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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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Looking for state-of-the-art instruments

Platinum Q9 – Uvitec Cambridge

Platinum Q9 – Uvitec Cambridge

A high-performance system for advanced fluorescence and protein quantification, featuring a 6MP camera and a 7-position motorized filter wheel.

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SP100

SP100

Large-scale plasma Proteomics Proteins are functional drivers of biology and key indicators of homeostasis in living organisms. While proteomics can provide important mechanistic insights into the state of an organism, large scale proteomic studies have been limited due to challenges with accessibility, reproducibility, and complexity of existing workflows. To address these limitations, Seer developed the […]

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Hypoxic Cabinet (O2 Control InVitro) – COY laboratory products

Hypoxic Cabinet (O2 Control InVitro) – COY laboratory products

InVitro cabinets are sealed containers with shelving used inside standard incubator

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More products

Micsomics

Cytek Biosciences

Webinar recording: Development And Optimization Of A 36-Color Panel For Deep Immunophenotyping

In this webinar, Cytek presented the development and optimization of a 36-color full spectrum flow cytometry panel for in-depth immunophenotyping of human T cells, with specific applications in adoptive cell therapy research.

June 19, 2026

UVITEC Cambridge

Bioluminescence Distribution Of NPs In Rats’ Organs

Monitoring Nanoparticles distribution in rats’ heart and liver with Alliance Chroma System

June 12, 2026

RareCyte

mRNA vaccine immunity is enhanced by hepatocyte detargeting and not dependent on dendritic cell expression

mRNA vaccine efficacy is enhanced by preventing expression in hepatocytes rather than promoting it in dendritic cells. The findings highlight tissue-specific targeting as a potential strategy for improving vaccines and cancer immunotherapies.

June 5, 2026

Technologies

Laboratory Automation | Organisms | Cells | Proteins | Transcriptomes

Type of the News

Application | Product news | Scientific paper | Technical breakthrough | Video | Webinar

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Alamar Biosciences
Analytik Jena
Applied Cells
Bruker Cellular Analysis
Cell Microsystems
Cellenion
CelVivo
COY laboratory products
Curiosis
Cytek Biosciences
Etaluma
Formulatrix
HiScore
IAB - Institute of Applied Biotechnologies
iotaSciences
IVIM Technology
Luxonus
MEDIKORS
Mission Bio
MOLECUBES
NanoCellect
Precision X-Ray
Quanterix
Quantum-Si
RareCyte
S2 Genomics
Seer
Spectral Instruments Imaging
Syncell
The Cultivated B
UVITEC Cambridge
VDO Biotech
Vizgen
Yokogawa

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