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In view of global challenges, markets and trade relations, a sustainable bioeconomy can only succeed through international cooperation. In 2012, the Federal Ministry of Education and Research (BMBF) launched the "Bioeconomy International" initiative ("Bioökonomie International"), with the first projects starting the following year. Research alliances between German players and partners from non-EU countries are supported. The aim is to strengthen research cooperation with the world's best and tap into international innovation potential.

It may not have been enough for the Grand Prize, but four of the 19 German teams had a special reason to celebrate at this year's final of the iGEM Jamboree in Paris last week: at the most important global competition fo

It is the annual mega-event for synthetic biology: for the 20th time, thousands of young researchers, start-ups, investors, politicians and journalists from all over the world will come together from 2 to 5 November for the Grand Jamboree of the iGEM 2023 competition. This year, around 400 university teams will be competing in Paris for gold, silver and bronze medals as well as numerous other awards, including 19 German teams (see below).

As part of its bioeconomy research funding programme, the Federal Ministry of Education and Research (BMBF) aims to combine biotechnology with other promising future fields. These include artificial intelligence, robotics, nanotechnology, computer science and engineering. This is because innovations and disruptive developments are increasingly emerging at the boundaries between disciplines.

The Potsdam Science Park in the Golm district is increasingly developing from a science campus into a dynamic innovation ecosystem. This became clear once again at this year's Potsdam Science Park Conference (PSP Conference 2023). The two-day event attracted around 160 guests from science, business and administration to the Fraunhofer Conference Center on 9 and 10 October.

Deep in the sea, there is apparently another biological solution to the global plastic waste problem: researchers from the universities of Kiel, Hamburg and Düsseldorf have discovered an enzyme in a microorganism from the deep sea that breaks down the plastic polyethylene terephthalate, or PET for short. PET is the main component of many plastic bottles.

At the UN Summit in New York on September 18 and 19, the heads of state and government of the United Nations discussed the Sustainable Development Goals (SDGs). With the 2030 Agenda, the United Nations set ambitious goals in 2015 to advance the protection of natural resources, social justice and economic development worldwide by 2030.

Molds are not only a health risk. They are also important microbial cell factories in biotechnology. The first process of this kind was the fermentation of citric acid more than 100 years ago. In the present, numerous other acids, enzymes and pharmaceutically active molecules have been added. How productive these manufacturing processes are also depends on the spatial structure of the fungal tangles in the bioreactor. A German research team has now succeeded in analyzing these structures.