Synthetic biology is playing an increasingly important role in agriculture by offering innovative solutions to address pressing challenges facing the industry. From enhancing crop yields and quality to developing sustainable agricultural practices, synthetic biology is opening new possibilities for agricultural researchers and companies. Using advanced genetic engineering techniques, researchers can now design and optimize crops with specific desirable traits, such as drought resistance or disease tolerance. Additionally, synthetic biology is enabling the development of more efficient and environmentally friendly agricultural practices, such as precision agriculture and biopesticides. As the world’s population continues to grow, the need for more sustainable and efficient agriculture practices becomes increasingly urgent, and synthetic biology is poised to play a critical role in meeting this challenge.

As a scientist in the field of agriculture, you know that the stages of historical development can be categorized into three major stages: primitive agriculture, traditional agriculture, and modern agriculture. Each stage brought a new era of production tools and technology that helped advance the field. Primitive agriculture was characterized by slash-and-burn plowing and stone tool hoeing, while traditional agriculture was marked by the use of iron plows and oxen plowing. Now, modern agriculture has advanced even further with the emergence of agricultural machinery and a focus on mechanization and intelligence. With the continuous scientific advancements in the field of agriculture, it is evident that a new era of growth and progress is on the horizon. Stay ahead of the curve by partnering with a leading agricultural technology company and taking advantage of the latest scientific research and tools to optimize your agriculture production. At Synbio Technologies, we are committed to providing innovative and sustainable solutions to meet your unique needs.

Synthetic Biotechnology Developments

Synthetic biology has emerged as a game-changing technology in the 21st century and is expected to have a profound impact on the future of our world. It has been identified as the third revolution in bioscience, following the groundbreaking discoveries of the double helix structure of DNA and genome sequencing. With the ability to design and engineer biological systems to perform specific functions, synthetic biology has already shown immense potential in fields such as medicine, energy, and agriculture. It has revolutionized the way scientists approach research and development, opening up a world of possibilities for creating new and innovative solutions to some of the most pressing challenges we face, today. As the field continues to evolve and mature, the possibilities for using synthetic biology to transform the world, as we know it, are endless.

Synthetic biotechnology is a progressive field that applies engineering principles to manipulate organisms and create artificial organisms or products with specific, customized functions. In 2010, the world witnessed the first synthesis of artificial life with the creation of “Synthia 1.0”. Commercial production of a semi-synthetic artemisinin with antimalarial properties followed in 2013. The year 2017 saw a significant breakthrough in synthetic biology, with the successful design and synthesis of five chromosomes of Saccharomyces cerevisiae. In 2021, the world witnessed the introduction of the first-ever artificial cell with active transport and the first self-replicating, living robot. These incredible advancements in synthetic biotechnology are ushering in a new era in modern life science and technology, as we move from simply understanding life to designing and creating it. These developments have the potential to create profound changes in human production methods, lifestyles, and even economic and social structures.

Gene Synthesis

As an agricultural researcher, you are constantly searching for new and innovative ways to enhance your research, and gene synthesis technology offers just that. With gene synthesis, you can acquire DNA sequences without the need for a template, providing limitless possibilities for synthetic biology research. Synbio Technologies is a leading company in this field, providing precise design and advanced manufacturing that streamlines the entire upstream and downstream industrial chain of DNA synthesis. By utilizing algorithms, AI technology, and bio-intelligent analysis tools, combined with the ability to synthesize hundreds of millions of bases per year, Synbio Technologies drives gene synthesis towards higher intelligence, precision, and speed. With our professional services, we have supported the development of various fields, including molecular breeding, genetic engineering, vaccine development, and DNA information storage, making us an ideal partner for agricultural researchers looking to advance their work. Trust Synbio Technologies to take your research to the next level with our cutting-edge gene synthesis technology.

Service Advantages

• As a researcher, you understand the challenges of working with genetic material. You need fast, accurate, and reliable gene synthesis services to ensure the success of your experiments. Synbio Technologies offers the solutions you need with our state-of-the-art gene synthesis technology. We offer a gene synthesis throughput of up to 3 million base pairs per month, providing you with the fast turnaround time you require to meet your research timelines. Moreover, we guarantee the delivery of 100% correct gene sequences, eliminating the risk of costly errors or delays. We can also deliver single DNA fragments up to 150 kb in length, allowing you to work with larger and more complex genes with ease. We are here to help you overcome the challenges of gene synthesis, and have confidence in the accuracy and reliability of your research results.

Small Genome Synthesis

Researchers are always seeking cutting-edge technologies to advance their work, and gene assembly technology is a promising new development in synthetic biology. With gene assembly technology, you can uncover hidden or novel bioactive synthetic gene clusters and enhance the expression of silenced biosynthetic gene clusters in microorganisms, potentially leading to the synthesis of valuable bioactive substances. With multiple assembly technologies available, such as BioBricks^TM, Golden Gate, Gibson, and TAR yeast homologous recombination technology, the possibilities for innovation in your research are limitless.

Synbio Technologies is a leader in gene assembly technology, providing difficult sequence DNA synthesis and assembly solutions that can take your research to the next level. We have developed cutting-edge tools such as CI (Complexity Index), AI-TAT, and our NG Codon system, which enable us to rapidly and accurately synthesize and assemble large DNA fragments. Combined, these tools allow us to deliver 100% correct target sequences while maintaining cost advantages. With Synbio Technologies, you can leverage the power of gene assembly technology to unlock the full potential of your research, staying ahead of the curve in the field of synthetic biology.

Trust Synbio Technologies to be your partner in innovation and discovery. Contact our team to discuss your next project.

References：

[1] DANIEL G. GIBSON, JOHN I. GLASS, CAROLE LARTIGUE, et al, Creation of a Bacterial Cell Controlled by a Chemically Synthesized Genome[J], Science, 2010, 329: 52-56.

[2] Peplow, M. Malaria drug made in yeast causes market ferment[J]. Nature, 2013, 494: 160–161.

[3] Chunzhi Z. Zhongmin Y. Dié T, et al, Genome design of hybrid potato[J], Cell, 2021, 184(15): 3873-3883.