Platformina

About Us

MB Platformina is a young (established in the beginning of 2021) startup (SME) of Vilnius University (member of INSTRUCT-ERIC, EMBL, EMBC/EMBO) and FTMC (Center for Physical Sciences and Technology) .

Our Mission: to provide industry and academia with versatile platforms for biomolecule interaction studies.

Our Plan: to employ cost-efficient and easy-to-use tools and find such solutions that allow us to deliver the best technology to labs.

Our Vision: to open doors for the most efficient and reliable experiments and groundbreaking biological discoveries by clearing your concerns about the proper tools and technology.

EU and National Projects

The list of EU and National projects that we have already successfully finished or are executing currently.

RNA Curtains platform prototype fabrication

2021-2023. “Inostart” project, project no: 01.2.1-MITA-T-852

Solutions for DNA Curtains platform stability optimization

2021-2022. “Inočekis” project. project no: 01.2.1-MITA-T-851.

Florin

Platformina is a partner of this project, which is funded under Marie Skłodowska-Curie Actions (MSCA), find more on Florin project.

Technology and Our Offer

We provide platforms for DNA-protein interaction studies and fluorescence microscopy solutions also we can help with custom platform or micrsocopy system design. Technology of our Soft DNA Curtains Platform is based on publication1 and publication2 from Vilniaus Univeristy and FTMC researchers. Our single-molecule and super-resolution microscopy hardware and software solutions are based on publication3 from Vilniaus Univeristy and FTMC researchers

Platformina is offering:

Studies of fluorescently labelled proteins using Soft DNA Curtains.

Fabrication of modified coverslips for printing of the sAv or tAv line-features.

Fabrication of modified coverslips with printed sAv or tAv line-features.

Ready-to-use flowcells with the printed sAv or tAv line features.

Inks for protein micro-cntact printing: sAv or tAv proteins.

PDMS elastomer stamps for protein micro-cntact printing.

Functionalized DNA molecules for immobilization of the aforementioned protein line-features.

Portable Printing Devices for protein micro-cntact printing.