Sanger sequencing services offer accurate and reliable sequencing for plasmid and PCR products. Our state-of-the-art technology ensures high-quality results, making it ideal for researchers and laboratories seeking precise DNA. With quick turnaround times and expert support, you can trust us to help you advance your projects efficiently. Let us assist you in unlocking the genetic information you need for your research.

Microbial identification using 16S, 18S, and ITS based sequencing is a powerful technique that allows scientists to accurately identify and classify microorganisms. The 16S rRNA gene is commonly used for prokaryotic organisms, while the 18S rRNA gene is utilized for eukaryotic microorganisms. Internal Transcribed Spacers (ITS) are crucial for identifying fungi. These sequencing methods provide valuable insights into microbial diversity, ecology, and evolutionary relationships, them essential tools in microbiological research and environmental monitoring.

In the field of botany, accurate plant identification is essential for research, conservation, and education. Molecular techniques, such as rbcl MatK, and ITS2 sequencing, have revolutionized the we identify and classify plant species. These methods utilize genetic markers to provide precise identification, even for closely related species. By harnessing the power of DNA sequencing, researchers and enthusiasts alike can gain deeper insights into plant diversity and evolutionary relationships.

Insect identification using Sanger sequencing is a powerful molecular technique that enables researchers to accurately classify and differentiate insect species. By analyzing the DNA sequences of specific genes scientists can identify unique genetic markers that distinguish one species from another. This method provides reliable results, particularly in cases where traditional identification methods may be challenging due to similarities in morphology. Sanger sequencing enhances our understanding of biodiversity and aids in ecological research and conservation efforts.

DNA barcoding is a powerful tool in biodiversity research that utilizes a short genetic sequence from a standardized region of the, commonly the Cytochrome c oxidase subunit I (COI) gene, to identify and classify different species. By comparing these sequences, researchers can accurately distinguish between closely related organisms, aiding in the study of ecosystems and conservation efforts. Target, like COI, serve as reliable markers due to their universal presence across various taxa, making them essential for species identification in various fields such as ecology, agriculture, and medicine. This innovative technique enhances our understanding of biological diversity and supports effective conservation strategies.

Genotyping can identify differences in the DNA sequence (i.e genotype) of a sample and which enables researchers to explore genetic variants such as single nucleotide polymorphisms (SNPs) and large structural changes in DNA.

Centyle Biotech is offering different number of approaches to genotyping, including analysis of single nucleotide polymorphisms (SNPs), variation of long or short tandem repeats and other DNA fingerprinting methods.