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6/6 We are changing humanity's relationship with nature through digital innovation, unlocking the potential of biotechnology to have a real impact on people's lives. How do you think #DigitalHealth will most impact the biopharmaceutical industry in the coming years?.

5/6 At Stämm, we are inspired by nature and believe that the solution to humanity's problems lies within it, powered by biotechnology. #DigitalHealth is our ally in making bioprocesses easy and scalable, driving real change with tools like our Multi-omic Network Atlas.

4/6 This digital convergence accelerates sustainable production and eliminates bottlenecks in the biopharmaceutical industry, a problem that has persisted for decades. AI, for example, can optimize everything from drug research to patient management and risk stratification.

3/6 The key is in the data. The proper use of technology and intelligent management of clinical and genetic data are fundamental to improving health and well-being. Interoperability is crucial for advancing biomanufacturing processes and facilitating the flow of information.

2/6 From Artificial Intelligence (AI) and Machine Learning (ML) to genomics and telemedicine, #DigitalHealth encompasses a universe of possibilities. It enables more accurate diagnoses and personalized treatments, essential for innovation in biopharma.

1/6 The future of biotechnology is digital! 🚀 #DigitalHealth is redefining how we innovate, merging healthcare with advanced technologies. It's one of the driving forces behind the revolution in bioprocessing and biomanufacturing.

What's the alternative to large and static facilities in biomanufacturing? Learn from our snippet below or go watch the full video by Federico D'Alvia Vegh ( @dalviavegh ), Stämm's co-founder.

Onofri, Silvano et al. “Synthetic biology for space exploration.” NPJ microgravity vol. 11,1 41. 12 Jul. 2025, doi:10.1038/s41526-025-00488-7.

12/ Want to know more? Read the full research article that inspired this thread:

11/ Every breakthrough in space synthetic biology accelerates innovation on Earth in agriculture, medicine, energy, and environmental protection. As we engineer life for Mars, we're engineering a better future for our home planet too.

10/ Closed-loop systems are everything in space. Our bioprocessor technology enables continuous, resource-efficient production in compact formats. What redefines biologics manufacturing on Earth could empower life beyond it.

9/ Self-healing space habitats grown by fungi. Biocement from Martian soil. Textiles from engineered microbes. Synthetic biology will support life in space and build the infrastructure for permanent settlement.

8/ Imagine an "astropharmacy" with engineered microbes producing personalized medicines on Mars. No shipping delays, no degraded drugs. Just fresh therapeutics manufactured on-demand in space. The future of space healthcare is biological.

7/ Radiation is space's silent killer, the one you mostly don't see in movies. But radioresistant organisms hold the secret to protection. By harnessing their biomolecules, we can create bio-based shields for astronauts, a kind of bio-cosmic armor.

6/ Bioregenerative life support systems (BLSS) mimic Earth's ecosystems in space. Microbes as producers, consumers, and decomposers all in a controlled loop. We could carry a piece of Earth's biosphere to Mars with nature-inspired engineering.

5/ Our decentralized bioprocessor technology mirrors what astronauts need: miniaturized, autonomous, sterile biomanufacturing. Earth's innovations become tomorrow's space survival systems as the last frontier.

4/ Cyanobacteria on Mars could be our oxygen factories. Yeasts recycling waste into food. Engineered microbes producing radiation-protective compounds. It's the same as on Earth, but using synthetic biology to make space habitable.

3/ Carrying everything from Earth for Mars missions is impractical, impossible even. The solution is to engineer microbes to turn Martian resources into oxygen, food, and medicine. Local production using biology equals space sustainability (you might have seen it in The Martian).

2/ Our future space exploration is about rockets and biology. As @NASA, @JAXA_en, @esa, @SpaceX, and @virgingalactic push further into the cosmos, synthetic biology emerges as a key to human survival beyond Earth. The age of space biotech has arrived.