Biomarkers

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The Role of Microarray Technology in Pharmaceutical Development and Diagnostics

The Role of Microarray Technology in Pharmaceutical Development and Diagnostics By Richard Fisler The expectation that microarray technology will play a large role in shaping the future of pharmaceutical development and diagnostics has greatly increased due to new products and applications. Microarrays for gene expression have made a profound impact… Read More

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#AI / data analytics / healthtech / informatics #Analysis #Analytical chemistry #Animal models #Assay development & optimisation #Assay development optimisation & technology #Automation / robotics #Biochemistry #Biomarkers #Business #Cellular & Molecular biology #Cellular assays #Chemistry #Clinical specialities #Clinical trials #Drug development #Drug discovery #Drug repositioning #Drug targets #Genetics / genomes #Genetics / genomics #Genomics #High Content Screening #High throughput screening #Imaging #In Silico Biology #Lead discovery #Lead optimisation #Microbiology #Molecular medicine #Oncology #Preclinical #RNA #Screening #System biology #Systems biology #Therapeutics

The Role of Repositioning in Drug Discovery and Development

The Role of Repositioning in Drug Discovery and Development By Dr Louis A. Tartaglia and Dr Lee E. Babiss The large number of drug candidate failures in recent years has been enormously costly for the pharmaceutical industry, but has also created the tremendous opportunity of repositioning these molecules into new… Read More

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#Assay development optimisation & technology #Biomarkers #Business #Cell therapy #Cellular assays #Chemical engineering #Chemistry #Clinical specialities #Drug development #Drug discovery #Gene therapy #Genomics #Imaging #Immunology #Lead discovery #Molecular medicine #Nanomedicine / nanotechnology #Oncology #Pathology #PCR #Pharmacogenomics #RNA #Screening #Therapeutics

Ultra-sensitive measurement of protein and nucleic acid biomarkers may enable earlier disease detection and more effective therapies

Ultra-sensitive measurement of protein and nucleic acid biomarkers may enable earlier disease detection and more effective therapies By Dr Gregory Shipp The pharmaceutical industry is striving to develop effective new therapies for diseases, ranging from cancers to cardiovascular and neurodegenerative disorders to a host of metabolic, infectious and genetic conditions,… Read More

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#AI / data analytics / healthtech / informatics #Assay development optimisation & technology #Biochemistry #Bioengineering #Biomarkers #Cellular & Molecular biology #Cellular assays #Chemical engineering #Chemistry #Clinical specialities #Drug development #Drug discovery #Drug targets #Enabling technologies #High Content Screening #High throughput screening #In Silico Biology #Microfluidics #Molecular medicine #Nanomedicine / nanotechnology #Organic chemistry #Pharmacology #Precision medicine #RNA #Screening #Stem cells #System biology #Therapeutics

Nanotechnology in High Throughput Screening

Nanotechnology in High Throughput Screening By Dr Bobak Azamian and Flora Tang Nanotechnology has touched many scientific disciplines, from its roots in chemistry and physics to applications in biology and engineering (1). A nanotechnology industry has developed, offering at present a new iteration of established technologies such as composite materials… Read More

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Genome editing concept
#Academic #AI / data analytics / healthtech / informatics #Analysis #Animal models #Assay development optimisation & technology #Biochemistry #Biomarkers #Business #Cell / tissue culture #Cell culture #Cell therapy #Cellular & Molecular biology #Cellular assays #Clinical trials #Drug development #Drug discovery #Drug targets #Gene therapy #Genetics / genomes #Genetics / genomics #Genomics #High throughput screening #Lead discovery #Lead optimisation #Metabolomics #Molecular medicine #Patent Law #Pharmacogenomics #Pharmokinetics #Protein chemistry / Proteomics #Regulatory #RNA #Screening #Stem cells #System biology #Systems biology #Target validation #Theranostics #Toxicology

The Genome as a Tool for Drug Discovery and Development the Case for Embracing Complexity

The Genome as a Tool for Drug Discovery and Development the Case for Embracing Complexity By Dr Kenneth C. Carter Conventional drug discovery and development is centred on a paradigm in which 'validated' targets are subjected to in vitro screens for the identification of new drug candidates. Molecular profiling using… Read More

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#Academic #AI / data analytics / healthtech / informatics #Biologics / Biotechnology #Biomarkers #Business #Cell therapy #Cellular & Molecular biology #Chemical engineering #Chemistry #Clinical specialities #Clinical trials #Drug development #Drug discovery #Drug targets #Gene therapy #High Content Screening #Immunology #Lead discovery #Molecular medicine #Pharmokinetics #Regulatory #RNA #Stem cells #System biology #Therapeutics #Toxicology

Monoclonals – The billion dollar molecules of the future

Monoclonals - The billion dollar molecules of the future By Dr Martin Wiles and Patrik Andreassen In 1975, two British scientists thought of creating a mouse antibody that could be replicated or 'cloned' to produce identical copies. Identical copies with identical modes of action had the potential to be a… Read More

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#AI / data analytics / healthtech / informatics #Analysis #Animal models #Assay development optimisation & technology #Biomarkers #Cell therapy #Cellular & Molecular biology #Cellular assays #Clinical specialities #Clinical trials #Drug development #Drug discovery #Enabling technologies #Gene therapy #Genetics #Genetics / genomes #High Content Screening #High throughput screening #Imaging #Lead discovery #Lead optimisation #Molecular medicine #Pharmacology #Pharmokinetics #Preclinical #Protein chemistry / Proteomics #Regulatory #RNA #Screening #Stem cells #Toxicology

Zebrafish: a versatile in vivo model for drug safety assessment

Zebrafish: a versatile in vivo model for drug safety assessment Dr Wendy Alderton and Dr St phane Berghmans Safety pharmacology has become an integral part of non-clinical safety assessment for new chemical entities in the past two decades (1). The relative novelty of this discipline has granted it the flexibility… Read More

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#Academic #AI / data analytics / healthtech / informatics #Automation / robotics #Biologics / Biotechnology #Biomarkers #Business #Clinical specialities #Clinical trials #Drug development #Drug discovery #Drug targets #Genomics #High Content Screening #Immunology / Virology & Vaccines #Lead discovery #Molecular medicine #Pharmacogenomics #Pharmacology #Regulatory #RNA #Screening #System biology #Systems biology #Therapeutics #Toxicology

The Biomedical Ecosystem Delivering Better Health and Prosperity

The Biomedical Ecosystem Delivering Better Health and Prosperity By Dr Peter B. Corr The overall message is simple: biomedical innovation and the public policies and new technologies that sustain and advance innovation are crucial to the future of biomedical science and the health and well being of our society. In… Read More

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#Analysis #Analytical chemistry #Assay development & optimisation #Assay development optimisation & technology #Automation / robotics #Biomarkers #Business #Cell therapy #Cellular assays #Chemistry #Clinical specialities #Clinical trials #Combinatorial chemistry #Drug development #Drug discovery #Drug targets #Gene therapy #Genetics / genomics #Genomics #High Content Screening #High throughput screening #Imaging #Lead discovery #Mass spectrometry / NMR #Microfluidics #Molecular medicine #Nanomedicine / nanotechnology #Organic chemistry #Precision medicine #Protein chemistry / Proteomics #Regulatory #RNA #Screening #Stem cells #Target validation #Therapeutics #Toxicology

The Role of Nanotechnology in Drug Discovery

By Dr Amarpreet S Dhiman In terms of drug discovery and development, the role of nanotechnology currently lies in improving diagnostic methods, developing improved drug formulations and drug delivery systems for disease therapy. The breakthrough format of nanotechnology offers innovative solutions, giving researchers greater analytical capacity, improved data quality and… Read More

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#Academic #AI / data analytics / healthtech / informatics #Analysis #Animal models #Assay development optimisation & technology #Biomarkers #Cell therapy #Chemistry #Clinical specialities #Clinical trials #Combinatorial chemistry #Drug development #Drug discovery #Drug targets #Gene therapy #Genetics / genomes #Genetics / genomics #Genomics #High Content Screening #High throughput screening #Imaging #Immunology #Lead discovery #Molecular medicine #Oncology #Pharmacogenomics #Preclinical #Protein chemistry / Proteomics #Regulatory #RNA #Screening #Stem cells #System biology #Target validation #Toxicology #Translational #Translational chemistry

Understanding the strategic importance of BIOMARKERS for the discovery and early development phases

Share Share Tweet Email Understanding the strategic importance of BIOMARKERS for the discovery and early development phases Understanding the strategic importance of BIOMARKERS for the discovery and early development phases By Dr Orest Hurko Biomarkers have become an increasingly hot topic in the pharmaceutical industry. How much of this is… Read More

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#Academic #AI / data analytics / healthtech / informatics #Analysis #Analytical chemistry #Animal models #Assay development optimisation & technology #Biochemistry #Biomarkers #Business #Cell / tissue culture #Cell culture #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 Content Screening #High throughput screening #Lead discovery #Mass spectrometry / NMR #Metabolomics #Oncology #Orphan drugs #PCR #Preclinical #Protein chemistry / Proteomics #Regulatory #RNA #Screening #Stem cells #System biology #Systems biology #Target validation #Toxicology

METABOLOMICS – A ‘systems’ contribution to pharmaceutical discovery and drug development

By Dr George G. Harrigan The potential of metabolomics, a systems approach to biochemical pathway analysis, to yield scientific and commercial benefits to healthcare and biotechnology enterprises is increasingly recognised. This article discusses current applications and future developments and places an emphasis on incorporation of metabolomics within all aspects of… Read More

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#Analysis #Assay development & optimisation #Assay development optimisation & technology #Automation / robotics #Biomarkers #Cellular & Molecular biology #RNA

The Time is Right for Labs to Embrace the principles of Industrial Automation

The Time is Right for Labs to Embrace the principles of Industrial Automation By John Dulchinos and Peter Massaro The pharmaceutical industry has never been a harbinger to change and modernisation, indeed, it is readily accepted that it is a good decade behind other industries in terms of its adoption… Read More

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#AI / data analytics / healthtech / informatics #Analysis #Assay development optimisation & technology #Biomarkers #Business #Cell therapy #Clinical specialities #Clinical trials #Drug development #Drug discovery #Gene therapy #Genetics / genomics #Lead discovery #Orphan drugs #Regulatory #RNA

Personalised Medicine: What’s in it for big pharma?

Personalised Medicine: What's in it for big pharma? By Dr Stephen Little There is nothing more difficult to take in hand, more perilous to conduct, or more uncertain in its success, than to take the lead in the introduction of a new order of things. Because the innovator has far… Read More

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#Academic #ADME / Tox #AI / data analytics / healthtech / informatics #Analysis #Assay development optimisation & technology #Automation / robotics #Biomarkers #Business #Cell / tissue culture #Cell culture #Cellular & Molecular biology #Cellular assays #Clinical specialities #Drug development #Drug discovery #Drug targets #Enabling technologies #Flow Cytometry #Genetics / genomes #High Content Screening #High throughput screening #Imaging #Immunology #Lead discovery #Lead optimisation #Oncology #PCR #Pharmokinetics #RNA #Screening #Stem cells #System biology #Systems biology #Toxicology

New Options for Cell-Based Assay Automation

New Options for Cell-Based Assay Automation By Dr John Comley The findings of a recent survey on cell-based assay automation revealed that no single factor stands out as the predominant reason productivity is limited in current cell-based automation. However, improving the quality of assay results and enhancing throughput were seen… Read More

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The future of the CRO industry

The future of the CRO industry By Gilbert Godin The pressures on Pharma/Biotech to control R&D costs while improving the yield of new, approvable drugs indicate an even greater reliance on outsourcing. So what will the next five years bring for the CRO industry? Five years ago, as we approached… Read More

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#ADME / Tox #AI / data analytics / healthtech / informatics #Analysis #Analytical chemistry #Animal models #Assay development optimisation & technology #Automation / robotics #Biochemistry #Biomarkers #Business #Cellular assays #Chemical engineering #Chemistry #Clinical trials #Computational chemistry #Drug development #Drug discovery #Drug targets #Genetics / genomes #Genetics / genomics #Genomics #High Content Screening #High throughput screening #Lead discovery #Metabolomics #Molecular medicine #Oncology #Pathology #Pharmacogenomics #Pharmacology #Pharmokinetics #Preclinical #Regulatory #RNA #Screening #System biology #Systems biology #Target validation #Toxicology

Applying the semantic web to drug discovery and development

Applying the semantic web to drug discovery and development By Dr Eric Neumann There is much happening in drug development these days: new target classes, increasing costs, new forms of high throughput screening, and the promise of personalised medicine. But of all the issues, the one that now takes centre… Read More

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