Standard Gene Synthesis

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Overview
Standard Gene Synthesis is a cutting-edge service that revolutionizes the process of obtaining target genes compared to conventional molecular cloning methods. Our standard gene synthesis services offer personalized synthesis plans tailored to diverse lengths and application requirements, ensuring customization. By providing us with the DNA sequence you need synthesized, we guarantee prompt delivery of the ideal plasmid containing your target gene. With guaranteed 100% sequence accuracy with Sanger sequencing and NGS, we stand out as the preferred partner for top research institutions worldwide.
Advantages
Cost-effective
The cost-effective solution through Tsingke's comprehensive industrial chain
Accuracy
Guaranteed 100% sequency with Sanger sequencing and NGS
Optional
Free 160+ vectors
Free codon optimization

Service Details

Length

*Turnaround time

(Business Day)

Deliverables

<1.5 kb

5~7

1 tube of lyophilized plasmid DNA 
(about 1-4 μg/ tube); 

Sequencing map (.abl file);

Target sequence (.seq file);

COA Report(electronic). 

1.5 kb~3.5 kb

9~12

3.5 kb~5 kb

12~15

5 kb~7 kb

15~18

7 kb~10 kb

20~25

>10 kb

Evaluation

*Turnaround Time for simple sequences only and may change with the complexity of the gene sequence. Get your accurate estimated turnaround time by emailing gene@tsingke.com.cn
Workflow
sequence analysis & codon optimization
Sequence Optimization
sequence analysis & codon optimization
design & synthesis
Oligo Synthesis
design & synthesis
overlap PCR & gene assembly
Construction
overlap PCR & gene assembly
QC for NGS & Sanger sequencing
Quality Control
QC for NGS & Sanger sequencing
ship the plasmid containing your gene insert
Delivery
ship the plasmid containing your gene insert
Case 1

Codon Used Adjustment

A CAI of 1.0 is considered to be perfect in the desired expression organism, and a CAI of > 0.75 is regarded as good, in terms of high gene expression level. After optimized CAI : 0.85
Figure 1 The distribution of codon usage relativate frequency
Case 2

GC Content Adjustment

The ideal percentage range of GC content is between 35-65%. In this report, GC content statistics using a 30bp window. After optimized GC: 58.99
Figure 2 The comparison of GC content between original sequence and optimized sequence
Related Resource
FAQ
What information do I need to provide to assess sequence pricing and turnaround time?

We require the DNA or amino acid sequence you need synthesized. If codon optimization is required, specify the host species. Additionally, indicate any required restriction sites at the 5' and/or 3' ends, any internal modifications to avoid, and if you need additional sequences added (e.g., Kozak sequence, stop codons, etc.).Or you can download the "Tsingke Gene Synthesis Order Form" from our website and email it to info@tsingke.com.cn. Our technical support team will promptly estimate the pricing and turnaround time for you and send you a  quotation shortly.

How long can the synthesized plasmid be stored?

The synthesized plasmid can be stored for one year. Customer-provided vectors that are free of issues will also be stored for one year. During the storage period, you can use the plasmid for site-directed mutagenesis, cloning, or other services.

What if there are quality issues with the plasmid?

If there are any quality issues within one month of receipt, we will provide a free replacement.Overseas shipping fees will be charged separately, or the plasmids can be sent with other orders.

How does Tsingke solve high-difficulty genes, such as those with high or low GC content, highly repetitive sequences, very long sequences, and speci

High and low GC content, repetitive sequence:

Solution: Divide the sequence into small segments to reduce the impact of structure, and choose the optimal connection solution, such as enzyme digestion and ligation and multi-segment recombination.

Long sequences

Solution: use multi-segment recombination to construct divided gene fragments, and combine them with vitro and vivo assembly.

Special parts of vectors (e.g. ccdB, LTR)

Solution: Use different competent cells corresponding to different parts of vectors, such as DB3.1, which renders the strain resistant to the toxic effects of the ccdB gene, the recombination-deficient Stbl series, etc.

Other unpredictable difficulties, such as genetic instability and toxicity, and the introduction of random mutations and deletions

Solution: Try different competent cells.

How does Tsingke determine the quality and accuracy of the synthesized gene?

Tsingke ensures sample uniformity by isolating monoclonal clones. Each clone is validated by Sanger sequencing, covering the entire gene and at least 50 bp of the vector backbone upstream and downstream, which ensures the gene is correct and properly placed in the vector. The plasmid then undergoes NGS to verify the accuracy of the entire plasmid and detect any contamination. Before shipment, a strict QC review is conducted.

*For Research Use Only. Not for use in diagnostic procedures.
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