Chloroplasts are the most important and ubiquitous plastids within plant cells and are the key site for photosynthesis. The chloroplast genome has a moderate rate of evolution, conserved and single-copy genes, higher resolution and better versatility than shorter DNA barcode sequences, so cpDNA sequencing can be applied to a variety of research areas such as plant species identification, phylogeny, revealing the origin of species, species evolution, and relatedness between different species. It also provides molecular evidence for the identification of new plant species.
CD Genomics relies on advanced sequencing platforms to provide comprehensive and in-depth analysis of plant chloroplast sequence information. We combine cpDNA sequencing results with knowledge from multiple disciplines to help agricultural science researchers analyze the origin and evolution of plant species, phylogenetic evolution, and genetic relationships through comparative analysis of plant chloroplast genomes.
Traditionally, cpDNA sequencing is mainly done by obtaining the chloroplast genome, using the conserved sequences of chloroplast genome to design simple primers, unknown sequences for PCR amplification, sequencing the amplification products for one generation, and finally splicing and assembling to get the complete chloroplast genome. This process is time-consuming.
CD Genomics keeps optimizing the experimental process and updating the sequencing technology, using high-throughput sequencing, isolating chloroplasts before extracting cpDNA, selecting appropriate chloroplast reference genomes, assembling these sequences, and finally obtaining the complete chloroplast genome sequencing results. In addition, our cpDNA sequencing technology is still effective for higher plant leaves where chloroplast isolation and cpDNA extraction are more difficult.
Fig 2. Chloroplast DNA sequencing process
CD Genomics has rich experience in cpDNA sequencing service, so far we have provided cpDNA sequencing for multiple species worldwide, including not limited to strawberry, chrysanthemum, primrose, buckwheat, wheat, tomato and dozens of other species. Meanwhile, we will provide you with flexible cpDNA sequencing solutions according to your sequencing requirements. If you are interested in us, please feel free to contact us.
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CD Genomics is propelling the future of agriculture by employing cutting-edge sequencing and genotyping technologies to predict and enhance multiple complex polygenic traits within breeding populations.