“I am very impressed with the thoroughness of the analysis. I hope to steer more data your way soon. Again, thank you for undertaking this at a small cost. It is much appreciated.”
“Thanks for getting this back so quickly, and for the thoroughness of the design and report. We look forward to working with you again!”
“A pleasure to work with. Concise and detailed report for our 3D cell assay. We’ll have more projects your way soon!”
“Extremely impressive work, thanks for getting this back to us so quickly. I really appreciate the detailed analysis.”
Featured Posts
Unlocking the Potential of High Content Screening with In Vitro BBB Permeability Assessment
As drug discovery and development continue to advance, the importance of high content screening and in vitro models has become increasingly clear. In particular, the need for a blood-brain barrier (BBB) model. The blood-brain [...]
Breaking Down Liver Fibrosis: Understanding the Disease and the Role of In Vitro Models
Liver fibrosis is a serious condition that affects millions of people worldwide. It is a pathological overaccumulation of excess connective tissue resulting in scar formation, reduced organ function, and ultimately organ failure. The shift [...]
The Advantages of Highly Multiplexed IHC Services
Tissue profiling is a critical aspect of drug discovery and development, as it involves analyzing the molecular composition of tissues to identify new drug targets, biomarkers, and therapeutic interventions. Traditional methods of tissue profiling, [...]
Maximizing the Potential of In Vitro Immuno-Oncology Models with High Content Imaging
In vitro immuno-oncology models are used to study the interaction of therapeutics with immune cells in a 2D or 3D assay format. These models are used to assess the effect of compounds and therapeutic [...]
A Closer Look at Visikol’s Liver Fibrosis Assay
Traditionally, animal models have been used to study the effects of drugs in living organisms. However, there are differences in how humans versus animal models manifest liver disease, which is why in vitro models [...]
Navigating Life in Three Dimensions: An Introduction to Spatial Biology
Spatial biology is revolutionizing biomedical research by emphasizing the 3-dimensional relationships and arrangements of biological molecules within tissues and cells. This innovative field merges molecular biology with cutting-edge imaging technologies, unveiling the importance of [...]
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