M.C.ell / Microscopic colitis: from single cell to complex model system
Grant agreement number: (no. S-MIP24-133) Source of funding: Research Council of Lithuania
M.C.ell / Microscopic colitis: from single cell to complex model system Read More »
Projects
Automated system for tissue and cell dissociation and homogenization
Full name: (i) Automated system for tissue and cell dissociation and homogenization (Miltenyi Biotec GentleMACS), (ii) Automated system for nucleic acid quality control (Agilent Technologies TapeStation System), and (iii) Digital droplet PCRsystem (Bio-Rad Laboratories) Grant agreement number: (no. PIRA-24-31) Source of funding & year: Research Council of Lithuania (2024)
Automated system for tissue and cell dissociation and homogenization Read More »
Single cell preparation, barcoding andquality control system
Full name: (i) Single cell preparation, barcoding and quality control system (10X Genomics Chromium X Series, Applied BioSystems QuantStudio 5), and (ii) Upgrade of microscopic visualization system for high resolution imaging of complex cell cultures (Apotome 3, motorized carousel, optic cube, incubator for Axio Observer 7 (Carl Zeiss)) Grant agreement number: (no. P-IRA-23-11) Source of funding
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Illumina “MiSeq” next generation sequencing platform
Grant agreement number: (no. S-IRA-22-12) Source of funding & year: Research Council of Lithuania (2022)
Illumina “MiSeq” next generation sequencing platform Read More »
VOLGACORE /Volatile biomarkers for early detection and characterisation of gastric and colorectal neoplasms
Grant agreement number: (no. EURONANOMED2-01/2014) Aim of the project: Project aimed to develop and validate a novel, non-invasive, easy to use and low-cost tool for screening, early detection of GC, CRC and the related premalignant lesions in individualized patient care. Source of funding: EuroNanoMedII
Development and validation of gastric cancer associated autoantibody test for early gastric cancer detection
Grant agreement number: (no. TAP LLT 04/2014) Aim of the project: Project aimed to validate the identified cancer associated autoantibody signature for early detection of gastric cancer in two independent populations with high GC incidence. Source of funding: Baltic StatesTaiwan project (Research Council of Lithuania)
The interaction of nutrition, metagenomic and molecular gastric microenvironment factors in Helicobacter pylori induced gastric carcinogenesis
Grant agreement number: (no. S-59 / 2022-PRO00032) Aim of the project: To identify and compare changes in nutrition, metagenomic factors, metabolite, and microRNAprofile and to evaluate the interaction of these gastric microenvironmental factors in Helicobacter pylori induced gastriccarcinogenesis. Source of funding: Ministry of Health of The Republic of Lithuania (SAM) and Japan Agency for Medical Research andDevelopment (AMED)
IMPACT / Integrating Metabolomics, Proteomics and Artificial Intelligence for Early Detection of Pancreatic Cancer
Grant agreement number: (no. 2024-PRO00128) Aim of the project: To pioneer a novel approach to early PDAC detection in Taiwan and Lithuania using proteomics andadvanced full spectrum metabolite analysis in serum, including key clinical data and/or biochemical markers, and coupled with machine learning algorithms to develop a rapid and precise diagnostic tool. Source of funding: LithuaniaTaiwan project funds
MicroRNA Profiling in Tissues and Primary Intestinal Epithelial Cells of Patients with Active and Inactive Ulcerative Colitis
Grant agreement number: (no. ECCO Grant 2016) Aim of the project: Project aimed to perform large scale miRNA profiling using next generation sequencing technique and identify whether the changes of miRNA expression can be used to discriminate active UC and patients in clinicaland endoscopic remission on tissue and epithelial cell plasma level. Source of funding: European Crohn’s and
Micro-RNA asbiomarkers for early diagnosis of premalignant and malignant diseases of gastrointestinal tract
Grant agreement number: (no. VP1-3.1- ŠMM07-K-01-156) Aim of the project: Project aimed to determine the expression profile of miRNAs associated with cancer processes inpatients with gastric and colorectal cancer and premalignant diseases to evaluate the suitability of these markers forearly and noninvasive diagnosis of diseases. Source of funding: EU Structural Fund