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Konten klinis dan teknis tersedia dalam bahasa Inggris.

Technology transfer, built around you

Pengobatan mutakhir.Kapasitas lokal.

Kami membantu institusi membangun keahlian, sistem dan infrastruktur untuk menyediakan pengobatan mutakhir lebih dekat dengan masyarakat.

Exclusive collaboration with the China National Human Genome Center (CHGB), Beijing.

The innovation corridor

A working capability

The deliverable is
local capacity.

VectorGene Biotech Limited helps governments, hospitals, research institutes and biotech companies build local capability in genomics, CAR-T manufacturing, cell therapy and gene therapy.

How technology transfer works
Laboratory team reviewing a tablet. Illustrative stock photograph.
01Trained teams
Laboratory, clinical, regulatory and quality personnel.
02Validated workflows
SOPs, batch records, QC and release testing.
03Regulatory documentation
Submission preparation, with local ownership.
04Working facilities
Facility planning, equipment specification and GMP design.

Six technology platforms

Discover your next capability.

Explore and compare

Diagnostics01

Varies by jurisdiction
Technician validating genetic variants in a sequencing laboratory. Illustrative stock photograph.

Genomics & NGS Testing

Advanced genomic testing platforms for precision oncology, inherited disease analysis, pathogen sequencing, microbiome analysis and population-level genomic programmes.

Scope & regulatory context

Advanced genomic testing platforms for precision oncology, inherited disease analysis, pathogen sequencing, microbiome analysis and population-level genomic programmes.

Diagnostic testing is regulated differently in every jurisdiction. VectorGene supports local validation and accreditation; the regulatory dossier remains owned by the local institution.

Manufacturing02

Approved in some markets*
Researcher measuring a cell culture volume. Illustrative stock photograph.

CAR-T Manufacturing

End-to-end support for hospitals and biotechnology organisations to establish CAR-T manufacturing and clinical treatment capability, from GMP facility planning to first clinical use.

Scope & regulatory context

End-to-end support for hospitals and biotechnology organisations to establish CAR-T manufacturing and clinical treatment capability, from GMP facility planning to first clinical use.

CAR-T therapies are approved in several markets for defined indications. Local manufacture and clinical use require approval from the national regulatory authority of the host country, which the local partner owns.

Cellular medicine03

Investigational
Scientist using an inverted microscope for cultured cells. Illustrative stock photograph.

Advanced Cell Therapy

Clinical and translational platforms for immune cell therapy and cellular medicine, available for research collaboration or clinical implementation subject to local regulatory approval.

Scope & regulatory context

Clinical and translational platforms for immune cell therapy and cellular medicine, available for research collaboration or clinical implementation subject to local regulatory approval.

Most platforms in this group are investigational outside defined trial settings. VectorGene does not present investigational therapies as standard care, and every programme is designed around the host country regulatory framework.

Gene therapy04

Approved in some markets*
Automated sample transport in a laboratory. Illustrative stock photograph.

Hemoglobinopathy Gene Therapy

Technology transfer and local implementation support for autologous HSPC gene therapy programmes for transfusion-dependent beta-thalassemia and sickle cell disease.

Scope & regulatory context

Technology transfer and local implementation support for autologous HSPC gene therapy programmes for transfusion-dependent beta-thalassemia and sickle cell disease.

Gene therapies for beta-thalassemia and sickle cell disease are approved in some markets. Local delivery requires national regulatory clearance, ethics approval and long-term follow-up commitments, all owned by the local institution.

Public health05

Varies by jurisdiction
Scientist examining a plaque assay plate. Illustrative stock photograph.

Pathogen & Microbiome Sequencing

Metagenomic and targeted sequencing platforms for infectious disease diagnosis, outbreak surveillance and microbiome research at institutional or national scale.

Scope & regulatory context

Metagenomic and targeted sequencing platforms for infectious disease diagnosis, outbreak surveillance and microbiome research at institutional or national scale.

Clinical use of metagenomic sequencing is regulated as a diagnostic and varies by jurisdiction. Surveillance and research applications typically sit under different frameworks.

Translational research06

Research only
Researcher wearing gloves at a microscope. Illustrative stock photograph.

Stem Cells & Organoids

Patient-derived organoid and stem cell platforms for drug screening, treatment response prediction and translational research collaboration.

Scope & regulatory context

Patient-derived organoid and stem cell platforms for drug screening, treatment response prediction and translational research collaboration.

These platforms are supported for research collaboration and translational study. They are not offered as clinical services, and results are not presented as a basis for treatment decisions outside a trial.

Six technology platforms · Illustrative licensed stock photography

Transfer the knowledge. Build it locally.

Proprietary viral vectors cannot be exported. VectorGene's approach enables local production through plasmid transfer.

VectorGene’s supplied pathway rationale. Material rights, transport requirements and local permissions must be reviewed for the specific programme.

One programme. Three foundations.

Choose a foundation to connect the illustration with the programme responsibilities below.

Knowledge
SOPs, batch records, QC and release testing.
Training
Laboratory, clinical, regulatory and quality personnel.
Infrastructure
Facility planning, equipment specification and GMP design.
All three foundations form one transfer programme.

Review question: who will own the documents, demonstrate team competence and maintain facility readiness after transfer?

Knowledge into practice

The local production pathway

5 connected stages
  1. Plasmids manufactured under controlled conditions at the partner facility.

    Partner facility
  2. Plasmids shipped to the destination country following applicable regulatory protocols.

    International transport
  3. Fermentation performed at the local GMP facility.

    Local GMP facility
  4. Viral vectors purified on-site to clinical-grade specifications.

    Local GMP facility
  5. Target cells transfected using the locally produced vector.

    Local facility

Your institution. Your local context.

From national programmes to research partnerships, start with the capability you want to build.

Governments & public health

National capacity building, public-private partnerships, rare disease programmes, cancer diagnostics and advanced therapy access.

Discuss your programme
Hospitals & transplant centres

Local CAR-T, gene therapy, NGS and cell therapy implementation alongside existing transplant and oncology programmes.

Discuss your programme
Research institutes & universities

Joint research, clinical trials, technology validation, bioinformatics, publications and translational programmes.

Discuss your programme
Biotech & pharma companies

Licensing, co-development, manufacturing localisation, regulatory strategy and market expansion.

Discuss your programme
Investors & strategic partners

Scalable precision medicine platforms, regional hubs and advanced therapy commercialisation opportunities.

Discuss your programme
Patient organisations & NGOs

Access programmes, awareness, patient screening, early identification and ethical support pathways.

Discuss your programme

International collaboration · Local implementation

Knowledge travels. Capability stays.

VectorGene connects institutions with the knowledge, training and implementation planning needed to develop capability in their own local context.

People, processes and quality systems.

VectorGeneHong Kong
Innovation collaborationBeijing · CHGB
Our collaboration model
World map highlighting Hong Kong and Beijing.

Hong Kong · Beijing collaboration

Feasibility before commitment.

Disease burden analysis, regulatory landscape review, infrastructure audit and commercial feasibility before any commitments are made.

“We do not parachute technology into a country — we plan, validate, train, and scale alongside local institutions.”

See the implementation roadmap

Practical questions

A clearer starting point.

How long does a typical technology transfer take?

It depends on the platform and infrastructure baseline. A genomics reference laboratory can be operational in 6–12 months. A CAR-T manufacturing programme typically requires 12–24 months from MoU to first clinical use. Gene therapy programmes may take 18–36 months because of regulatory complexity. The feasibility phase clarifies realistic timelines for your specific context.

Does VectorGene handle the regulatory approvals directly?

No. Regulatory approval is the responsibility of the local partner and is conducted through the national regulatory authority of the host country. VectorGene supports the documentation, technical files, evidence packages and submission preparation — but the formal application and ownership of the regulatory dossier remain with the local institution.

What level of infrastructure does our institution need before starting?

This is exactly what the feasibility assessment addresses. For NGS, an existing molecular pathology lab is helpful but not essential. For CAR-T, a tertiary hospital with active oncology and transplant programmes is typically the starting point. For gene therapy, haematology and BMT capability are usually required. Programmes are designed around the existing baseline.

Can VectorGene support compassionate access or early clinical use?

Where the local regulatory framework permits compassionate use, named-patient access or expanded access programmes, VectorGene can help structure the clinical and ethical pathway. This is country-specific and protocol-specific, and always requires institutional ethics approval and informed consent.

What are the typical commercial models?

VectorGene works across licensing, technical service contracts, joint ventures, reference lab partnerships, training contracts, government-supported programmes, revenue-share and co-development arrangements. The right model depends on programme scope, IP considerations, regulatory environment and the capability of the local partner.

How do we start a discussion?

Submit a partnership enquiry through our Partner With Us form. Tell us about your institution, the technology area you are exploring and your project context. Our team will review and propose a structured next step — typically a feasibility scoping conversation.

Knowledge. Transfer. Capability.

Structured technology transfer, built around your institution.

Start with a programme you can define.

A productive feasibility discussion connects the capability you want to build with the institution that will operate it. Establish the intended use, the local baseline and the responsibilities that continue after the transfer.

WIPO distinguishes IP licences, know-how arrangements, material transfers and research collaborations. Agreements need to reflect the particular technology, permitted uses and responsibilities rather than rely on a universal contract.

WIPO: Technology Transfer Agreements

External references explain the wider context. They do not verify or endorse the supplied VectorGene or partner offering.

Questions for the programme brief

  1. Capability

    Which platform, intended use and local need are you exploring?

  2. Institution

    Which facility, team and quality systems already exist?

  3. Ownership

    Who will lead implementation, quality and local review?

What to prepare for review
  • A short programme brief
  • The institutional baseline
  • Named technical and governance leads

Start a conversation

Build the capability your institution needs.

Begin with your institution, your local context and the capability you want to develop.