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 The latest in cell & gene research, from advanced therapies through to the latest developments in cell & gene research, therapies & manufacturing

Top R&D Stories of 2023

Through captivating articles, insight pieces, and spotlight interviews, we delve into the remarkable innovations, breakthroughs, and scientific marvels that have defined the landscape of research over the past year.
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Tissue Engineering & 3D Models

Putting Menopause on Hold: Could Ovarian Cryopreservation Prevent Menopause?

Ovarian cryopreservation could prolong fertility, paving the way for a breakthrough in women’s reproductive freedom
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Tissue Engineering & 3D Models

The Seed and Soil Hypothesis for the Pathogenesis of Cancer Metastases

While the preferential spread of tumours to specific parts of the body has been acknowledged for over a century, more accurate understandings of preferential metastasis have developed with an awareness of tumour biology.
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Tissue Engineering & 3D Models

Investigating Organoids and Spheroids as 3D Culture Systems

3D models like organoids, spheroids, and organ-on-chip systems recreate human organ architecture and physiology, aiding research, drug development, and disease modelling.
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Tissue Engineering & 3D Models

3D Cell Model Approaches for Disease Monitoring and Detection

Given the widespread incidence of cancers and cardiovascular diseases, having sufficient means to model their behaviour is vital to the development of new treatments. Maintaining tissue contexts in disease modelling is crucial for developing a comprehensive understanding of how different diseases behave.
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Tissue Engineering & 3D Models

3D Cell Cultures: From Disease Modelling to Toxicology

3D cell modelling can help develop understandings of disease pathologies, facilitating the investigation of how tissues react to certain treatments without causing undue harm or risk to the patients who need them.
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Tissue Engineering & 3D Models

Cardiff University Builds Lego 3D Bioprinter Capable of Synthesising Human Skin, Makes Blueprints Open Access

Blueprints for the bioprinter have been made open-access, to ensure greater freedom of use with the device at a time when research funding is harder to come by.
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Tissue Engineering & 3D Models

3D Cell Spheroid Growth Using Sphericalplates 5D

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Tissue Engineering & 3D Models

A Guide to Sodium Alginate Bioprinting

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Tissue Engineering & 3D Models

Automated 3D Cell Culture and Automated Workstations

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Tissue Engineering & 3D Models

Allevi 3 - Versatile Lab-Adapted Bioprinting

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Tissue Engineering & 3D Models

Allevi Bioprinting Customised Solutions

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Tissue Engineering & 3D Models

Allevi 1 - Designed to do More for Less

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Tissue Engineering & 3D Models

Allevi 2 - Small but Mighty

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Tissue Engineering & 3D Models

Cell Biology Workflows

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Tissue Engineering & 3D Models

Differentiation of Embryonic and Induced Pluripotent Stem Cells

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Tissue Engineering & 3D Models

Immunology Research-Related Cytokine Products

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Tissue Engineering & 3D Models

Multivascular Networks and Functional Intravascular Topologies

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Tissue Engineering & 3D Models

Newcells Products and Services

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Tissue Engineering & 3D Models

PeproGMP Cytokines - Advancing Manufacturing Capabilities

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Tissue Engineering & 3D Models

Repligut Planar Kits

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Tissue Engineering & 3D Models

Screening Drug Efficacy in 3D

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Tissue Engineering & 3D Models

RepliGut Model Systems

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Tissue Engineering & 3D Models

RepliGut Custom Services

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Tissue Engineering & 3D Models

Sequential Analysis in 3D Cell Cultures

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Tissue Engineering & 3D Models

Tumour-on-a-Chip with Bioprinted Blood

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Tissue Engineering & 3D Models

The Building Blocks of Organoid Research

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Tissue Engineering & 3D Models

In Conversation With...Stefan Przyborski, Professor, Durham University

In this video Q&A we discuss Stefan's recent work with bioengineered human tissues and the challenges to adopting 3D cell culture technologies in research.
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Tissue Engineering & 3D Models

Apical-Out Organoids: A Novel Strategy to Control the Polarity of Organoids Closing

Genentech are developing several complex gastrointestinal in vitro models, including the innovative apical-out organoids.
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Tissue Engineering & 3D Models

Understanding the Capabilities of 3D Bioprinting for Cell and Gene Therapy

Exploring academic perspectives on 3D bioprinting techniques for cancer and disease indication models.
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Tissue Engineering & 3D Models

Advanced and Predictive 3D Cell Culture Models

Elodie Vandenhaute, Project Director at HCS Pharma, leads a discussion group on utilising multi-cell type models to understand diseases, cells, and therapeutic mechanisms.
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Tissue Engineering & 3D Models

Using Cancer Organoids to Discover New Therapeutic Targets

The lack of predictive models is a highly limiting factor in the efficacy of projects designed to find new therapeutic targets. Cutting-edge organoid models may be the key to overcoming these challenges and could improve the prediction candidate drug molecules' clinical success.
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Tissue Engineering & 3D Models

Human Stem Cell Model Development for Neurodegenerative Diseases

How can the use of human stem cell models of neurodegenerative disease advance drug discovery? Clare Jones, Chief Scientific Officer at Talisman Therapeutics, investigates.
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Tissue Engineering & 3D Models

Speaker Insights – In Conversation with Pedro-Caetano Pinto

Discover key insights into the application of microphysiological systems for advanced kidney and prostate cancer research.
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Tissue Engineering & 3D Models

Understanding Disease Progression with 3D Model Development

Will 3D model development reach its potential to innovate cell and gene therapeutics? We spoke to Merck, GlaxoSmithKline, East Carolina University Brody School of Medicine, and the Institute of Molecular Biotechnology to find out more.
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Tissue Engineering & 3D Models

3D Model Development

Oxford Global's Discussion Groups provide a focused networking opportunity for a handful of like-minded experts on a monthly basis. Our April Discussion Group addressing ‘3D Model Development' brought together an exclusive panel of key opinion leaders to address the market's growth and future directions.
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Tissue Engineering & 3D Models

Tackling Tumours In-Vitro with 3D Cell Cultures

Raymond R. Mattingly explains the applications of 3D cell culturing at Oxford Global's 3D Cell Culture Symposium.
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