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Our recently acquired collection of antique microscope slides includes some in the category “marine zoology”. The earliest members of our society – mainly wealthy, professional gentlemen – were keen to explore the new world that was opening up under their microscopes, and having neither the time nor skill to make their own, were avid collectors of slides made and sold by well-known mounters. 

Formed in 1988, the Flow Cytometry Section is made up of a cross section of cytometrists representing research, clinical and industrial aspects of flow cytometry.

The scientific community increasingly recognises that laboratory practices can significantly contribute to the environmental footprint. At AstraZeneca, our ambitious sustainability strategy extends beyond corporate policies to fundamentally transform how we conduct research across our organisation and supply chain.

Most microscopy facility roles require an aspect of ‘selling’, although this is often not the perception.

Abstract: The acquisition of three-dimensional (3D) stereo paired images by scanning electron microscopy (SEM) typically requires the tilting of the SEM stage about the eucentric working distance, which is typically set at 10 mm working distance (WD).

Microscopic images and data are often essential for answering and supporting complex research questions.

The surface characterisation of pharmaceutical-based powders is a challenge due to their beam sensitivity. Secondary electron hyperspectral imaging (SEHI) is a novel surface analysis technique which filters secondary electrons (SE) energies using mirror electrodes to generate a spectrum.

Biofilms are communities of microbes bound together by a network of extracellular substances such as proteins, lipids, and DNA.

The aim of the studentship evolved significantly over the course of my placement with the Advanced Imaging Core Technologies Unit (AICTU). The central aim, however, of advancing my imaging skills across a range of microscopical and analytical techniques, remained consistent.

This RMS studentship was focused on creating and then testing the functionality of an optics module that would use the Raspberry Pi High Quality Camera modules instead of the currently used Raspberry Pi Camera 2 in the OpenFlexure microscope.