ANATOMICAL PATHOLOGY REAGENTSWide range of FISH probes

Amplia gama de sondas para FISH

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REAGENTSChromogenic in situ hybridisation

Full automation of the entire process
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Sistemas de detección
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Inmunoflourescencia
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Reactivos auxiliares y consumibles

Fluorescent in situ hybridisation (FISH) is a molecular technique that uses fluorochrome-labelled nucleic acid probes to visualise and map the location of specific nucleic acid sequences in cells or tissues. FISH is a powerful tool in molecular genetics and is used for a variety of purposes, such as gene mapping, detecting chromosome abnormalities and analysing gene expression.

In molecular pathology, FISH is a highly valuable technique as it allows pathologists and molecular experts to analyse a range of genetic abnormalities such as aneuploidies, microdeletions, duplications and inversions present in many forms of cancer.

Vitro produces and markets a full range of diagnostic products based on fluorescent in situ hybridisation (FISH), providing full automation of the entire process.

Automating FISH with VitroStainer significantly improves efficiency, reproducibility and accuracy in sample processing, especially in medical and diagnostic laboratory settings.

VitroStainer

Improves the efficiency of sample processing
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REAGENTS The advantages of automation with
VitroStainer

High-volume sample processing

It allows a large number of samples to be run simultaneously, speeding up processing time and allowing larger batches to be analysed.

It reduces inter-user variability and facilitates FISH protocol standardisation. This is essential to obtain consistent and reliable results.

It minimises human errors associated with manual sample handling, improving the accuracy and quality of the results.

Integration with laboratory information systems (LIS)

It can be integrated with laboratory information systems for more efficient management of data and results.

More efficient

It allows multiple stages of the FISH process to be performed simultaneously or sequentially, improving overall laboratory efficiency.

Adaptability and flexibility

It can be adapted to various FISH protocols and applications, making it versatile and suitable for a variety of research and diagnostic needs.