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Second call for research and innovation projects: €4.8 million available for researchers

On 6 October, the second call for Research and Innovation Projects (PIPs) of the Research Platform on Biomedicine and Photonics for Innovative Products ("BioPhoT") was launched. This call for proposals has an indicative amount of €4,826,110 available for researchers to implement innovative solutions in two areas of the Latvian Smart Strategy (RIS3) - biomedicine, medical technologies and pharmaceuticals, as well as photonics and smart materials research, technology and engineering.

Each Research and Innovation Project (RIP) can receive up to €190 000 and has an implementation period of 8 months, with the possibility of extending it for a further three months without additional funding. The PIP leader submits an application to the National Scientific Activity Information System (NZDIS). The deadline for applications is 7 November 2025.

On 7 October, the Latvian Institute of Organic Synthesis will host information seminar on the preparation and submission of applications. For more information on applying for funding, the Terms of Reference and information on the information workshops organised by the Platform, please visit the Platform's website www.biophot.lv.

The PIP leader is obliged to apply for a mentoring consultation to assess the technological readiness of the project before submission. Mentoring can also be used for the preparation of the first round application and the presentation to the industry panel. To apply for a mentoring consultation, please visit the project website https://biophot.lv/zinatniekiem/#mentors“.

"The first BioPhoT project competition was a striking testament to the competitiveness of Latvian science and its readiness to tackle global challenges with locally generated, innovative ideas. The diversity of the 40 approved projects reveals that our researchers are not only rich in ideas, but also ready to go beyond the academic framework, convincingly demonstrating the commercial potential of their solutions. Latvia already has strong, collaborative research teams which, with the right support mechanisms, can achieve technological breakthroughs. Innovation starts with the courage to think differently - and we saw this courage, this strategic vision of the future, in the ideas, in the presentations and in the collaboration between the teams. It is this approach - focused, results-oriented and rooted in scientific excellence - that is the way to strengthen Latvia's competitiveness in high-tech areas. Our common task now is to help these ideas develop into real solutions," says Osvalds Pugovičs, BioPhoT Platform Manager said.

Applications will be evaluated in two rounds. In the first round, a panel of experts will analyse the innovative potential of the ideas and their relevance to market and/or user needs. PIP applicants will be asked to present their idea in a five-minute presentation followed by a 10-minute question and answer session. In the second round, experts from the Latvian Research Council will assess the scientific quality, impact and feasibility of the applications.

"The BioPhoT platform aims to bridge the gap between science and the commercial sector to develop new technologies and promote their commercialisation. Alongside the calls for projects, BioPhoT offers a wide range of free training programmes providing practical knowledge on technology transfer, intellectual property protection and commercialisation of innovations.

The first call for proposals launched by the Platform supported 40 projects for a total of €8 million. They cover a wide range of topics, from sepsis diagnostics for newborns and biomaterials for bone regeneration to sensors for assessing the quality of seafood and smart additives for asphalt. The most active project promoters are the University of Latvia, Riga Technical University, the Institute of Solid State Physics and the Latvian Institute of Organic Synthesis. Support was also given to regional universities - scientists from Daugavpils and Jelgava.

By 2032, BioPhoT will have developed at least 35 new technologies, more than half of which will have progressed to validation in real or full-scale conditions (TRL 5-6), and at least four to commercialisation.

The project "Biomedical and Photonics Research Platform for Innovative Products" or "BioPhoT" is implemented under the long-term national research programme "Innovation Fund - Long-term Research Programme" funded by the Ministry of Economics. Platform number: IVPP-EM-Innovation-2024/1-0002.

The Platform is expected to run until at least 2026, with the potential to extend funding in subsequent phases until 2032.

[Published: 06.10.2025.]

BioPhoT Info Day for Call 2 applicants

Pasākums

On 7 October, the BioPhoT platform will host an info day for potential applicants on the BioPhoT call, its rules and regulations, as well as on the changes in the application and evaluation of research and innovation projects compared to the first call.

During the Info Day event, all questions will be answered to ensure a smooth preparation and application process.

The in-person event will take place from 10-12 at the Latvian Institute of Organic Synthesis (Aizkraukles iela 21) in the Large Conference Hall, 4th floor, and remotely on the Zoom platform. Links - https://us06web.zoom.us/j/88916023567?pwd=azHlhjp1mcv8s9zRtYKc1Gt0w18a72.1 (Meeting ID: 889 1602 3567, Passcode: 632269)

To apply: https://luma.com/zl4x6zzv

Programme:

9:45 - 10:00	Arrival of participants, morning coffee
10:00 - 10:40	"BioPhoT Research and Innovation Call 2 conditions	Osvalds Pugovičs
10:40 - 11:20	Collaborating with mentors in BioPhoT 2nd Call for Research and Innovation Projects	Ģirts Ozoliņš
11.20 - 11.40	UNILAB SIA information on recruitment of business development specialists	Andris Baumanis
11.40 - 12.00	Informal discussion, coffee break

[Published: 04.10.2025.]

"BioPhoT stage at Scientists' Night highlights innovative technologies of Latvian researchers

Pasākums

During the Night of Scientists 2025, the BioPhoT stages at the University of Latvia (UL) and the Institute of Solid State Physics (ISSP) of the UL stood out, where visitors had the opportunity to get to know the diverse and socially important innovation projects implemented by Latvian scientists within the BioPhoT platform. Researchers revealed how science can become a driving force for the creation of new technologies with real applications in medicine, industry, environmental protection and societal well-being.

Seven projects with high commercialisation potential were presented at the Academic Centre of the University of Latvia. The researchers addressed the audience with a creative, illustrative and understandable approach to presenting complex technological solutions.

Physicist Tom Beinert surprised the audience by demonstrating how a rotating magnet can generate temperatures so high that an egg can be fried in a hot cast-iron pan. This solution could be successfully applied in the metalworking industry in processes for heating cast iron moulds, reducing energy consumption by up to 30%.

Artis Kinēns, Associate Professor, University of Latvia presented a project on a smart sensor that could accurately detect the freshness of seafood products and significantly reduce food waste - as around a third of the world's seafood is currently thrown away if spoilage is not detected in time.

Jana Andžāne from the Institute of Chemical Physics at the University of Latvia presented the development of flexible thermoelectric generators that use human body heat to generate electricity for smart devices such as heart rate monitors, smart watches and sensors. Such generators could replace some lithium batteries and reduce e-waste.

Professor Jānis Spīgulis presented an innovative endoscopic solution for early cancer diagnosis, while researcher Alexey Likhachev presented a technology that allows rapid detection of antimicrobial resistance - a vital factor, especially in severe infections such as sepsis. Līga Kunrade from the Department of Pharmaceutical Sciences at the University of Latvia presented an innovative solution for malaria detection in the field - a rapid test that identifies the specific causative agent of malaria and immediately starts effective treatment.

Researcher Mārtiņš Borodušķis presented a project on improved haemostatic materials for wound treatment, early prototypes of which have already been tested in real combat conditions in Ukraine. The project team is working on a next generation solution with a chitosan matrix and electrospinning technology.

During the evening, the Faculty of Science House was also buzzing with activity at the STEM board games designed especially for families and children. Both younger visitors and their parents enthusiastically participated in the quiz game "STEM UP!", where researchers from the University of Ljubljana were involved in designing and testing the questions, making the game not only entertaining, but also educational. Alongside it, a brand new board game "Exoplanet Escape" allowed children and adults to work together to complete missions, overcome various challenges and learn about STEM professions at the same time. The great interest of the visitors showed that science can also be presented as an engaging and exciting experience for the whole family.

An equally exciting programme took place at the Institute of Solid State Physics, where four promising projects were presented on the BioPhoT stage.

Anatolijs Šarakovskis, Head of the CFI Spectroscopy Laboratory, talked about a fibre-optic temperature sensor that operates over an extended temperature range and is applicable in conditions where traditional measurement methods are not effective, such as induction cookers, high-voltage transformers or explosive environments.

Arturs Bundulis, Senior Researcher, Organic Materials Laboratory, presented the possibilities of heterogeneous integration of polymers in inorganic integrated photonic circuits to offer a cheaper, more energy-efficient option instead of conventional electronic chips.

Rihards Ruska, Research Assistant, CFI, LU, presented a project on bioactive fluorescent coatings with antimicrobial properties that could be used in healthcare or food packaging to protect products, homes and human health from mould in the future.

See Sergejs Fomins, Head of the Vision Perception Laboratoryspoke about a mobile infrared spectroscopy underwater sensor capable of detecting PFAS and microplastic contamination in different aquatic environments - a problem that is becoming increasingly important worldwide.

The presentations were followed by a panel discussion with the project authors and "Mentor of BioPhoT platform Ģirts Ozoliņš, Senior Expert on Technology Commercialisation and Innovation, CFI. He introduced the mission of the BioPhoT platform - to support the translation of scientific ideas into practical solutions and commercialisable technologies.

During the discussion, the researchers briefly recalled the nature of their research and outlined its potential impact on society, while in the ensuing conversation they shared their career paths as scientists - the motivations, challenges and opportunities of working in science - to give the young minds in the audience a better insight into their potential future careers.

Guests could also enjoy a fire show, challenge themselves in a laser maze and a break-out room, and watch and try out various experiments with light, temperature and the latest technologies developed at the Institute, such as microfluidics chips and touch sensors. Throughout the evening, guests also showed interest in other scientists' stories, both on specific scientific topics (micro and nano worlds, light technologies) and on mistakes made in their scientific careers that have taught them valuable lessons.

Scientists' Night 2025 clearly showed that Latvian scientists are not only working on high-level research, but also actively thinking about its societal relevance and practical applications. "The BioPhoT stage programme became a shining example of how science can inspire, educate and drive innovation, while at the same time stimulating public interest in technological development and the scientific profession.

[Published: 30.09.2025.]

A journey into future technologies and behind the scenes of science - BioPhoT invites you to Scientists' Night

Pasākums

On 26 September, Scientists' Night will be an unforgettable experience for everyone - young people and students, families, educators and technology enthusiasts. The BioPhoT platform invites you to discover the world of Latvian researchers - from brilliant ideas in biophotonics to exciting inventions that are changing medicine, the environment and everyday life.

Visitors will be welcome at the Academic Centre of the University of Latvia, the Institute of Solid State Physics and the Institute of Organic Synthesis, where they can meet scientists, try creative games and learn how future technologies are being developed. It will be a great opportunity to explore the world of science and get inspired for STEM studies and careers.

From 17.20 in Rooms 103 and 104 of the Academic Centre of the Faculty of Science, Jelgavas iela 3 "The BioPhoT stage will give you the chance to discover projects where light and technology are helping doctors, protecting the environment and creating new devices for our everyday lives. Visitors will learn how endoscopic and non-contact heating devices are being developed, rapid tests that detect bacteria, biosensors and gas monitors that let you see the invisible, technologies that make life safer and healthier by detecting tumours faster, and more. Emerging innovations in Latvia.

Until 20.00, families can also take part in exciting games: the quiz game "STEM UP!", which stimulates interest in science, technology and mathematics, and the brand new board game "Exoplanet Escape", which allows children and adults to complete missions, overcome challenges and explore STEM professions. The programme of the Researchers' Night 2025 is available on the Faculty of Science website: https://www.lu.lv/zinatne/zinatnes-komunikacija/zinatne-un-sabiedriba/zinatnieku-nakts/zinatnieku-nakts-2025/

18.20-19.00 at the Institute of Solid State Physics, 8 Kengaraga Street Innovators will be on hand to talk about projects under development in Latvia - optical temperature sensors, bioactive coatings and gas sensors. Scientists will share their research, show how ideas are born and how challenges are overcome. A preview of the CFI Scientists' Night 2025 programmes: https://www.cfi.lu.lv/zinatnieku-nakts/

From 19.15 at the Institute of Organic Synthesis, Aizkraukles iela 21 material scientist Anton Sizov and his colleagues will be there to welcome you. He will talk about his innovative solution for extending the life of dental drills, which is being developed with the support of BioPhoT and will allow children and parents to get to know the everyday life of scientists, ask questions and find out how inventions are made. OSI Scientists' Night 2025 programme: https://www.osi.lv/21237-2/zinatnieku-nakts-2024/

All Scientists' Night and BioPhoT events are open to families, children, young people, students, educators, technology enthusiasts - everyone! - and are free of charge. It's a great opportunity to discover the magic of science, the power of Latvian innovation and experience future technologies together!

[Published: 23.09.2025.]

Presentation skills training

Pasākums

Presenting your project is one of the key requirements for BioPhoT calls - good presenting skills can significantly increase your chances of funding.

We invite you to take the opportunity to participate in the presentation skills training on 15 and 16 October, 9.30 - 14.30 at the Small Auditorium of the University of Latvia, 19 Raina Boulevard.

Presentation skills training is designed to teach you how to communicate complex information in 5 minutes and how to quantify and demonstrate the value of a project. Practical part: prepare, visualise and present your "pitch" effectively.

Teacher: Gleb Maltsev (Estonia)

Evaluated 900+ pitch presentations per year in recent years; 5+ years of practical experience in business management; trained hundreds of managers, entrepreneurs, scientists and creative people. More information about the trainer: LinkedIn profile

IMPORTANT: For feedback from the trainer, please send an English presentation using the presentation template to the following email address by 17 September biophot@biophot.lv.

Presentation template:

V2 Annex#15_PIP_1_Expert_Panel_Presentation_Form EN_sm Download at

The sessions will focus on presentation skills rather than content, so prepare your presentation even if you haven't fully formulated your idea yet. Up to 20 presentations will be considered during the programme, with priority given to the first to register.

Registration for the event is compulsory for all participants - both presenters and team members - by 12 October: https://luma.com/skn64gxa

[Published: 22.09.2025.]

6 October - Online seminar on the KTH IRL methodology

Pasākums

"BioPhoT approved Platform innovation projects will be regularly evaluated and mentored using the IRL developed by KTH Royal Institute of Technology (Innovation Readiness Level) methodology.

All interested parties, in particular teams from approved BioPhoT projects, are invited to participate in an online workshop to learn more about the approach and its practical application.

The agenda will be divided into two parts: the theoretical part will explain the nature of the KTH IRL methodology and its practical applications for assessing the maturity level of innovation projects and for development planning. This will be followed by a discussion and Q&A session, which will provide an opportunity to ask questions and discuss the application of the methodology in the context of BioPhoT projects.

The workshop will be moderated by Ģirts Ozoliņš, BioPhoT platform mentor.

Interested participants are invited to register in advance. More information, including a log-in link: http://bit.ly/3Ix3pFU

[Published: 22.09.2025.]

Latvian scientists get the green light - 40 projects receive €8 million

Paziņojums

Following the evaluation process of the first call for research and innovation projects, 40 projects have been selected for further implementation under the "Biomedical and Photonics Research Platform for Innovative Products" ("BioPhoT"). They represent a broad spectrum of research, focusing on smart specialisation areas such as biomedicine, medical technologies, photonics, materials science, energy and the environment.

"The first call for BioPhoT research and innovation projects has received an overwhelming response in the academic community, with more than 120 research groups responding to the invitation to take part in a competition format that has never before been seen in Latvia. A third of these groups have received funding to implement their ideas. This is a clear demonstration of the great potential of our scientists for applied research and innovation, if properly supported. Our challenge now is to highlight the themes of the supported projects both nationally and internationally, and to convince industry partners that Latvian scientists are ready to tackle high-level practical challenges and create innovations with global potential," says Osvalds Pugovičs, Platform Manager.

Due to the high quality of the applications, the Platform's Project Steering Group, after assessing the density of the results, decided to increase the original funding from €6 million to €8 million.

Around a quarter of the projects supported are biomedical and healthcare related, such as innovative approaches to sepsis, cancer and infection diagnostics. The same number of projects represent medical technologies, including the development of new devices, sensors and diagnostic solutions. There is also a strong focus on photonics and optical technologies, solutions for fibre optic sensors, fluorescent coatings and infrared spectroscopy. A further eight projects are on smart materials, including innovative biomaterials and sustainable composites, and four on environmental and energy topics such as CO₂ capture and renewable energy applications

The largest project promoters are the University of Latvia with ten funded projects and Riga Technical University with nine. The Institute of Solid State Physics at the University of Latvia will implement seven projects, while the Latvian Institute of Organic Synthesis supports six research groups. Three projects will be implemented by Riga Stradiņš University, two by the Latvian Biomedical Research and Study Centre, and one project each by Daugavpils University, the Latvian State Institute of Wood Chemistry and the Latvian University of Life Sciences and Technologies.

"The BioPhoT platform is open to all Latvian research organisations, for example, in this call for proposals, support was also granted to scientists from Daugavpils and Jelgava, which confirms the quality of the projects submitted, while sending an important signal to all regional universities," emphasises O. Pugovičs.

The broad institutional coverage demonstrates both the potential of Latvian science and the high level of engagement across disciplines. The competition attracted considerable interest, with 122 applications from a wide range of research fields, including biomedical, pharmaceutical, photonics, medical technology and materials science.

The evaluation of the submitted projects took place in two rounds: initially, the innovative potential of the applications was analysed by industry, commercialisation and innovation experts, while in the second round their scientific quality was assessed by foreign scientific experts attracted by the Latvian Council of Science.

This is the first of three calls for the first phase of the BioPhoT platform until the end of 2026. More than €12 million will be available for innovation projects, and almost €5 million more for training on technology transfer, IP protection and commercialisation skills. The next call for research and innovation projects is expected in early October, with a conference at the end of November to give everyone the opportunity to get a closer look at the projects supported under the first call.

By 2032, the platform plans to develop at least 35 new technologies, more than half of which will be developed to validation in real or full-scale conditions (TRL 5-6) and at least four to commercialisation. This will significantly strengthen Latvia's competitiveness in high-tech areas.

Supported projects:

Application ID	Name (LAT)	Name (ENG)	Applicant
OSI_PIP_BioPhoT-2025/1-0080	Urine test for biomarkers of sepsis in newborns (U-TEST)	A urine-based diagnostic for detection of sepsis biomarkers in infants	Riga Stradins University
OSI_PIP_BioPhoT-2025/1-0020	Laser technology for hair bleaching	Laser-based technology for hair bleaching	University of Latvia
OSI_PIP_BioPhoT-2025/1-0030	Improved hollow fibre bioreactor supplement for induced therapeutic EV production (EVBoost)	Enhanced hollow fibre bioreactor add-on for induced therapeutic EV production	Latvian Biomedical Research and Study Centre
OSI_PIP_BioPhoT-2025/1-0059	Development of a fluorogenic test kit for screening cardiolipin ligands	Development of fluorogenic assay kit for cardiolipin ligand screening	Latvian Institute of Organic Synthesis
OSI_PIP_BioPhoT-2025/1-0024	Advanced haemostatic materials for dual use	Advanced haemostatic materials for dual-use applications	University of Latvia
OSI_PIP_BioPhoT-2025/1-0048	BIOmaterials for infection control and rapid bone regeneration (BIOCORE)	BIOmaterials for infection COntrol and fast bone REgeneration	Riga Technical University
OSI_PIP_BioPhoT-2025/1-0052	High-efficiency non-contact heating system based on permanent magnets for metallurgical applications	High-Efficiency Contactless heating system based on permanent magnets for metallurgical applications	University of Latvia
OSI_PIP_BioPhoT-2025/1-0013	Optical sensor development for smart packaging of fresh seafood - FRESHWAVE	Optical Sensor Solution for the Smart Packaging of Fresh Seafood	University of Latvia
OSI_PIP_BioPhoT-2025/1-0073	Robust EMI protection for high-integrity cyber security solutions	Resilient Shielding for High-Integrity EMI Protected Cybersecurity Applications	Riga Technical University
OSI_PIP_BioPhoT-2025/1-0012	Latest generation blood collection barrel for bone regeneration procedures	Next-Generation Blood Collection Tube for Bone Regeneration Procedures	Riga Technical University
OSI_PIP_BioPhoT-2025/1-0051	Bioactive fluorescent coatings for antimicrobial protection	Bioactive Luminescent Coating for Antimicrobial protection	Institute of Solid State Physics University of Latvia
OSI_PIP_BioPhoT-2025/1-0055	Universal DNA Extraction Module (GENEX)	GENeric EXtraction module	Institute of Solid State Physics University of Latvia
OSI_PIP_BioPhoT-2025/1-0058	Borehole Cleaning and Reusability Enhancement Solution (BUR-CURE)	Bur Ultrasonic Residue Cleaning and Ultimate Reusability Enhancer	Latvian Institute of Organic Synthesis
OSI_PIP_BioPhoT-2025/1-0074	Technology for the conversion of end-of-life tyre rubber into an intelligent additive to improve asphalt concrete recycling (RE-TECH-ROAD)	Technology for transforming waste tire rubber into smart additive for improved recyclability of asphalt concrete	Riga Technical University
OSI_PIP_BioPhoT-2025/1-0070	Infrared spectroscopy for PFAS detection in aqueous media using a submersible sensor platform	Infrared Spectroscopy for In-Situ Detection of PFAS in Aquatic Environments Using a Submersible Sensing Platform	Institute of Solid State Physics University of Latvia
OSI_PIP_BioPhoT-2025/1-0006	White laser endoscopy system (ENDOLASE)	White Laser Endoscopy System	University of Latvia
OSI_PIP_BioPhoT-2025/1-0008	Development of an innovative sink disinfection device against AMR micro-organisms (B-Shield)	B-Shield: Pioneering Drainage Disinfection Device Against AMR Pathogens	Riga Technical University
OSI_PIP_BioPhoT-2025/1-0042	Smart inks for printed chromogenic windows	Smart inks for printed chromogenic windows	Daugavpils University
OSI_PIP_BioPhoT-2025/1-0037	Optical fibre temperature sensing device in extended temperature range	All-optical fibre-based temperature sensor device in extended temperature range	Institute of Solid State Physics University of Latvia
OSI_PIP_BioPhoT-2025/1-0014	Increase wind turbine life by early detection of blade erosion	Increase wind turbine life time by early detection of blade erosion	University of Latvia
OSI_PIP_BioPhoT-2025/1-0027	Treonil t-RNA synthetase inhibitors as antifungal agents	Threonyl t-RNA synthetase inhibitors as antifungal agents	Latvian Institute of Organic Synthesis
OSI_PIP_BioPhoT-2025/1-0040	Optical filtering based fibre Bragg grating sensor transducer	Optical filtering-based fibre Bragg grating sensor interrogator	Riga Technical University
OSI_PIP_BioPhoT-2025/1-0039	Coenzymatic tools for the design of macrocyclic peptides (CETMAP)	Chemoenzymatic tools for macrocyclic peptide discovery	Latvian Institute of Organic Synthesis
OSI_PIP_BioPhoT-2025/1-0047	Heterogeneous integration of polymers in inorganic integrated photonic circuits	Polymer heterogeneous integration in inorganic photonic integrated chips	Institute of Solid State Physics University of Latvia
OSI_PIP_BioPhoT-2025/1-0044	Flexible thermoelectric generators for self-powered microelectronics and sensors	Flexible thermoelectric generators for selfpowered microelectronics and sensors	University of Latvia
OSI_PIP_BioPhoT-2025/1-0076	Optical multimodal method for assessment of microcirculation at submucosal and gastric mucosal level in septic shock patients.	Optical multimodal technique for real-time microcirculation assessment in sublingual and gastric mucosa in septic shock	Riga Stradins University
OSI_PIP_BioPhoT-2025/1-0061	OsteoWood. A new generation of birch wood for bone fixation - a sustainable path from forest to functional implants	Next-Gen Bone Fixation from Birch: A Sustainable Pathway from Forest to Functional Implant	Latvian State Institute of Wood Chemistry
OSI_PIP_BioPhoT-2025/1-0091	Exploring enzyme-based bio-hybrid materials as a solution platform for diabetes monitoring (EXPEDIA)	Exploring enzyme-based biohybrid materials as platforms for diabetes monitoring	Latvian Institute of Organic Synthesis
OSI_PIP_BioPhoT-2025/1-0043	Establishment of a virtual testing laboratory for wood materials and structures (VIWO-LAB)	Development of a Virtual Testing Laboratory for Wood Materials and Structures	Riga Technical University
OSI_PIP_BioPhoT-2025/1-0025	Rapid assessment of antimicrobial resistance by laser speckle analysis (FLARE)	Fast laser speckle based antibacterial resistance evaluation	University of Latvia
OSI_PIP_BioPhoT-2025/1-0009	Reference cell stabilised laser for optical sensing applications	Laser stabilised to a reference cell for optical sensing	University of Latvia
OSI_PIP_BioPhoT-2025/1-0056	Integrated loss mode resonance sensor for monitoring ammonia (NH₃) (ILMRS-NH₃)	Integrated lossy mode resonance sensor for NH₃ monitoring	Institute of Solid State Physics University of Latvia
OSI_PIP_BioPhoT-2025/1-0032	Functional liquid biopsy test for diagnosis and monitoring of tumours (FLUID-C)	Functional liquid biopsies for the detection and monitoring of cancer	Latvian Biomedical Research and Study Centre
OSI_PIP_BioPhoT-2025/1-0081	Detection and monitoring of clinically relevant biomarkers using sweat analysis (SwyCard)	Sweat-based Monitoring and Assessment of Relevant Clinical Biomarkers	Riga Technical University
OSI_PIP_BioPhoT-2025/1-0021	Smart diagnostics: an aptamer-based device for rapid malaria detection.	Smart Diagnostics: An Aptamer-Based Device for Rapid Malaria Detection	University of Latvia
OSI_PIP_BioPhoT-2025/1-0035	Preclinical characterisation of aryl hydrocarbon receptor inhibitors	Preclinical Characterisation of an Aryl Hydrocarbon Receptor Inhibitor	Latvian Institute of Organic Synthesis
OSI_PIP_BioPhoT-2025/1-0069	CO₂ filter from recycled construction waste	REcycled Construction waste and Carbon Capture Filter	Riga Technical University
OSI_PIP_BioPhoT-2025/1-0065	Multifunctional polyphenol-clay composite for natural UV protection and skin health (POLYCLAY-UV)	Multifunctional Polyphenol-Clay composite for Natural UV Protection and Skin Health	Latvia University of Life Sciences and Technologies
OSI_PIP_BioPhoT-2025/1-0071	Aluminium in Circulation for Innovative Carbon Capture and Energy (ALICE)	Aluminium in Loop for Innovative Carbon capture and Energy production	Institute of Solid State Physics University of Latvia
OSI_PIP_BioPhoT-2025/1-0057	Innovative vaginal moisturiser with postbiotics and phytoestrogens for the care of perimenopausal women	Innovative vaginal moisturiser with postbiotics and phytoestrogens for perimenopausal women's care	Riga Stradins University

[Published: 17.09.2025.]

Results of the first call for proposals announced

Paziņojums

Supported projects:

Piteikuma ID	Name (LAT)	Despondency (ENG)	Applicant
OSI_PIP_BioPhoT-2025/1-0080	Urine test for biomarkers of sepsis in newborns (U-TEST)	A urine-based diagnostic for detection of sepsis biomarkers in infants	Riga Stradins University
OSI_PIP_BioPhoT-2025/1-0020	Laser technology for hair bleaching	Laser-based technology for hair bleaching	University of Latvia
OSI_PIP_BioPhoT-2025/1-0030	Improved hollow fibre bioreactor supplement for induced therapeutic EV production (EVBoost)	Enhanced hollow fibre bioreactor add-on for induced therapeutic EV production	Latvian Biomedical Research and Study Centre
OSI_PIP_BioPhoT-2025/1-0059	Development of a fluorogenic test kit for screening cardiolipin ligands	Development of fluorogenic assay kit for cardiolipin ligand screening	Latvian Institute of Organic Synthesis
OSI_PIP_BioPhoT-2025/1-0024	Advanced haemostatic materials for dual use	Advanced haemostatic materials for dual-use applications	University of Latvia
OSI_PIP_BioPhoT-2025/1-0048	BIOmaterials for infection control and rapid bone regeneration (BIOCORE)	BIOmaterials for infection COntrol and fast bone REgeneration	Riga Technical University
OSI_PIP_BioPhoT-2025/1-0052	High-efficiency non-contact heating system based on permanent magnets for metallurgical applications	High-Efficiency Contactless heating system based on permanent magnets for metallurgical applications	University of Latvia
OSI_PIP_BioPhoT-2025/1-0013	Optical sensor development for smart packaging of fresh seafood - FRESHWAVE	Optical Sensor Solution for the Smart Packaging of Fresh Seafood	University of Latvia
OSI_PIP_BioPhoT-2025/1-0073	Robust EMI protection for high-integrity cyber security solutions	Resilient Shielding for High-Integrity EMI Protected Cybersecurity Applications	Riga Technical University
OSI_PIP_BioPhoT-2025/1-0012	Latest generation blood collection barrel for bone regeneration procedures	Next-Generation Blood Collection Tube for Bone Regeneration Procedures	Riga Technical University
OSI_PIP_BioPhoT-2025/1-0051	Bioactive fluorescent coatings for antimicrobial protection	Bioactive Luminescent Coating for Antimicrobial protection	Institute of Solid State Physics University of Latvia
OSI_PIP_BioPhoT-2025/1-0055	Universal DNA Extraction Module (GENEX)	GENeric EXtraction module	Institute of Solid State Physics University of Latvia
OSI_PIP_BioPhoT-2025/1-0058	Borehole Cleaning and Reusability Enhancement Solution (BUR-CURE)	Bur Ultrasonic Residue Cleaning and Ultimate Reusability Enhancer	Latvian Institute of Organic Synthesis
OSI_PIP_BioPhoT-2025/1-0074	Technology for the conversion of end-of-life tyre rubber into an intelligent additive to improve asphalt concrete recycling (RE-TECH-ROAD)	Technology for transforming waste tire rubber into smart additive for improved recyclability of asphalt concrete	Riga Technical University
OSI_PIP_BioPhoT-2025/1-0070	Infrared spectroscopy for PFAS detection in aqueous media using a submersible sensor platform	Infrared Spectroscopy for In-Situ Detection of PFAS in Aquatic Environments Using a Submersible Sensing Platform	Institute of Solid State Physics University of Latvia
OSI_PIP_BioPhoT-2025/1-0006	White laser endoscopy system (ENDOLASE)	White Laser Endoscopy System	University of Latvia
OSI_PIP_BioPhoT-2025/1-0008	Development of an innovative sink disinfection device against AMR micro-organisms (B-Shield)	B-Shield: Pioneering Drainage Disinfection Device Against AMR Pathogens	Riga Technical University
OSI_PIP_BioPhoT-2025/1-0042	Smart inks for printed chromogenic windows	Smart inks for printed chromogenic windows	Daugavpils University
OSI_PIP_BioPhoT-2025/1-0037	Optical fibre temperature sensing device in extended temperature range	All-optical fibre-based temperature sensor device in extended temperature range	Institute of Solid State Physics University of Latvia
OSI_PIP_BioPhoT-2025/1-0014	Increase wind turbine life by early detection of blade erosion	Increase wind turbine life time by early detection of blade erosion	University of Latvia
OSI_PIP_BioPhoT-2025/1-0027	Treonil t-RNA synthetase inhibitors as antifungal agents	Threonyl t-RNA synthetase inhibitors as antifungal agents	Latvian Institute of Organic Synthesis
OSI_PIP_BioPhoT-2025/1-0040	Optical filtering based fibre Bragg grating sensor transducer	Optical filtering-based fibre Bragg grating sensor interrogator	Riga Technical University
OSI_PIP_BioPhoT-2025/1-0039	Coenzymatic tools for the design of macrocyclic peptides (CETMAP)	Chemoenzymatic tools for macrocyclic peptide discovery	Latvian Institute of Organic Synthesis
OSI_PIP_BioPhoT-2025/1-0047	Heterogeneous integration of polymers in inorganic integrated photonic circuits	Polymer heterogeneous integration in inorganic photonic integrated chips	Institute of Solid State Physics University of Latvia
OSI_PIP_BioPhoT-2025/1-0044	Flexible thermoelectric generators for self-powered microelectronics and sensors	Flexible thermoelectric generators for selfpowered microelectronics and sensors	University of Latvia
OSI_PIP_BioPhoT-2025/1-0076	Optical multimodal method for assessment of microcirculation at submucosal and gastric mucosal level in septic shock patients.	Optical multimodal technique for real-time microcirculation assessment in sublingual and gastric mucosa in septic shock	Riga Stradins University
OSI_PIP_BioPhoT-2025/1-0061	OsteoWood. A new generation of birch wood for bone fixation - a sustainable path from forest to functional implants	Next-Gen Bone Fixation from Birch: A Sustainable Pathway from Forest to Functional Implant	Latvian State Institute of Wood Chemistry
OSI_PIP_BioPhoT-2025/1-0091	Exploring enzyme-based bio-hybrid materials as a solution platform for diabetes monitoring (EXPEDIA)	Exploring enzyme-based biohybrid materials as platforms for diabetes monitoring	Latvian Institute of Organic Synthesis
OSI_PIP_BioPhoT-2025/1-0043	Establishment of a virtual testing laboratory for wood materials and structures (VIWO-LAB)	Development of a Virtual Testing Laboratory for Wood Materials and Structures	Riga Technical University
OSI_PIP_BioPhoT-2025/1-0025	Rapid assessment of antimicrobial resistance by laser speckle analysis (FLARE)	Fast laser speckle based antibacterial resistance evaluation	University of Latvia
OSI_PIP_BioPhoT-2025/1-0009	Reference cell stabilised laser for optical sensing applications	Laser stabilised to a reference cell for optical sensing	University of Latvia
OSI_PIP_BioPhoT-2025/1-0056	Integrated loss mode resonance sensor for monitoring ammonia (NH₃) (ILMRS-NH₃)	Integrated lossy mode resonance sensor for NH₃ monitoring	Institute of Solid State Physics University of Latvia
OSI_PIP_BioPhoT-2025/1-0032	Functional liquid biopsy test for diagnosis and monitoring of tumours (FLUID-C)	Functional liquid biopsies for the detection and monitoring of cancer	Latvian Biomedical Research and Study Centre
OSI_PIP_BioPhoT-2025/1-0081	Detection and monitoring of clinically relevant biomarkers using sweat analysis (SwyCard)	Sweat-based Monitoring and Assessment of Relevant Clinical Biomarkers	Riga Technical University
OSI_PIP_BioPhoT-2025/1-0021	Smart diagnostics: an aptamer-based device for rapid malaria detection.	Smart Diagnostics: An Aptamer-Based Device for Rapid Malaria Detection	University of Latvia
OSI_PIP_BioPhoT-2025/1-0035	Preclinical characterisation of aryl hydrocarbon receptor inhibitors	Preclinical Characterisation of an Aryl Hydrocarbon Receptor Inhibitor	Latvian Institute of Organic Synthesis
OSI_PIP_BioPhoT-2025/1-0069	CO₂ filter from recycled construction waste	REcycled Construction waste and Carbon Capture Filter	Riga Technical University
OSI_PIP_BioPhoT-2025/1-0065	Multifunctional polyphenol-clay composite for natural UV protection and skin health (POLYCLAY-UV)	Multifunctional Polyphenol-Clay composite for Natural UV Protection and Skin Health	Latvia University of Life Sciences and Technologies
OSI_PIP_BioPhoT-2025/1-0071	Aluminium in Circulation for Innovative Carbon Capture and Energy (ALICE)	Aluminium in Loop for Innovative Carbon capture and Energy production	Institute of Solid State Physics University of Latvia
OSI_PIP_BioPhoT-2025/1-0057	Innovative vaginal moisturiser with postbiotics and phytoestrogens for the care of perimenopausal women	Innovative vaginal moisturiser with postbiotics and phytoestrogens for perimenopausal women's care	Riga Stradins University

[Published: 16.09.2025.]

Applications open for Venture Catalysts, a free training programme for science-based idea development

Pasākums Paziņojums

Applications are open until 14 October for the 4th call of Venture Catalysts, a free five-week training programme for students, researchers and budding entrepreneurs to support the translation of science-based ideas into real businesses.

The programme is developed and implemented by UniLab in cooperation with RTU Riga Business School, RISEBA and the Investment and Development Agency of Latvia (LIAA), co-funded by the European Union. Venture Catalysts provides a unique platform for future innovators to gain the industry knowledge, tools and contacts they need to succeed in the fast-growing deep tech in the ecosystem.

"We plan to run six 'Venture Catalysts' training cycles between 2024 and 2026. So far, 120 budding entrepreneurs have graduated from the programme. This shows that there are more and more people in Latvia who want to turn their scientific ideas into businesses. Our challenge is to create the environment and support to turn this potential into real, internationally competitive businesses," says LIAA Director Ieva Jāgere.

The programme runs from 21 October to 20 November.

Why join Venture Catalysts?

Participants will learn how to validate and develop their ideas into sustainable business models, gain practical knowledge on innovation strategy, intellectual property management and startup creation, network with experienced mentors, entrepreneurs and potential co-founders, and become part of a supportive community that fosters collaboration and growth.

Application: https://www.liaa.gov.lv/en/event/training-program-venture-catalysts-0

By deep tech Latvia is becoming a dynamic hub for science-based entrepreneurship. "Venture Catalysts provides participants with the opportunity to engage in this transformation and position their ideas for global impact.

About Venture Catalysts
Venture Catalysts is a national training initiative that supports the development of science-based start-ups in Latvia. It is a joint initiative of LIAA, UniLab, RTU Riga Business School and RISEBA, implemented under the project "SME Innovative Entrepreneurship Development", co-financed by the European Regional Development Fund and the European Union. The programme is designed to accelerate the commercialisation of deep tech innovations and foster a more dynamic and globally competitive start-up ecosystem.

[Published: 16.09.2025.]

"BioPhoT research team learns the innovation pathway in Cambridge

Attīstība

Knowledge commercialisation is not just a theoretical challenge - it is a systemic chain of change that requires a clear vision, strategic thinking and international support. This summer, four researchers from the University of Latvia (UL), members of the BioPhoT platform, started this journey by participating in the international innovation programme Latvia-Cambridge Venture Camp Cambridge, UK.

"BioPhoT research team, scientists from the University of Latvia - Artis Kinēns, Zane Šmite, Juris Prikulis and Annija Emersone - spent a week in one of the world's strongest innovation environments to learn how to take a high-value scientific idea and turn it into a viable technology - with clear applications, market insight and long-term development potential.

During the programme, researchers took part in intensive training sessions focusing on the relevance of the product to market needs (product-market fit), investment attraction strategies, clear and effective presentation of ideas, sustainable start-up team building and networking between science and industry. The Cambridge experience gave researchers the opportunity to see where their innovation ideas sit in the wider science ecosystem.

In addition to lectures and work with mentors, the BioPhoT team visited a number of major science centres - the Bio-Innovation Centre at Cambridge Science Park (Cambridge Science Park), Allia Future Business Centre - social entrepreneurship centre Judge Business School and Institute for Manufacturing.

One of the most important benefits was meeting David Chaplin, head of the Bio-Innovation Centre. During the meeting, laboratory infrastructure options and potential forms of cooperation were discussed. This gave researchers a closer understanding of how the boundaries between science and business can become more transparent, laying the groundwork for practical implementation of ideas.

The programme culminated in presentations of ideas by researchers from the University of Anglia Ruskin University at the Science Centre in front of an international audience of investors, entrepreneurs and academic experts. "The BioPhoT team received valuable feedback to help define the next steps of development more precisely, including a clearer commercialisation strategy. The programme was organised by CONNECT Latvia in partnership with Anglia Ruskin University and Professor Alan Burrell (Alan Barrell) and a team of researchers from the University of Latvia took part in it as part of the international activities of the BioPhoT platform. Overall Latvia-Cambridge Venture Camp 20 Latvian start-ups, researchers and students participated in the programme, which gave them the opportunity to cross traditional research boundaries and bring Latvian scientific ideas to the international innovation space. "The experience of the BioPhoT team shows that with the right support, vision and international collaboration, Latvian science can create solutions that have not only theoretical value, but also real relevance for society.

[Published: 15.09.2025.]