With the development of genomics technology, second and third-generation sequencing technologies have been widely used in the fields of reproduction, tumors, infection, etc. In the process of obtaining samples from genome sequencing results, the sample processing links are complex and diverse, including sample pre-treatment, nucleic acid extraction, sample quality control, library construction and other processes. The process is complex and time-consuming and has extremely high requirements for operators. Therefore, NAYO provides professional automated full-process solutions to meet the needs of genomic testing in different fields, and promotes the rapid development of automated genomic technology.
Cell biology is an important basic discipline in life sciences. With the rapid development of biological sciences, the demand for cell biology research is increasing, especially in the fields of drug development, gene editing, and disease model establishment. Traditional manual cell culture, analysis, and screening methods are inefficient and easily affected by human factors, resulting in unstable and inaccurate experimental results. When processing a large number of samples, traditional methods are difficult to meet the high-throughput requirements of experiments, limiting the progress of research. With the continuous development of automation technology, the application of technologies such as robots, sensors, and computer vision is becoming more and more extensive, providing a technical foundation for cell biology automation. The automation platform developed and produced by Naiyou Bio provides a full range of automation solutions for cell biology research, realizing precise control and automated operation of cell culture, analysis, screening and other processes, and improving the efficiency and accuracy of experiments.
In recent years, the importance of laboratory biosafety and traceability of test results has been emphasized in immunoassays. Therefore, the emergence of automation not only reduces the workload of test workers, but also significantly improves the accuracy and precision of test results, reduces errors caused by human operations, and improves the biosafety of immunoassay processes. NAYO automated liquid handling workstation provides a full-process automation solution for immunoassays, providing assistance for safe and efficient immunoassays.
Drug development is a long and complicated process. Traditional drugs need to be screened through a large number of repeated experiments by laboratory personnel among tens of thousands of drug compounds, and further obtain candidate drugs from lead compounds. The screening process is long and consumes a lot of manpower and material resources. The screening results are affected by many factors, such as the accuracy of manual operation, the impact of the experimental environment, the reproducibility of experimental results, etc. NAYO pharmaceutical R&D Automation Solution relies on an automated and intelligent platform to help automate, efficiently and digitalize drug development.
Seeds are the "chips" of agriculture, and breeding is the core driving force of agricultural development. The progress of technologies such as molecular marker-assisted selection, whole genome sequencing, and gene editing has played an important role in promoting the development of molecular breeding. The use of automation, intelligent technology, and automated equipment has accelerated the transformation of traditional molecular breeding experiments to automation, overcoming the limitations of high sample throughput and long breeding cycles, while reducing errors in human operations, accelerating breeding, and significantly reducing experimental costs. With precise pipetting technology and efficient automation platforms, NAYO provides efficient, precise, and sustainable automation solutions for biological breeding and agriculture.
Animal disease prevention and control in China right now has faced problems such as complex pathogens, a wide variety of diseases, and a wide range of epidemics. However, the corresponding detection methods and immunization measures are insufficient, such as the lack of disease prevention and control infrastructure, monitoring facilities, and professional and technical personnel. It is impossible to fully implement animal disease prevention and control work, which limits the improvement of the quality of animal disease prevention and control work. In order to help improve the relevant detection capabilities of animal disease control, NAYO launched an automated hemagglutination detection workstation to reduce manual operation errors, improve experimental accuracy and repeatability, and help animal disease prevention and control.
