About

Our team has created a new pathway for isolating the most valuable stem cells with the longest telomeres, reaching purity levels close to 95% regardless of source. This gives a clear advantage over approaches that rely on naturally younger cell sources and lower-value cell populations.

Our mission is to validate and commercialize this technology now, enabling safer and more affordable regenerative therapies based on a patient’s own selected cells, with strong potential in healthy ageing and other future medical applications.

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LV | DEPCELL BioPhoT konferencē 2026 29. oktobrī Jānis Baroniņš BioPhoT konfer…

October 30, 2026

LV | DEPCELL BioPhoT konferencē 2026 29. oktobrī Jānis Baroniņš BioPhoT konfer…

LV | DEPCELL BioPhoT konferencē 2026 29. oktobrī Jānis Baroniņš BioPhoT konferencē iepazīstināja ar Rīgas Tehniskās universitātes DEPCELL projekta progresu un turpmākajiem soļiem. Mēs izstrādājam dzīvu cilmes šūnu šķirošanu ar elektrisko lauku, nepievienojot marķierus, lai šūnu atlasi padarītu vienkāršāku un pieejamāku. Prezentācijā stāstījām par sagatavotajiem šūnu materiāliem, šūnu izsekošanas programmatūru, klientu vajadzību izpēti un sadarbības iespējām. Nākamais uzdevums ir pārbaudīt šūnu dzīvotspēju, veikt šķirošanu un novērtēt rezultātu atkārtojamību kopā ar partneriem. Šķirošanas validācija vēl turpinās. Paldies BioPhoT organizatoriem, ekspertiem un konferences dalībniekiem par iespēju dalīties paveiktajā un vērtīgajām sarunām! Paldies DEPCELL komandai un mentorei Kaijai Kurmei-Jansonei par ieguldījumu, kā arī Paulam Irbinam par atbalstu projekta pieteikuma posmā. EN | DEPCELL at the BioPhoT Conference 2026 On 29 October, Jānis Baroniņš presented the progress and next steps of Riga Technical University’s DEPCELL project at the BioPhoT conference. We are developing a way to sort living stem cells using electrical fields without adding labels, aiming to make cell selection simpler and more affordable. The presentation covered prepared cell materials, cell-tracking software, customer research and opportunities for collaboration. Our next steps are to assess cell viability, carry out sorting and test repeatability with partners. Sorting validation is still in progress. Thank you to the BioPhoT organisers, experts and participants for the opportunity to share our work and for the valuable conversations! Thank you to the DEPCELL team and mentor Kaija Kurme-Jansone for their contribution, and to Pauls Irbins for his support during the project application stage. www.depcell.com #DEPCELL #BioPhoT #CellSorting #MedTech #RTUinnovation #RTU #ScienceToBusiness #DeepTechLatvia #RigaTechnicalUniversity #DeepTech #Innovation #StemCellTherapy #RegenerativeMedicine #MaterialsScience

Pioneering Stem Cell Innovations in Latvia

Discover innovative research and collaborative efforts advancing more accessible stem cell therapy, smarter cell sorting, and medical science in Latvia.

Bridging Research and Stem Cell Innovation

DEPCELL aims to validate a dielectrophoresis-based system for isolating stem cell populations with enhanced therapeutic potential, with the goal of supporting more effective treatment of autoimmune diseases that are not adequately controlled by conventional therapy. The project focuses in particular on psoriasis, Crohn’s disease, type 1 diabetes, and rheumatoid arthritis.

Partners

Contacts

Paula Valdena iela 7
Dabaszinātņu un tehnoloģiju fakultāte

Fizikas un materiālzinātnes institūts

Telpa 323

info@depcell.com
www.depcell.com