Sample Types
We support a wide range of sample types to accommodate the diverse needs of researchers in academia, biotech, and industry. Our advanced workflows and expertise enable us to process environmental samples (soil, water, air, plant material), microbial cultures (bacteria, fungi, viruses), mammalian and plant cell cultures, biofluids (blood, plasma, urine, cerebrospinal fluid), culture media, and complex biological tissues. Whether your research involves biomedical, agricultural, ecological, or industrial applications, our facility ensures high-quality sample processing, extraction, and preparation for genomics, proteomics, metabolomics, and microbiome analyses.
No matter the complexity or origin of your samples, we are equipped to handle them with precision, standardization, and reproducibility, ensuring reliable and high-resolution Multi-Omics data.
To ensure optimal results for your Multi-Omics experiment, we encourage researchers to contact us as early as possible, before preparing their samples. Early consultation allows us to advise on experimental design, recommend the most suitable protocols, and determine the optimal amount of biological material needed for your specific study. By working together from the start, we can help you avoid common pitfalls and ensure your samples meet the necessary quality standards for high-quality Multi-Omics data generation.
Samples Submission
Once your samples are ready, please fill out the Multi-Omics Project Submission Form with all relevant details, including sample type, number of replicates, shipment details, and the designated facilities for analysis. Our team will review your submission and coordinate the next steps. We will also confirm when your samples have arrived, and coordinate shipment logistics as needed.
Sample Processing & Storage
The Multi-Omics Center implements a rigorous and standardized workflow to ensure that every sample is securely catalogued, stored, and processed with the highest level of precision. Upon arrival, all samples and sample sets are systematically recorded and assigned a unique identifier, allowing for accurate tracking and retrieval throughout the analysis process.
Our facility utilizes both existing and newly established repositories to maintain optimal conditions for a variety of sample types, ensuring their integrity for Multi-Omics research. Researchers receive real-time updates on sample storage, processing status, and analysis progress through a dedicated digital tracking system, ensuring full transparency and streamlined project management.
With our structured approach to sample handling, storage, and data tracking, we guarantee efficiency, traceability, and reproducibility, supporting high-quality Multi-Omics research.
Link to our tracking system will be available soon.