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The Microarrary laboratory


What is the Microarray laboratory?

The facility enables scientists to study thousands of genes
simultaneously.
The Dyson microarray laboratory houses the most state-of-the-art facility in the Breakthrough Research Centre. The facility enables scientists to study thousands of genes simultaneously. This is crucial, as it is known that genes play a critical role in the development and progression of breast cancer.

What is a microarray?


A microarray is an ordered arrangement of thousands of genes on a glass slide. This arrangement is used as a template to study genes in breast cancers. The slide can be used to identify whether specific genes are present or absent in breast cancer cells often derived from breast cancer biopsies.

Approximately 15,000 genes can be put onto one slide; this is more than half of all the genes that humans possess. This means that 20-30 genes can be placed in an area only 1mm square!

How are breast cancer genes studied in the microarray laboratory?

  • The results from a microarray experiment as read out by a computer.The genes in breast cancer cells are carefully extracted and labelled with a coloured dye.
  • The labelled genes are applied to the glass slide, where they attach to their specific 'partner' on the slide.
  • The slide is read by a computer, which gives data about each gene. The colour and intensity of each dot represents a single gene and shows whether there is a lot or a little of that gene present in the cancer cells.


This equipment has revolutionised the centre's way of
working.
This equipment has revolutionised the centre's way of working. In the past, only one or maybe two genes could be analysed at one time. The microarray enables the scientists to investigate thousands of genes simultaneously. As you can imagine, this speeds up their research immensely.

How is the microarray facility being used in Breakthrough's research?


These are just some examples of how the microarray is being used to help scientists further their understanding of breast cancer:
  • Providing a 'genetic signature' of a tumour to determine differences between normal breast cells and breast cancer cells.
  • Identifying genes that may be new prognostic markers for breast cancer.


Members of the Microarray Facility

The Microarray Facility

The scientists who work in the microarray facility.

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