The General Introduction of Fragment XP Synthesis
Fragment XP synthesis is a specific DNA synthesis technology provided by Synbio Technologies, supporting sequences ranging in length from 125 to 3000 bp, making it ideal for both standard and complex sequence synthesis. Our cloning success rate exceeds 90%, and we guarantee 100% successful delivery! We provide high-quality customized gene fragment synthesis services to researchers and biotechnology experts worldwide.
Explore the possibilities of our Gene Fragment XP service and experience the convenience of working with a leading synthetic biology provider. Let us help you unlock the full potential of DNA and gene fragments for your research projects. Contact us now to discuss your specific requirements and get started on your journey towards groundbreaking discoveries.
Highlights
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- Free Codon Optimization
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- TAT as Short as 3 Business Days
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- The Cloning Success Rate is Greater than 90%
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- Lowest Price Guaranteed
Service Details
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Fragment XP
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Fragment XPC
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Length
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125 bp – 1800 bp
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200 bp – 3000 bp
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Yield
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250 – 1000 ng
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250 – 1000 ng
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Error Rate
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1/5000
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1/12000
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Type
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Normal
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Normal / Complex
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Production Time
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3 – 4 Business days
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6+ Business days
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Delivery Rate
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100%
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100%
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Price
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Quote
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Quote
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* It is recommended to have 2-5 clones, and the probability of obtaining the correct one is over 90%.
Workflow
Deliverables
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1 tube of lyophilized DNA
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COA file
FAQs
Ordering gene fragments from Synbio Technologies is easy. Simply input your desired DNA sequence into our online order form, select your preferred delivery format (plasmid DNA or dried DNA), and submit your order. We will handle the rest!
• Cloning and Mutagenesis: Gene fragments underlie cloning and mutagenesis.
• PCR amplifies DNA: SynBio-Tech fragments as primers enable precise amplification.
• Biochemical Pathway Engineering modifies microbial cells for biofuels, pharma, etc.
• Antibodies and vaccines utilize fragments for production and development.
• DNA Storage encodes digital information in synthesized DNA.
• Gene fragments aid education in molecular biology techniques.
• Experience and technical capabilities of the synthesis service.
• Synthesis efficiency and purity.
• Selection and effectiveness of purification methods.
• Pricing and service quality.
• Delivery time and flexibility.
Resources
What Are Gene Fragments?
Gene fragments are part of DNA, but not all DNA fragments are gene fragments. Only those segments of DNA that carry genetic information and are capable of coding for specific proteins or RNAs can be called gene fragments. A complete gene contains both coding and non-coding regions. The coding region is the DNA sequence in the gene that is capable of coding for proteins, while the non-coding region includes regulatory sequences such as promoters and terminators, as well as sequences such as introns, which are not directly involved in protein coding. Gene fragments are portions of DNA with specific genetic information and functions, whereas complete genes contain a broader range of genetic information and regulatory sequences that have a more comprehensive impact on the traits and functions of an organism.
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Term
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Description
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Applications
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InformationSubmitted
bytheClients
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Gene Fragments
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Gene fragments are segments of DNA that represent portions of a gene.
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Cloning, gene editing, synthetic biology, diagnostics,pharmaceuticals
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Required DNA sequence, DNA Amount, and any specific modifications
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Full Genes
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The entire DNA sequence encoding a specific protein
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lGenetic Engineering,Protein expression, Synthetic Biology functional assays
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Target gene sequence, restriction site, DNA Amount,and vector name
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Applications of Gene Fragment
Gene fragment synthesis has many applications across many fields such as infectious disease research, agrigenomics, oncology and more. Click What are the Downstream Applications of Gene Fragment? to learn more:
• Infectious Disease Research
Used to synthesize gene fragments of specific pathogens to help study infection mechanisms and disease transmission pathways, for vaccine development and pathogen testing.
• Agrigenomics
It can be used to improve crop varieties, synthesize genes related to disease resistance, stress resistance or yield increase, support gene editing and transgenic technology research, and improve the nutritional value and yield of crops.
• Oncology
By synthesizing cancer-related gene fragments, it can be used to study the genetic basis and mechanism of cancer. It can also be used to develop targeted therapeutic drugs and understand the characteristics of tumor cells through DNA fragment synthesis.
Besides, DNA fragments can be inserted into vectors to explore complex processes such as protein expression, gene regulation, and cell communication. By enabling precise genome engineering, thisFragment XP synthesis technology helps unravel complex genetic questions and aids in the development of innovative therapies and solutions.
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