Strain Plasmid Production Service

In the field of infectious disease research, efficient and reliable plasmid production services are crucial. Creative Biolabs is proud to announce the launch of advanced strain plasmid production services, focusing on providing customized solutions for researchers and medical developers worldwide. Our services aim to accelerate the progress of infectious disease research, helping scientists and businesses make breakthroughs in this challenging field.

Introduction to Strain Plasmids

Plasmids are small, typically circular DNA molecules that exist independently of chromosomes in strains and are capable of self-replication.

In infectious disease research, strain plasmids play a vital role. Due to their unique biological characteristics and flexibility, plasmids are widely used in several areas:

• Gene Delivery Vectors: Plasmids can act as effective gene delivery tools for studying the genetic traits and pathogenic mechanisms of pathogens. By inserting specific genes into plasmids, scientists can study the role of these genes in the pathogen's life cycle.
• Gene Expression Studies: Plasmids can also be used to express specific proteins of pathogens, helping researchers understand their functions in disease occurrence and development.
• Vaccine Development: In vaccine research, plasmids are used to construct recombinant vaccines by expressing specific pathogenic proteins to stimulate an immune response.
• Antibiotic Resistance Studies: As many plasmids contain antibiotic resistance genes, they also play a significant role in studying bacterial resistance mechanisms and their spread.

Specific Strain Plasmid Production Service Process

1. Customer Ordering: Customers first place orders through our platform, providing specific project requirements and objectives.
2. Template Acquisition: We obtain the required plasmid templates from customers, or perform gene synthesis as needed.
3. Overall Design: Our expert team designs the project according to the specific needs of the customers, ensuring the scientific and feasibility of the experimental scheme.
4. Cloning Process: Precise plasmid cloning work is carried out according to the design scheme. The process includes:
   (1) Bacterial fermentation
   (2) Bacterial collection
   (3) Bacterial lysis
   (4) Clarification and concentration
   (5) Gel filtration chromatography
   (6) Affinity chromatography
   (7) Anion exchange chromatography
   (8) Ultrafiltration dialysis
5. Enzyme Cutting and Sequencing: The cloned plasmids are subjected to enzyme cutting and sequencing analysis to verify the correctness and quality of the cloning.
6. Results Delivery: After completing all experiments, the final product and a detailed experimental report are delivered to the customer.

Creative Biolabs Service Advantages

• Scale-Up Plasmid Production: We are capable of producing plasmids on a hundred-liter scale to meet the research and clinical needs of our customers.
• High-Density Fermentation: Our fermentation process ensures that the copy number of plasmids reaches or exceeds 1g/L within 24 hours.
• Continuous Lysis Process: We use an industrializable continuous lysis process with high recovery rates to ensure the high purity and stability of plasmids.
• Supercoiled Plasmid Technology: Our technology ensures that the proportion of supercoiled plasmids reaches or exceeds 95%, providing higher quality and efficiency.
• Customized Quality Production Services: According to the research needs of customers, we can provide customized experimental design services to best meet customer requirements.

At critical moments in infectious disease research, choosing the right partner is essential. Creative Biolabs not only offers high-quality strain plasmid production services but is also a reliable partner on your scientific journey. Regardless of the size of your project, our expert team will work closely with you to ensure that your research is conducted efficiently and smoothly.

We look forward to collaborating with researchers and medical developers worldwide to advance the development of infectious disease research. Please contact us for more detailed information.

• Strain Production
• Primer/probe Design and Synthesis
• Bacteria Sequencing and Analysis