Analytical and Chemical Enhancements to Improve Efficacy and Accuracy of Therapeutic Oligonucleotides
See how top pharma players are addressing impure, unstable, and off-target oligos
Boosting the Efficacy of Safe, Scalable, & Precise Vaccines
Innovations in mRNA Technology, RNA Therapeutics, and Cancer Immunotherapy for 2024
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Tumbler: A Highly Customizable Antibody Optimization Suite
On-demand presentation, presented by Michali Izhaky, Bioinformatics Scientist at Charles River
Leading Innovations in Fab, ScFv, & VHH Production and Engineering
On-demand webinar presented by Dr Jiansheng Wu, Head of Protein Sciences and Vice President at WuXi Biologics
Advancing Immunotherapy: The Critical Role of GMP-Grade Cytokines in Cell Therapy
On-demand webinar presented by Ritwika Biswas, Field Application Scientist at Sino Biological
Optimizing Bispecific Antibody Production: From Identifying Optimal Pairings to Scale-up Processes
On-demand webinar presented by Dr Jiansheng Wu, Head of Protein Sciences and Vice President at WuXi Biologics
Unlocking the Future of Immune Cancer Therapy
A concise report featuring insights from the prominent though leaders of Immuno 2024.
Tumour Microenvironment
T Cell Atlas of Tumour Microenvironment Identifies Previously Unknown Cell State
The atlas provides valuable insights into T cell phenotypic states across various cancer types, paving the way for biomarker discovery and the development of improved therapeutic strategies.
Drug Discovery & Development
Monoclonal Antibodies: Guided Missiles in the Battle Against Cancer and More
Monoclonal antibodies (mAbs) have emerged as highly promising and versatile treatments for various diseases, particularly cancer.
Antibody & Protein Engineering
Unravelling the Link Between Type 2 Diabetes and Proteins
In honour of this week marking Type 2 Diabetes Prevention Week, we take a look at the intricate link between the disease and proteins.
Gene Therapy Development
Wilhelm Johannsen, Beans, and the Origins of Genotype and Phenotype
We spend a lot of time discussing new cell and gene therapies, as well as their implications for future treatment. But where did the term ‘gene' come from?
Peptide Chemistry
The Power of Collaboration: How The Sustainable Healthcare Coalition Measures the Impact of Sustainable Healthcare
The Sustainable Healthcare Coalition (SHC) emphasises the importance of collaboration with industry to address climate change in healthcare.
3D Cell Culture
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.
Drug Discovery & Development
Identifying highly potent TNF-?-secreting T cells from blood samples in 7 hours using the Xdrop® double-emulsion droplet-based workflow
Bulk functional assays of immune cells miss highly potent cells within the population. This Xdrop workflow reveals highly potent TNF-?-secreting T cells in a human blood sample.
Drug Discovery & Development
Quantifying individual cells that secrete IFN-?, TNF-?, or both cytokines in a single-cell, drop®-based workflow
This Xdrop workflow enables rapid, multiplex quantification of the individual immune cells in a population that are secreting one or more cytokines. The results for single-cell format multiplex and singleplex assay concurred and were reproducible.
Drug Discovery & Development
Rapidly quantifying active killer cells using an Xdrop® single-cell format assay based on double-emulsion droplets
Bulk assays of killer cell activity mask the heterogeneity of the individual cells‘ actual cytotoxicity. This Xdrop single-cell format assay for quantifying natural killer cells reveals the active cells and enables their retrieval and expansion.
Drug Discovery & Development
Revealing and retrieving highly potent IFN-? secretors using an Xdrop® single-cell format workflow based on double-emulsion droplets
Bulk functional assays of immune cells miss highly potent cells within the population. This Xdrop single-cell format workflow for IFN-? secretion assessment reveals these highly potent individual cells, enabling their retrieval and expansion.
Drug Discovery & Development
Xdrop® Encapsulate cells, DNA, and more with this benchtop instrument
Xdrop is a unique, user-friendly microfluidics instrument for preparing living mammalian or microbial cells, organelles, DNA, or other biological material for high-resolution downstream analyses.
Stem Cell Therapy
Induced Pluripotent Stem Cells to be Manufactured on the ISS
With evidence suggesting that microgravity conditions may be best for growing and developing pluripotent stem cells, a team of astronauts aboard the International Space Station are set to test this hypothesis.