In this webinar, Sophie Kirschner will discuss how integrated DNA methylation and hydroxymethylation analysis improves liquid biopsy detection of colorectal cancer whilst providing simultaneous mechanistic insight.
In this webinar, Zivjena Vucetic will discuss how single-cell sequencing improves measurable residual disease detection (MRD) and clinical decision-making in acute myeloid leukemia (AML).
In this webinar, Kyle Kern and Isuru Karunaratne will explore how high-resolution imaging enables functional analysis of cardiac organoids for disease modeling and drug screening.
In this webinar, Katherine Novak, Zai Chang, and Raju Rayavarapu will discuss why data modernization is the critical foundation enabling regulatory readiness, operational efficiency, and successful AI initiatives.
In this webinar, Benson Lim and Quy Xiao Xuan Lin will discuss how scientists can move beyond population averages and uncover cellular-level insights with single-cell RNA sequencing using scalable, high-resolution Chromium technology.
In this webinar, Stefan Radtke will discuss the development of new high-throughput single-cell readouts for precise and comprehensive tracking of gene editing outcomes after autologous hematopoietic stem cell gene therapy.
In this webinar, Bernardo Almeida will explain why long-range, base-resolution modeling is essential and introduce Nucleotide Transformer v3 (NTv3), a multi-species genomic foundation model.
Explore how emerging biomarker research and ultrasensitive multiplex proteomics are revealing molecular signatures associated with neurodegeneration, inflammation, and disease progression in amyotrophic lateral sclerosis (ALS).
Explore practical strategies for designing, optimizing, and validating qPCR assays to improve specificity, reproducibility, and confidence across routine and high-throughput gene expression studies.
Explore strategies for navigating critical analytical decisions in single-cell RNA sequencing and spatial transcriptomics, from quality control and data integration to clustering, marker selection, and cell-type annotation.
Automation can help to increase efficiency and reproducibility, but often comes at a significant cost. The ASSIST PLUS pipetting robot streamlines workflows at an affordable price, offering accessible automation with minimal programming requirements.
Corning® Cell Strainers are sterile, easy-to-use devices for rapidly isolating primary cells to consistently obtain a uniform single-cell suspension from tissues. Applications include stem cells and primary cells.
Real time imaging shouldn't outlast your cell surface stain. CellBrite® Steady: cell surface staining kits with fluorescent membrane dye plus enhancer for imaging live cell surface for several hours to days.
![] Image of a smiling scientist in a lab coat gazing at pipette tips and an automated pipette on a workbench.](https://cdn.the-scientist.com/assets/image/53857/people-lab-scene-epmotion-5073-epmotion-people-wor-3-t.webp)
