Stem Cell Technology: Genomics, Proteomics, and Metabolomics

A stem cell is a type of cell that has the ability to differentiate into a variety of different cell types. When stem cells divide, they can divide again to produce additional stem cells or other cells with specialised functions.

The genomes of stem cells are studied in stem cell genomics. Due to the enormous reduction in the cost of sequencing genomes, this sector is currently rapidly expanding. The study of stem cell genomics has far-reaching ramifications in stem cell biology and potential stem cell therapeutic applications.

Stem cell proteomics is an omics that studies stem cell proteomes. Proteins critical for stem cell differentiation can be discovered by comparing distinct stem cell proteomes.

During development, ageing, disease onset, and progression, cell metabolism is a critical determinant factor for the pluripotency and fate commitment of Stem Cells (SCs). Comprehensive and integrative multi-omics investigations have tremendously aided stem cell research. Metabolomics is a unique approach to functional analysis that evaluates a wide range of metabolites and metabolic pathway activities that can directly reflect cellular energetic status, cell proliferation and fitness, and stem cell fate decisions such as self-renewal versus differentiation.

• Metabolite & Metabolic Pathway
• Metabolomic Profiling
• Stem Cell Omics
• Digital PCR
• Probes
• Cell Reprogramming
• Genome Editing
• Single Cell Phenotypic Analysis
• Molecular Characterization of Stem Cells
• Gene Silencing