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Increasing Drug Discovery Success With 3D Cell Culture Systems

Increasing Drug Discovery Success With 3D Cell Culture Systems By Dr Richard M. Eglen, Dr Feng Li and Dr Tony Frutos Drug candidates often fail in the clinic for two reasons: they lack efficacy or possess an adverse toxicity profile. These failures can come at a high… Read More

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#Analysis #Assay development & optimisation #Assay development optimisation & technology #Automation / robotics #Business #Cellular & Molecular biology #Drug development #Drug discovery #Enabling technologies #Genomics #High Content Screening #High throughput screening #Lead discovery #Lead optimisation #Microfluidics #Precision medicine #Screening #Sequencing #Target validation #Therapeutics

How Advanced Automated Liquid Handling Systems are Reshaping Drug Discovery

How Advanced Automated Liquid Handling Systems are Reshaping Drug Discovery By Helen Stewart-Miller and Dr Richard Massey Winter 2018/19 Once the domain of high-throughput screening (HTS) applications, automated liquid handling systems are now used ubiquitously in drug discovery and have been fundamental in increasing throughput, driving efficiencies… Read More

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Scientist in laboratory
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Good Laboratory Practice – To GLP or not to GLP?

By Scott Hickman, Dr Brian Ogilvie and Tim Patterson. Good Laboratory Practice (GLP), are federal regulations that require implementation of a robust quality management system to ensure the validity, integrity and reliability of non-clinical safety data submitted for regulatory evaluation and approval. US Food and… Read More

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#AI / data analytics / healthtech / informatics #Analysis #Animal models #Assay development optimisation & technology #Automation / robotics #Bioengineering #Biologics / Biotechnology #Biomarkers #Cell / tissue culture #Cell culture #Cell therapy #Cellular & Molecular biology #Cellular assays #Chemical engineering #Clinical specialities #Clinical trials #Drug development #Drug discovery #Gene therapy #Genetics / genomes #High Content Screening #High throughput screening #Imaging #Immunology #Lead discovery #Lead optimisation #Microfluidics #RNA #Screening #Stem cells #System biology #Systems biology #Target validation #Toxicology #Translational #Translational chemistry

3D Cell Culture – Engineering Composable, Disease-Tunable 3D Human Microtissues for Drug Discovery

3D Cell Culture – Engineering Composable, Disease-Tunable 3D Human Microtissues for Drug Discovery By Dr Patrick Guye, Dr Eva Thoma and Dr Olivier Frey In this article, we will share some of what we have learned over the past 10 years as pioneers in the 3D cell culture… Read More

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#ADME / Tox #Analysis #Business #Cell culture #Cellular assays #High Content Screening #High throughput screening #Pharmacology #Pharmokinetics #Preclinical #Regulatory #RNA #Screening #Stem cells #Toxicology

Hepatic Model Helps to Predict Clinically-Relevant Botanical-Drug Interactions

Hepatic Model Helps to Predict Clinically-Relevant Botanical-Drug Interactions By Dr Amy L. Roe and Dr Jonathan P. Jackson Use of botanical-based dietary supplements is increasing among people of all ages and in most geographies. Most of these populations have ready access to conventional medications, with significant polypharmacy observed… Read More

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#Academic #Biologics / Biotechnology #Biomarkers #Business #Cell culture #Cell therapy #Cellular & Molecular biology #Chemistry #Clinical specialities #Clinical trials #Drug development #Drug discovery #Drug targets #Enabling technologies #Gene therapy #Genomics #High Content Screening #Immunology / Virology & Vaccines #Lead discovery #Lead optimisation #Medicinal chemistry #Molecular medicine #Oncology #Preclinical #RNA #Therapeutics #Translational #Translational chemistry

Therapeutics Discovery at MD Anderson – Making Patients a Priority During Drug Development

By Dr Phil Jones The mission at The University of Texas MD Anderson Cancer Center is to eradicate cancer, which remains a major cause of mortality worldwide. It is the second leading cause of death in the United States and globally, claiming more lives than malaria,… Read More

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#Academic #Animal models #Assay development optimisation & technology #Business #Cell therapy #Cellular assays #Chemistry #Drug development #Drug discovery #Gene editing #Gene therapy #Genetics #Genetics / genomes #High Content Screening #Immunology #Lead discovery #Oncology #Patent Law #Preclinical #RNA #Stem cells #Therapeutics

Genetically-Engineered Models: The Value of Precious GEMs

Genetically-Engineered Models: The Value of Precious GEMs By Dr Megan M. MacBride Genetically-engineered animal models (GEMs) are critical tools for drug discovery and development, but intellectual property (IP) concerns can complicate access. As pharma and biotech increasingly outsource R&D activities to universities, careful scrutiny is required… Read More

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#Academic #ADME / Tox #AI / data analytics / healthtech / informatics #Analysis #Animal models #Automation / robotics #Biochemistry #Bioengineering #Business #Cell / tissue culture #Cell culture #Cellular & Molecular biology #Cellular assays #Chemical engineering #Chemistry #Clinical trials #Drug development #Drug discovery #Drug targets #Enabling technologies #Gene editing #Genetics #High Content Screening #High throughput screening #Imaging #In Silico Biology #Lead discovery #Mass spectrometry / NMR #Medicinal chemistry #Molecular medicine #Oncology #Organic chemistry #Pathology #PCR #Pharmacology #Preclinical #Protein chemistry / Proteomics #RNA #Screening #Stem cells #System biology #Systems biology #Target validation #Toxicology #Translational #Translational chemistry

Cutting-edge technologies meet traditional paradigms in assay development

The Future Of Drug Discovery – Cutting-edge technologies meet traditional paradigms in assay development By Dr Roger Bosse With more than 1,500 drugs approved by the Food and Drug Administration (FDA) on the market, the easiest disease targets are already covered (1). Today’s scientists are challenged to… Read More

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#Academic #AI / data analytics / healthtech / informatics #Analysis #Analytical chemistry #Automation / robotics #Biochemistry #Biologics / Biotechnology #Biomarkers #Business #Cell therapy #Chemical engineering #Chemistry #Clinical specialities #Clinical trials #Computational chemistry #Drug development #Drug discovery #Drug targets #Gene therapy #Genomics #Immunology #Immunology / Virology & Vaccines #In Silico Biology #Lead discovery #Molecular medicine #Oncology #Orphan drugs #Patent Law #Pharmacology #Precision medicine #Preclinical #Regenerative Medicine #Regulatory #RNA #Stem cells #System biology #Systems biology #Target validation #Therapeutics

Integrated Platform Drug Discovery and Development Companies – Part 1

Integrated Platform Drug Discovery and Development Companies – Part 1 By Dr Urban A. Kiernan and Dr Stephen Naylor Technology was lauded as the saviour of the drug discovery and development (DDD) process during the late 1990s. A myriad of independent companies developed and offered ‘innovative’ tools,… Read More

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How Phenotypic CRISPR Screening is Revolutionising Drug Discovery

How Phenotypic CRISPR Screening is Revolutionising Drug Discovery By Dr Steffen Lawo and Dr Carlos le Sage Research in drug discovery and biotechnology increasingly exploits gene editing at industrial scale in order to identify and validate new biological targets for precision medicines. The discovery of CRISPR-Cas9 systems… Read More

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#Academic #AI / data analytics / healthtech / informatics #Analysis #Animal models #Assay development optimisation & technology #Bioengineering #Business #Cell / tissue culture #Cell culture #Cellular assays #Chemical engineering #Drug development #Drug discovery #Drug targets #Enabling technologies #Gene editing #Genetics / genomes #High Content Screening #High throughput screening #Lead discovery #Lead optimisation #Oncology #Precision medicine #Preclinical #Regenerative Medicine #Regulatory #RNA #Screening #Sequencing #Stem cells #System biology #Systems biology #Toxicology #Translational #Translational chemistry

Induced Pluripotent Stem Cells (iPSCs) – Unlocking their full potential

Induced Pluripotent Stem Cells (iPSCs) – Unlocking their full potential for Drug Discovery By Abby Edwards and Dr Richard Massey Human stem cells were once viewed primarily as regenerative materials for tissue repair through cell therapies. However, advances in technologies and protocols mean that induced pluripotent stem… Read More

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#Academic #Analysis #Business #Cell / tissue culture #Cell culture #Cell therapy #Clinical trials #Drug development #Drug discovery #Enabling technologies #Gene therapy #High throughput screening #Lead discovery #Microbiology #Molecular medicine #Oncology #Precision medicine #Regenerative Medicine #RNA #Screening #Stem cells #System biology #Systems biology

Cell Therapy – Preserving Cell Integrity and Viability To Drive Discovery

Cell Therapy – Preserving Cell Integrity and Viability To Drive Discovery Mary Kay Bates Cell therapy is poised to play a pivotal role in the development of precision and personalised medicines that will transform healthcare for millions of patients worldwide. Involving the direct use of… Read More

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The Data Driven Transformation In Drug Discovery

The Data Driven Transformation In Drug Discovery Dr Satnam Surae This article, presents a review of the current approaches to data management and application within the drug development and research setting, highlighting major critical challenges and emerging solutions for organisations that are determined to harness big data and… Read More

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#AI / data analytics / healthtech / informatics #Analysis #Analytical chemistry #Assay development & optimisation #Assay development optimisation & technology #Automation / robotics #Business #Cellular & Molecular biology #Cellular assays #Chemical engineering #Chemistry #Drug development #Drug discovery #Drug targets #Enabling technologies #High Content Screening #High throughput screening #Imaging #Immunology #Lead discovery #Mass spectrometry / NMR #Medicinal chemistry #Metabolomics #Molecular medicine #Pharmokinetics #Precision medicine #Protein chemistry / Proteomics #RNA #Screening #Therapeutics

The Mass Spectrometry Innovations Simplifying Drug Discovery Workflows

The Mass Spectrometry Innovations Simplifying Drug Discovery Workflows Helen Stewart-Miller and Dr Richard Massey Mass spectrometry (MS) has long been a valuable tool for drug discovery, and steady advances in its capabilities and performance have generated powerful insights for the pharmaceutical industry. The latest mass spectrometry innovations… Read More

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#AI / data analytics / healthtech / informatics #Antimicrobials #Biomarkers #Business #Clinical trials #Drug development #Drug discovery #Drug targets #Immunology / Virology & Vaccines #Lead discovery #Microbiology #Pharmokinetics #Preclinical #Regulatory #RNA #System biology #Systems biology #Therapeutics #Toxicology

Antibiotics & Antimicrobial Resistance (AMR) – A Global Perspective

Antibiotics & Antimicrobial Resistance (AMR) – A Global Perspective Professor Anthony Coates and Dr Yanmin Hu Antibiotic resistance is at a crossroad. In the world today, deaths in low income countries from Antimicrobial Resistance (AMR) are predicted to rise dramatically by 2050. We know how… Read More

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#Academic #AI / data analytics / healthtech / informatics #Analysis #Analytical chemistry #Assay development optimisation & technology #Automation / robotics #Biomarkers #Business #Cell / tissue culture #Cell culture #Cellular & Molecular biology #Cellular assays #Chemical engineering #Chemistry #Drug development #Drug discovery #Drug targets #Enabling technologies #Flow Cytometry #Gene editing #Genetics / genomes #High Content Screening #High throughput screening #Immunology #Mass spectrometry / NMR #Microbiology #Microbiome #Microfluidics #Molecular medicine #PCR #Precision medicine #RNA #Screening #Sequencing #Stem cells #System biology #Systems biology #Therapeutics #Toxicology

Microfluidics – Driving Innovation and Streamlining Single Cell Analysis

Microfluidics – Driving Innovation and Streamlining Single Cell Analysis By Dr Frank F. Craig Microfluidics platforms that harness picodroplet technology (picolitre volume aqueous droplets in stabilised oil emulsions) are unlocking the potential of single cell analysis to enable exciting new discoveries and advances with the potential to… Read More

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