Single Cell Sequencing
Advances in whole-genome amplification and NovogeneAIT’s expertise have made single cell sequencing easily accessible to researchers.
Single Cell DNA Sequencing
With single-cell DNA sequencing, the genomic heterogeneity of cell populations can be explored at the level of the individual cell. Genetic changes, such as point mutations and copy number variation occurring during disease and normal development processes, are profiled using the minute amounts of DNA from single cells. Applications include analysis of genetic heterogeneity within unicellular and multicellular organisms, detection of chromosomal anomalies in germ line cells, preimplantation genomic screening of embryos, and defining the genetic composition of tumors for developing more targeted therapies.
Single Cell RNA Sequencing
Single-cell RNA-Seq enables the high-resolution transcriptome profiling of a single cell, and has broad utility for investigating developmental processes and gene regulatory networks, and for revealing heterogeneous gene expression patterns within cell cultures, tissues, and organs. Applications include profiling gene expression changes during stem cell differentiation, organ development, or tumor progression, and characterizing the response of subpopulations of cells to environmental signals and conditions.
NovogeneAIT offers the most advanced techniques for transcriptome analyses for single cells.