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LATVIAN

BIOMEDICAL

RESEARCH AND STUDY CENTRE


RESEARCH AND EDUCATION IN BIOMEDICINE FROM GENES TO HUMAN

Project title: Development of a Latvian population genome reference

Funding: Recovery and Resilience Facility

Project No.: 4.1.1.r.0/3/22/I/VM/001

Period: 01.02.2020.-31.03.2024.

Project costs: 2 322 750,00 EUR

Principal Investigator: Dr. biol. Jānis Kloviņš

Project summary:

The aim of the project is to create a genome reference of the Latvian population, which will be used for research, disease prevention and treatment optimization, and to ensure its inclusion in a single European genome reference.

Main performance indicator of this project is the creation of a Latvian population genome reference by March 31, 2024 (Latvia’s participation in the Genome for Europe project – GoLatvia project).

The project is closely related to the declaration of the European Commission “European Million Genomes Initiative” (1+MG), within the framework of which a genome reference of the European population is being created, which will consist of the national genome sequence databases of individual European countries. The first phase of the project envisages the implementation of The Genome of Europe (GoE) Project by creating a reference genome database by obtaining and collecting 500,000 individual human genomes from all European countries. In terms of volume and process quality, the activities planned in the project are aligned with the recommendations developed by the GoE and directly correspond to the nature of the 1+MG initiative and the investment goal set in the Recovery and Resilience Fund plan.

First of all, the involvement of 3500 Latvian residents will be implemented. The acquisition of genetic material, anthropometric data and a description of the state of health will be performed using the Genome Database of Latvian Population  (LGDB) and standard operating procedures for involvement, logistics, sample and data processing developed by the Genome Center. The activities to be carried out in the project comply with the norms of the Genome Research Law and have received the clearance of the Central Medical Ethics Commission (01-29.1.2/1669/E 1.1-2/21) and the Genome Research Council (No.A-5/22-05-24). The main result of the activity is a high-quality collection of genomic DNA obtained from blood cells and its appropriate storage at low temperatures, as well as a database of associated anthropometric, phenotypic and health status descriptions.

The above activities will enable the 1+MG to meet its goal of enabling the linking of genomic sequences and health data to help clinicians predict, prevent and diagnose disease and better treat patients based on their individual genomic characteristics. More and more people will be able to benefit from data sharing and physician access to many linked genomic databases. The main benefits are planned in four disease areas – rare diseases, cancer cases, common chronic diseases and their therapy, as well as infectious diseases. First, the reference genome will greatly aid in the diagnosis of rare diseases by helping to clarify the disease-causing mutations in the already existing diagnostic model. By expanding the scope of whole-genome sequencing (for example, providing it to newborns), it will be possible to detect most inherited diseases before they occur, providing adequate treatment in time. Second, similarly, the reference genome is already being used in cancer diagnostics, helping to identify somatic cancer-causing mutations that are increasingly the basis of targeted cancer therapies. The greatest potential of using the population genome reference is in accurately determining the risk of contracting the common chronic diseases that cause the greatest economic burden in Latvia. In this case, the genome reference in combination with a relatively cheap genotyping test allows a greater number of people the opportunity to identify the individual risks of diseases, as well as to determine the effectiveness of medication use. It will optimize screening procedures for many diseases, early detection or even prevention of diseases such as cancer, diabetes and cardiovascular diseases. For infectious diseases, this approach will also help identify high-risk groups that are at greater risk.

Information published 01.11.2022.