Technologies for omics research

Transcriptomes

Transcriptomes

Genome mapping
Ultracentrifuges
HTP qPCR
Single-molecule interactions

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Proteins

Proteins

Fluorescence
Luminescence
Microscopy - Time-lapse Label free - Hypoxia
Anaerobic - Plant growth

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Cells

Cells

Conventional, Spectral Cytometry - HTP screening
Bioreactors
Cell interaction

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Organisms

Organisms

Fluorescence imaging
Luminescence - X-ray Isotopic - PET - SPECT
CT
In-vivo Confocal
Irradiation

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Laboratory Automation

Laboratory Automation



Liquid Handling Automation
Storage Automation

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Micsomics

Combination of low-energy X-ray & citric acid to inactivate E.coli, S.Typhimurium, L.Monocitogenes

Combined treatment with 0.5 kGy X-ray and 0.1 % CA significantly decreased biofilm cell counts by 5.10, 4.31, and 3.96 log CFU/coupon for E. coli O157:H7, S. Typhimurium, and L. Monocytogenes, respectively.

December 3, 2025

The Path to Clinical Relevance: Moving from Spatial Transcriptomics to Protein Profiling

Spatial biology is a rapidly evolving discipline that advances human health by leveraging imaging technologies. It encompasses research activities ranging from whole-transcriptome profiling to clinically impactful single-protein biomarker tests.

December 2, 2025

Development of new albumin‑binding radiotracers for PET imaging of CSF

In this study by Peltoniemi et al., PET/CT imaging using the X-CUBE (CT) and ß-CUBE (PET) was used to non-invasively visualize cerebrospinal fluid (CSF) flow and glymphatic system dynamics in rats.

November 28, 2025