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  • Accelerating Drug Discovery: Tsingke Biotech Unveils Next-Generation Rapid Protein and Antibody Solutions Accelerating Drug Discovery: Tsingke Biotech Unveils Next-Generation Rapid Protein and Antibody Solutions Publication Date: Nov 19, 2025
  • Gene Synthesis Gene Synthesis We offer fast, precise gene synthesis services including gene fragments, full-length constructs, and custom vector integration. All sequences are codon-optimized, cloned, and quality-verified using in-house reagents and platforms to support research, therapeutic, and industrial use cases.
  • Applications Applications Application Areas
  • Agricultural Biotech Agricultural Biotech Gene constructs, promoters, and genome editing tools for crop improvement, trait engineering, and plant-based expression systems in agricultural R&D.
  • NGS Oligos NGS Oligos Customized adapters and indexed primers for NGS library preparation.
  • ASO ASO Single-stranded nucleic acids modulating gene expression via RNA binding, enabling therapeutic interventions and genomic research.
  • Backbone & Linkage Modifications Backbone & Linkage Modifications Improve nuclease resistance and enable site-specific cleavage.
  • Antibody Discovery Antibody Discovery Custom rabbit or mouse antibodies designed, immunized, purified, and validated. High-quality polyclonal or monoclonal candidates delivered rapidly to accelerate your research in 7–11 weeks.
  • Library Construction Library Construction Customized CRISPR or shRNA libraries for functional genomics and screening studies.
  • Companion Diagnostics Companion Diagnostics Companion diagnostics (CDx) are essential for identifying patients who will benefit from specific targeted therapies. Tsingke partners with pharma and biotech companies to supply the high-quality primers, probes, and NGS panels required to develop, validate, and commercialize CDx assays.
  • Therapeutic Oligos Therapeutic Oligos Therapeutic oligonucleotides, such as ASOs, siRNAs, and miRNAs, represent a powerful class of drugs that modulate gene expression with high specificity. Tsingke provides comprehensive services for the design, synthesis, and modification of these molecules, supporting your efforts from early research to clinical development.
  • Crop Genomics & Trait Improvement Crop Genomics & Trait Improvement Modern agriculture relies on advanced genomics to improve yield, nutritional content, and resistance to pests and environmental stress. Tsingke provides researchers and agribiotech companies with gene synthesis, optimized for plant expression, accelerating the development of crops with desirable traits—from drought resistance to enhanced vitamin.
  • Therapeutic Development Therapeutic Development Therapeutic development requires precision and quality. From bispecific antibody design to ADC linker oligos and GMP-grade production, Tsingke delivers scalable, compliant, and reliable solutions that accelerate translation into the clinic.(to Accelerate Clinical Translation)
  • Citations Database Citations Database For each citation that was shared on social media (LinkedIn, Facebook, or Twitter) with the "@tsingke" tag, the author will be rewarded with a $10 Amazon gift card or 2,000 GS points.
  • BIO-Europe 2024 BIO-Europe 2024 Tsingke will participate in BIO-Europe 2024, the premier global biotechnology event, taking place from November 4 to 6 in Stockholm, Sweden. BIO-Europe gathers leading companies and institutions from ...
Tsingke Updates
Understanding the Gene Synthesis Process
2026-06-12
Gene synthesis has reshaped modern biotechnology and synthetic biology by enabling scientists to construct DNA sequences entirely in the laboratory. Instead of relying on naturally occurring genetic m...
Applications of Gene Synthesis
2026-06-05
Over the past few decades, gene synthesis has transformed from a complex, time-consuming process into a streamlined and highly precise technology. Tasks that once depended on iterative cloning and man...
What Is Artificial DNA Synthesis?
2026-05-09
In modern biotechnology, the ability to create DNA in the laboratory has revolutionized how scientists study, manipulate, and design living systems. What was once limited to nature\'s own genetic mater...
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