In this infographic, we explore how and why spatial transcriptomics brings us one step closer to a more holistic understanding of cell biology.
Applications of 3D Culture
This infographic highlights the advantages that 3D cell culture offers and explores some of the applications 3D models are benefitting.
Role of Neutralizing Antibodies in Viral Infection Research
Download this infographic to learn about neutralizing antibodies in viral infection research.
Transforming Drug Discovery With Single-Cell CRISPR Screens
Deepen your characterization of gene function and disease pathways to inform earlier decisions, narrow in on impactful targets and accelerate novel therapeutics to clinical studies with confidence.
Optimizing Your Cryopreservation
This infographic highlights steps you can take to protect your samples and improve your cryopreservation workflow.
Detecting Mycoplasma Contamination in Your Cell Culture With Confidence
This infographic explores Mycoplasma contamination in cell cultures and detection methods.
Your Successful Grant-Writing Journey
Download this infographic to discover the different stages of grant writing and how to gain access to helpful resources.
Download this Infographic to explore the world of organoids and their applications.
Download this infographic to discover how spatial biology can elucidate biological activity in relation to environment, is utilized in neuroscience and cancer research, and can be explored using various technologies.
Cancer is an extremely complex group of diseases. As it progresses, tumors can evolve to comprise varied cell types with distinct morphological and genetic features. This diversity – or heterogeneity – is reflected at many levels. In this infographic, we explore the mechanisms causing intratumor heterogeneity and the clinical implications of cancer heterogeneity.