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Cell Science

Cell Science

Organoid FP

Achieve Robust, Consistent Organoid Cultures with R&D Systems Proteins

Identifying and optimizing the appropriate conditions for culturing organoids can be technically challenging. R&D Systems proteins are rigorously tested to ensure they will provide superior performance and lot-to-lot consistency to support robust, reproducible organoid cultures.

Blue cells.

Cellular Insights: How Researchers Are Using Cell Models To Study the Mechanisms of Disease

This article will discuss how cell models are enabling researchers to elucidate the underlying biological mechanisms of disease to support diagnostic and therapeutic development.

OPiX

Whole Transcriptome Expression of FFPE Samples

As a leader in biotechnology, you understand the importance of precision and accuracy in your research. That's why we're excited to introduce the QPix 400 Series of Microbial Colony Pickers – the solution that takes your microbial colony selection and picking to the next level. Streamline your colony-picking process, and focus on discovery, not repetitive, error-prone tasks. With easy-to-use interfaces, intuitive software, and sample preparation and plate handling processes, choosing the smart option is simple. See the difference our QPix Microbial Colony Pickers can make in your research.

Istock

Working with Corning Matrigel Matrix: Tips, Tricks and Expert Advice

In this TMi10 we are speaking with Corning senior scientist Hilary Sherman to get some handling tips and expert advice to maximize your work in both 2D and 3D cultures with the most widely used ECM in the industry.

Istock

Working with Corning Matrigel Matrix: Tips, Tricks and Expert Advice

In this TMi10 we are speaking with Corning senior scientist Hilary Sherman to get some handling tips and expert advice to maximize your work in both 2D and 3D cultures with the most widely used ECM in the industry.

Developing Animal Free and Defined Stem Cell-Based Tools and Processes for Regenerative Medicine

Developing Animal Free and Defined Stem Cell-Based Tools and Processes for Regenerative Medicine

Human induced pluripotent stem cells (iPSC) can renew almost indefinitely and differentiate to any adult cell in the body thus making them ideal materials for developing new cell-based therapies. The efficacy and manufacturability of these therapies critically rely on reagents such as media and surface substrates used during iPSC expansion and differentiation outcomes.

Speaking at Cell & Gene Therapy 2023, Dr. Gabriella Perell and Dr. Xi Lu from Bio-Techne, presented their talk on Biotechne’s portfolio of cGMP and animal-free reagents including iPSC expansion media, vitronectin culture substrates, small molecules, and growth factors. Dr, Perell and Dr. Lu will demonstrate the application of these reagents towards establishing an iPSC to iNK workflow.

A double helix made of molecules.

Exciting Discovery in Potential Treatment of Telomere Disease

Researchers have zeroed in on a surprisingly effective way to lengthen telomeres.

Shedding Light on the Tumor Microenvironment During Gastric Cancer Progression

New research offers a deeper understanding of gastric cancer progression and identifies a potential therapeutic target.

Using AI To Understand the Language of Molecules

This AI system only needs a small amount of data to predict molecular properties, which could speed up drug discovery and material development.

Mitochondrial Function Impacts Immune Response in Children

In a new study, researchers found that altered B cell function in children with mitochondrial disorders led to a weaker and less diverse antibody response to viral infections

Plant Cells “Push Away” the Cytoskeleton To Divide

While animal cells may use the cytoskeleton to pull materials during division, it seems that plant cells push the microtubules of the cytoskeleton away.

T cells.

Immune Cartographers: The Scientists Mapping the Immune Cell Atlas

This article will discuss progress on the development of the Immune Cell Atlas, the different techniques and technologies contributing to its development and some of the interesting findings that are coming out of the project.

Synthetic Biology: Engineering Meets Biology

Featuring expert academic insights, this article will outline recent research advancements in synthetic biology, including novel methods and applications.

LGBTQ+ Health Expert's Take on FDA's Updates to Blood Donation Guidelines

We spoke with Professor Perry N. Halkitis, dean, distinguished professor and champion of LGBTQ+ rights, about the US FDA's recent reversal of its time-based deferrals and screening questions specific to gay and bisexual men for assessing blood donation eligibility.

Septic Shock and Metastases: Finding the Culprits

A new molecule, based on the anti-diabetes drug metformin, can bind copper, found to be important in acute inflammation, sepsis and cancer dissemination, and thus holds great promise for new therapy.

Advances in Cell Therapy

In this article, we review the latest research in cell therapy development, including advances made in the lab that show promise for translation to the clinic, to improvements in developing, testing and manufacturing.

Illustration of cells seen through a magnifying glass

Cell Therapy

Tackling Cardiotoxicity During Drug Development content piece image

Tackling Cardiotoxicity During Drug Development

Organs on Chips: Furthering Our Understanding of Disease content piece image

Organs-on-Chips: Furthering Our Understanding of Disease

A blind man walks using a mobility cane.

When Your Eyes Can’t See, but Your Brain Is Still Watching

Weekly science news roundup.

Weekly Science News Roundup

Technology Networks weekly science roundup

Weekly Science News Roundup

The Ultimate Guide to Corning® Matrigel® Matrix content piece image

The Ultimate Guide to Corning® Matrigel® Matrix

For the past 35 years, the Corning® Matrigel® matrix has been used by researchers in essential applications as well as in cutting-edge, life-changing research. CLS scientists have learned a lot over the last 3+ decades and want to share that information with the scientific community.

How To Detect and Avoid Cell Culture Contamination

In this guide, we take a look at how cell culture contamination can be avoided and some of the key ways it can be detected.

Four Hacks for Culturing Neurons

Human iPSC-derived excitatory neurons provide helpful physiologically relevant cell models to investigate neurodevelopmental and neurodegenerative disorders, although achieving healthy neuronal cultures can be challenging.

Agarose Gel Electrophoresis Tips and Tricks

Download this guide to explore key considerations to remember when selecting the concentration of agarose required to give optimal separation, pouring and running your gel, and maintaining your equipment.

Caring for Your Centrifuge

Download this guide to learn tips on balancing, choosing the correct tubes, training, maintenance and cleaning.

Webinars & Online Events

Miltenyi Webinar Automating Liver Perfusion Technology To Isolate Primary Hepatocytes July 12 - 8am PDT | 11am EDT | 4pm BST| 5pm CEST

Automating Liver Perfusion To Isolate Primary Hepatocytes

Miltenyi Biotec

Cyagen webinar hosted by Technology Networks, being held on July 13, 2023 at 5pm BST

Accelerating CAR T-Cell Therapy Research for the Fight Against Cancer

Cyagen US Inc

AMA Image promo

AMA: Lab of the Future

Floating cells on a dark blue background.

Five Applications of Single-Cell Analysis Technologies

Evaluating and Optimizing Critical Quality Attributes During Cell Line Development

Sequencing the Brain

Achieving Cost-Effective, High-Throughput Single-Cell Multiomic Analysis

Five Intelligent Ways To Accelerate Cell Line Development

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