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Synbio Technologies

[Synbio Technologies] Antibody Gene Synthesis

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Synbio Technologies는 혁신적인 합성 생물학 솔루션을 제공하여 생명과학 연구 및 개발을 지원하는 기업입니다.

The General Introduction of Antibody Gene Synthesis

Antibody sequence optimization and vector construction are crucial factors influencing the efficient expression of antibody proteins. Synbio Technologies' Syno GS Gene Synthesis Platform offers an efficient and high-quality antibody gene synthesis service. Through the use of our comprehensive codon optimization strategies and high-expression vectors, we enable efficient expression of downstream recombinant antibodies and facilitate research in antibody engineering.

As noted in the process below, Synbio Technologies also provides one-stop services from hybridoma sequencing to recombinant antibodies.

Highlights

100% Accurate Antibody Gene Sequence

Free Codon Optimization, Vector Build, and Storage

Highly Customized Gene Synthesis Scheme Design

Provide One-stop Service

Service Details

Vector Types

• Human Antibody Expression Vectors

Vector Name	Vector Map	Description
pAb20-hCK		Vector Type: Human Antibody Expression Vector Promoter: CMV Promoter Vector Resistance: Ampicillin Fc Type: hCK
pAb20-hCL-1		Vector Type: Human Antibody Expression Vector Promoter: CMV Promoter Vector Resistance: Ampicillin Fc Type: hCL
pAb20-hCHIgG1		Vector Type: Human Antibody Expression Vector Promoter: CMV Promoter Vector Resistance: Ampicillin Fc Type: hCH IgG1
pAb20-hCL-2		Vector Type: Human Antibody Expression Vector Promoter: CMV Promoter Vector Resistance: Ampicillin Fc Type: hCL
pAb20-hCHIgG2		Vector Type: Human Antibody Expression Vector Promoter: CMV Promoter Vector Resistance: Ampicillin Fc Type: hCH IgG2
pAb20-hCHIgG3		Vector Type: Human Antibody Expression Vector Promoter: CMV Promoter Vector Resistance: Ampicillin Fc Type: hCH IgG3
pAb20-hCHIgG4		Vector Type: Human Antibody Expression Vector Promoter: CMV Promoter Vector Resistance: Ampicillin Fc Type: hCH IgG4
pAb20-hCHIgM		Vector Type: Human Antibody Expression Vector Promoter: CMV Promoter Vector Resistance: Ampicillin Fc Type: hCH IgGM

• Mouse Antibody Expression Vectors

Vector Name	Vector Map	Description
pAb20-mCK		Vector Type: Mouse Antibody Expression Vector Promoter: CMV Promoter Vector Resistance: Ampicillin Fc Type: mCK
pAb20-mCL-1		Vector Type: Mouse Antibody Expression Vector Promoter: CMV Promoter Vector Resistance: Ampicillin Fc Type: mCL
pAb20-mCL-2		Vector Type: Mouse Antibody Expression Vector Promoter: CMV Promoter Vector Resistance: Ampicillin Fc Type: mCL
pAb20-mCHIgG1		Vector Type: Mouse Antibody Expression Vector Promoter: CMV Promoter Vector Resistance: Ampicillin Fc Type: mCH IgG1
pAb20-mCHIgG2a		Vector Type: Mouse Antibody Expression Vector Promoter: CMV Promoter Vector Resistance: Ampicillin Fc Type：mCH IgG2a
pAb20-mCHIgG2b		Vector Type: Mouse Antibody Expression Vector Promoter: CMV Promoter Vector Resistance: Ampicillin Fc Type：mCH IgG2b
pAb20-mCHIgG3		Vector Type: Mouse Antibody Expression Vector Promoter: CMV Promoter Vector Resistance: Ampicillin Fc Type：mCH IgG3
pAb20-mCHIgM		Vector Type: Mouse Antibody Expression Vector Promoter: CMV Promoter Vector Resistance: Ampicillin Fc Type：mCHIgM

Workflow

Deliverables

100 μg endo-free plasmid

Sequence verification result

Certificate of analysis

FAQs

How does codon optimization affect gene expression?

Codon optimization can significantly improve the efficiency of gene expression in host cells. The optimized sequence better matches the codon usage bias of the host cells, resulting in higher efficiency and accuracy of translation.

How can we confirm the correctness of the final synthesized gene sequence?

We verify the final synthesized gene sequence using methods such as Sanger sequencing. When the results are consistent with the target sequence, we confirm that the gene synthesis succeeded.

How can we confirm the correctness of the final synthesized gene sequence?

We verify the final synthesized gene sequence using methods such as Sanger sequencing. When the results are consistent with the target sequence, we confirm that the gene synthesis succeeded.

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