Organoids
In Vitro Services
Organoids Overview
Organoids, sophisticated 3D organ replicas grown in vitro, are vital in biomedical research, aiding disease modeling, drug testing, and understanding organ development. KYinno excels in cultivating organoids from diverse tumor tissues, collaborating closely with cancer hospitals to ensure translational relevance. Our expertise extends to comprehensive drug testing and advanced genomic analyses through next-generation sequencing (NGS) services.
KYinno’s unique contribution lies in formulating and testing biomarker hypotheses, enhancing our understanding of cancer-related processes. This holistic approach facilitates the development of precise, targeted therapies, improving patient outcomes. KYinno’s pivotal role in advancing organoid-based research is reshaping modern healthcare by bridging the gap between laboratory discoveries and clinical applications, ultimately transforming the landscape of disease treatment and patient care.
All in vitro Services
The 2D Cell Proliferation Assay, a primary method for cell growth studies, focuses on tumor cells cultured in suspension or monolayers. It allows for comprehensive analysis, highlighting cell development dynamics.
The value of tumor cell lines, as research models and drug discovery tools, is greatly enhanced when there is an understanding of the underlying genetic abnormalities that drive their phenotype. Kyinno provides customized cell panel studies to facilitate your drug discovery and biomarker programs.
Organoids, sophisticated 3D organ replicas grown in vitro, are vital in biomedical research, aiding disease modeling, drug testing, and understanding organ development. KYinno excels in cultivating organoids from diverse tumor tissues, collaborating closely with cancer hospitals to ensure translational relevance.
FACS Binding Assay or Fluorescence-Activated Cell Sorting, is a pivotal cellular biology research technique for binding evaluation. It offers insights into cellular binding mechanisms, enriching our understanding of cell interactions.