The purpose of this public procurement contract is to acquire a serological diagnostic instrument along with maintenance services. The University of Ljubljana, Faculty of Medicine, is seeking suppliers who can provide this equipment, which is essential for conducting serological tests. The deadline
Tender closed on 8 Sept 2025. Awaiting award.
No single supplier dominates the field.
In research innovation, UNIVERSITY OF LJUBLJANA FACULTY OF MEDICINE has awarded 7 contracts to 7 suppliers.
+1 more supplier
Across research innovation, the most active winners are WOLF LABORATORIES LIMITED, BRUKER UK LIMITED, VWR International Ltd — the field to beat, or your route in as a partner.
The purpose of this public procurement is to purchase an ultrasound diagnostic device for examining the oral cavity and the position of the tongue in children. This equipment is needed by the University of Ljubljana, Faculty of Medicine, Department of Maxillofacial and Dental Orthopedics, located at
This contract involves the procurement of environmentally friendly furniture and equipment for the Institute of Biochemistry and Molecular Genetics at the University of Ljubljana. The scope includes the supply and installation of office furniture and household appliances, excluding lighting fixtures
The University of Ljubljana, Faculty of Medicine, is seeking suppliers for the procurement of environmentally friendly furniture and equipment. This includes the supply of two height-adjustable desks as part of the first lot. The total value of the contract is €760. Suppliers interested in this oppo
This public procurement contract involves the rental of licensed software necessary for the operation of the GridlON system. The GridlON system utilizes nanopore technology for DNA/RNA sequencing and is intended for use by the University of Ljubljana's Faculty of Medicine, specifically the Institute
Fund collaborative data service networks to connect practitioners and improve research support services across the social science sector.
Get up to £250,000 to develop marine robots and autonomous underwater vehicles designed to operate reliably in extreme Arctic conditions over 18 months.
Fund innovative wearable and observation-based methods to measure how home learning environments influence child development and educational outcomes.
BBSRC is funding large collaborative bioscience research teams with grants of £2 million or more for five-year projects aimed at achieving major breakthroughs in understanding living systems.
