- Indicators
- 3
- Leaders
- 10placeholder ratings
- Like it
- 8capabilities
- Developments
- 21
What Biomanufacturing is, and how it is measured
The capacity to make with biology: fermentation, cell and gene production platforms, vaccine and biologics manufacture, and the bioprocess technology that turns biological designs into supply.
Indicators
- Biologics manufacturing capacity
- Vaccine production capacity
- Fermentation capacity installed
The nations that lead in Biomanufacturing
These ratings stand in until the capability is rated.
| # | Nation | Rating |
|---|---|---|
| 1 | China | AAA |
| 2 | Japan | AA |
| 3 | South Korea | AA |
| 4 | Australia | A |
| 5 | Singapore | A |
| 6 | Italy | A |
| 7 | Spain | BBB |
| 8 | Switzerland | BBB |
| 9 | France | BB |
| 10 | Germany | BB |
The capabilities most like Biomanufacturing
Likeness, from 0 to 1, as the Atlas measures it.
How Biomanufacturing came to be
- Geopolitical
- Governance
- Technology
- Economy
- Society
Historical Developments
Oldest firstc. 7000 BCE · about 9,000 years ago
Villagers at Jiahu in China produced the earliest known fermented beverage
Residues in pottery from the Yellow River valley show a drink made from rice, honey and fruit, evidence that using living organisms to manufacture a consumable product is a Neolithic technology.
1919 · 107 years ago
Pfizer opened the first industrial fermentation plant for citric acid
Using the mould Aspergillus niger, the process ended reliance on imported Italian citrus for citric acid and became the model for large-scale industrial fermentation of organic acids and, later, antibiotics.
1943 · 83 years ago
US pharmaceutical manufacturers scaled penicillin production using deep-tank fermentation
Submerged fermentation in large steel tanks, developed under wartime pressure, turned penicillin from a scarce laboratory extract into a mass-produced drug, establishing industrial fermentation methods still used for antibiotics.
1956 · 70 years ago
Japanese researchers discovered a bacterium that made industrial amino acid fermentation possible
Kyowa Hakko scientists isolated Corynebacterium glutamicum, enabling low-cost microbial production of glutamate and later lysine, and establishing Japan as a founder of the modern industrial fermentation industry.
1957 · 69 years ago
Theodore Puck derived the Chinese hamster ovary cell line
The cell line isolated at the University of Colorado became the standard host for manufacturing complex biologic drugs, and CHO cells are still used to produce most therapeutic antibodies today.
1973 · 53 years ago
Herbert Boyer and Stanley Cohen demonstrated recombinant DNA technology
Splicing foreign DNA into bacteria and having it replicate gave biomanufacturing its foundational tool, turning microorganisms into programmable production hosts for proteins they do not naturally make.
1975 · 51 years ago
Georges Köhler and César Milstein invented the hybridoma technique for producing monoclonal antibodies
Fusing antibody-producing cells with myeloma cells created a way to manufacture a single, uniform antibody indefinitely, the basis of the monoclonal antibody industry that now dominates biologic drug sales.
1982 · 44 years ago
Genentech and Eli Lilly brought the first recombinant biologic drug to market
Humulin, human insulin manufactured by genetically engineered bacteria, replaced insulin extracted from animal pancreases and proved that engineered microorganisms could manufacture a protein drug at commercial scale.
1995 · 31 years ago
China became the world's largest producer of fermentation-derived antibiotics and bulk drug ingredients
State-linked and private manufacturers built vast fermentation capacity for penicillin, vitamin and amino acid intermediates, making China the dominant global supplier of bulk pharmaceutical ingredients still relied on today.
2004 · 22 years ago
NCBioImpact was established as a state-wide biomanufacturing training network
NCBioImpact was set up in 2004 as a comprehensive state-wide training network for biomanufacturing skills. Such workforce initiatives matter because biomanufacturing depends on personnel trained in the specialised equipment and cell-culture techniques used to grow microbes, animal cells and plant cells.
2020 · 6 years ago
mRNA vaccine manufacturers scaled a new biomanufacturing platform to billions of doses
Pfizer-BioNTech and Moderna took lipid-nanoparticle mRNA production from laboratory scale to billions of doses within a year, establishing a manufacturing platform now being adapted for other diseases.
- The WHO launched a technology transfer hub in South Africa to spread mRNA manufacturing know-how
Recent Developments
Most recent firstOctober 2025 · 10 months ago
China named biomanufacturing a strategic pillar for its next five-year plan
Proposals discussed at the Communist Party's autumn plenum set biomanufacturing alongside other frontier sectors as a priority for the 2026 to 2030 planning period, continuing state support for fermentation and cell-culture capacity.
- Shenzhen had already passed China's first dedicated biomanufacturing regulation
April 2025 · last year
Samsung Biologics brought its largest single biologics plant toward full operation
Plant 5 at the company's Songdo bio campus added large-scale mammalian cell-culture capacity, reinforcing South Korea's position as host to the world's biggest contract biologics manufacturer by volume.
2025 · last year
Fiocruz began domestic production of mRNA vaccine antigen
Brazil's Bio-Manguinhos institute, using technology licensed through the WHO mRNA hub network, produced its first batches of locally made mRNA vaccine antigen, part of a wider Latin American push for manufacturing independence.
2025 · last year
Afrigen Biologics took its self-developed mRNA vaccine into human trials
The Cape Town firm, hub of the WHO-backed mRNA technology transfer programme, moved its reverse-engineered COVID-19 vaccine candidate into a Phase 1 trial, a step toward African vaccine manufacturing self-sufficiency.
2025 · last year
WuXi Biologics expanded manufacturing outside China as US restrictions loomed
Facing possible exclusion from US federal contracts under proposed legislation, the contract manufacturer continued building capacity in Singapore and Ireland to keep serving Western customers from outside mainland China.
- The proposed BIOSECURE Act was the immediate driver
December 2024 · 2 years ago
Novo Nordisk took control of three former Catalent fill-finish plants
Completion of Novo Holdings' acquisition of Catalent transferred sterile fill-finish sites to Novo Nordisk, adding capacity dedicated to easing the shortage of injectable GLP-1 weight-loss and diabetes drugs.
- GLP-1 demand had outstripped fill-finish capacity industry-wide
September 2024 · 2 years ago
The US House Energy and Commerce Committee advanced the BIOSECURE Act
The bill would bar federal agencies from contracting with named Chinese biomanufacturers, including WuXi Biologics and WuXi AppTec, citing national security concerns over reliance on Chinese-made biologics.
- The measure was left out of the year-end defence authorisation bill
August 2024 · 2 years ago
India approved its BioE3 policy to build domestic biomanufacturing hubs
The Cabinet-approved Biotechnology for Economy, Environment and Employment policy set out support for bio-based chemicals, bioplastics and biopharmaceuticals, aiming to build regional biomanufacturing hubs and cut import dependence.
July 2024 · 2 years ago
Ginkgo Bioworks cut roughly a third of its workforce
The synthetic biology and foundry company restructured as pandemic-era biosecurity revenue fell away, narrowing its focus toward cell engineering services and away from broader platform ambitions.
May 2024 · 2 years ago
Florida banned the sale of cultivated meat
The state became the first in the US to prohibit sale of lab-grown meat outright, a move other states followed, complicating the commercial path for cultivated-protein biomanufacturers.
A timeline taken from the English Wikipedia article “Biomanufacturing” (CC BY-SA 4.0), the only source the Atlas consulted for it.