Mobile Protein Synthesizer

• 3 reaction vessels used
• User defined throughput
• Manual and automatic operations required
• Various proteins are extracted
• Liquid form available

• Increases photosynthesis activity in plants
• Provides better nutrients to plants
• Enhances greenery in leaves
• Effectively increases the productivity of the plants
• Helps in balancing the overall function of the plants

• Compatible with fungicides
• A sequence feature of amino acids present
• High performance
• Great output 
• Low maintenance costs
• Easy operations
• Simple to handle

FAQ

1. What is a mobile protein synthesizer?

Ans - A mobile protein synthesizer is a device that can produce proteins on-the-go. It uses a combination of physical, chemical, and biological processes to create proteins at a much faster rate than traditional methods. The synthesizer is small enough to be carried and used in a variety of settings, such as in a laboratory, in the field, or even in a hospital. 

2. What are the advantages of using a mobile protein synthesizer?

Ans - A mobile protein synthesizer offers several advantages over traditional methods of protein synthesis. It is faster and more efficient than traditional methods and can produce high-quality proteins with a shorter turnaround time. Additionally, it is much more portable and cost-effective than traditional methods, as it does not require expensive and bulky equipment.

3. What types of proteins can be produced with a mobile protein synthesizer?

Ans - A mobile protein synthesizer can produce a variety of proteins, including enzymes, antibodies, hormones, and other proteins. Additionally, it can be used to produce custom proteins for specific applications.

4. How does a mobile protein synthesizer work?

Ans - A mobile protein synthesizer works by combining physical, chemical, and biological processes. First, the proteins are produced by using a combination of enzymes, chemicals, and other biological components. Then, the proteins are purified and separated from the other components, and finally they are collected and stored.