Latest Articles
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Mapping the Body’s Defense System: The Immune Cell Atlas
This article will provide an introduction to the Immune Cell Atlas, highlight some of the research contributing to the project and explore the wider implications of the work.
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Host Cell Protein Analysis: From Process to Advances to Future
Host cell proteins can prove problematic for the development of novel biopharmaceuticals. In this article, we will highlight some of the latest advances in host cell analysis strategies and how they are being implemented.
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Dissecting the Complexity of the Brain at a Single-Cell Level
Understanding the brain requires an in-depth knowledge of its components. Advanced single-cell sequencing technologies are enabling researchers to explore the secrets of this complex and mysterious organ in unprecedented detail.
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Patient-Derived Organoids Predict Chemotherapy Efficacy for Pancreatic Cancer
Technology Networks had the pleasure of talking to Dr. Matthew Weiss to learn more about patient-derived organoids and how these disease models could be used to develop personalized treatment strategies for pancreatic cancer.
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Cell Culture Quality Control: The Key to Reproducibility
This article will outline four main aspects of QC in cell culture and describe what they are and why we should carry them out.
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Re-Educating the Immune Response To Treat Type 1 Diabetes
CAR T-cell therapy is largely used to treat cancers, but here we explore how Dr. Leonardo Ferreira and his team are using CAR T-cell therapy to treat Type 1 diabetes.
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Teach Me in 10 Industry
Our Teach Me in 10 episodes are either technology, product or service focused. We invite you to explore the further reading and resources provided in the video description if you want to learn more about the content shared in the video – it's as easy as that.
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Cells Unlock Restrictions on Phenotypic Plasticity To Progress as Cancer
From a cell signaling perspective, phenotypic plasticity is important because it allows cells to take on a form that aids their invasive and metastatic abilities. In this article, we explore the topic in more detail.
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Sequencing Life on Earth, One Eukaryote at a Time
The Earth BioGenome Project (EBP), described as a “moonshot” project for biology, aims to sequence, catalog and characterize the genomes of the 1.8 million named eukaryotes on Earth, in just 10 years. Technology Networks spoke to the scientists leading the project to learn about its progress and how it will help the Earth's biodiversity crisis.
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DNA Printing Evolves
Thomas Ybert explores how enzymatic DNA synthesis printing is accelerating synthetic biology research and expanding clinical applications.
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