead discovery #Organic chemistry #Pharmacogenomics #Protein chemistry / Proteomics #RNA #Screening #System biology #Translational #Translational chemistry

The Integration Abyss

The Integration Abyss By Dr Scott D. Kahn The long-standing disconnect between target discovery/characterisation and compound discovery is a major challenge facing the pharmaceutical industry in its quest to develop innovative therapies from the wealth of information flowing from the human genome. There is enormous interest within the pharmaceutical and… Read More

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#Academic #AI / data analytics / healthtech / informatics #Analysis #Biomarkers #Business #Chemistry #Combinatorial chemistry #Drug development #Drug discovery #Genetics / genomes #Genetics / genomics #Genomics #Lead discovery #Microbiology #RNA #Sequencing

Do venture capitalists act as gatekeepers of new technology?

Do venture capitalists act as gatekeepers of new technology? By Dr June Grindley and Samantha Smart This article discusses the important role that venture capitalists and others play in helping to create companies around new technologies. We asked a number of venture capitalists, when considering funding a new company, what… Read More

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#AI / data analytics / healthtech / informatics #Analysis #Animal models #Assay development & optimisation #Assay development optimisation & technology #Automation / robotics #Biochemistry #Biomarkers #Business #Cellular & Molecular biology #Cellular assays #Chemical engineering #Chemistry #Clinical specialities #Clinical trials #Combinatorial chemistry #Computational chemistry #Drug development #Drug discovery #Drug targets #Genetics / genomes #Genomics #High Content Screening #High throughput screening #In Silico Biology #Lead discovery #Lead optimisation #Medicinal chemistry #Molecular medicine #PCR #Preclinical #Protein chemistry / Proteomics #RNA #Screening #Sequencing #Stem cells #System biology #Systems biology #Target validation

Exploiting the fruits of the human genome – A strategic perspective

By Dr David C. U’Prichard It is almost axiomatic that the pharmaceutical R&D industry has not achieved in the last decade an increase in productivity (measured as high value NCEs) commensurate with the explosion of new biological information, chemistry techniques and information storage/retrieval/examination systems, let alone the real increase in… Read More

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