They might look like golf balls but they are far from it. These tiny ‘golf ball’ shaped mircoparticles – only 0.04mm across – could one day be used to repair damaged human tissue. High res and web images can be found here.
This prize winning image shows a collection of biodigradable dimpled microparticles for enhanced cell growth. It was taken by Dr Marta Alvarez Paino from the School of Pharmacy at The University of Nottingham. It took first prize in the ‘Weird and Wonderful’ category of a national science photography competition organised by the Engineering and Physical Sciences Research Council (EPSRC).
Now in its fourth year the EPSRC’s Science Photography Competition features five categories: Eureka & Discovery, Equipment & Facilities, People & Skills, Innovation, and Weird & Wonderful. This year the competition received over 100 entries drawn from researchers in receipt of EPSRC funding.
Dr Alvarez Paino said: “The ‘Weird and Wonderful’ looking tiny biodegradable polymer particles are being developed to promote regeneration of damaged tissues. Only 0.04mm across, they form part of scaffolds which are being studied to see if they can support the growth of healthy new cells.”
Dr Alvarez Paino’s research is focused on the development of new biomaterials to enhance tissue repair capabilities in 3D cultures – an artificially created environment.
Material properties including topography, chemistry and stiffness have been demonstrated to individually have an impact on mammalian cell fate.
Through a better understanding of cell-biomaterial interactions the research team in the School of Pharmacy is designing a library of 3D chemically modified textured microparticulate architectures. These materials will provide a screening platform for new biomaterials discovery which could potentially induce tissue regeneration.
Nanoscale and Microscale Research Centre
The image was taken using the JEOL 6060LV SEM in the Nanoscale and Microscale Research Centre at The University of Nottingham. The SEM is a Scanning Electron Microscope, which allows researchers to look at the surface of a sample at the microscale which cannot normally be done using traditional light microscopes. Rather than using a light source to image the sample, an electron beam is used.
The Centre itself bristles with all the very latest in microscopy. It allows us to peer into the fundamental world of the very, very, small and addresses some of the major challenges facing humanity – medicine, materials for energy production and storage, electronic devices, novel catalysts.
These world-class facilities offer expertise in nanoscale characterisation, specialised sample preparation and micro/nano structure fabrication. It enables and enhances cross faculty, institutional and industrial collaborations and provides a first-class training environment for researchers across the world.
Celebrating the emotional and artistic aspects of science
One of the judges physicist, oceanographer and broadcaster, Dr Helen Czerski, Lecturer at UCL, said: “Scientists and engineers are often so busy focussing on the technical details of their research that they can be blind to what everyone else sees first: the aesthetics of their work. Science is a part of our culture, and it can contribute in many different ways. This competition is a wonderful reminder of the emotional and artistic aspects of science, and it’s great that EPSRC researchers have found this richness in their own work.”
Congratulating the winners and entrants, Professor Tom Rodden, EPSRC’s Deputy Chief Executive, said: “The quality of entries into our competition demonstrates that EPSRC-funded researchers are keen to show the world how beautiful and interesting science and engineering can be. I’d like to thank everyone who entered; judging was really difficult.
“These stunning images are a great way to engage the public with the research they fund, and inspire everyone to take an interest in science and engineering.”
The judges were:
Martin Keene - Group Picture Editor - Press Association Dr Helen Czerski - Lecturer at the Department of Mechanical Engineering, University College London Professor Tom Rodden - EPSRC’s Deputy Chief Executive
The first, second and third prize winning images with descriptions are all available to download from the EPSRC website.
Posted on Wednesday 5th April 2017