The Impact of Cellular Agriculture on Land Use and the Environment in the UK and Africa
Summary: Funded by the NERC OnePlanet doctoral training partnership (Northumbria-Newcastle) and working with Paul Bartels at WildBio in South Africa. This highly interdisciplinary project will include original research in sustainable ‘cultivated meat’ biotechnologies and an assessment of their global impact using environmental science, and includes a research placement with Paul in South Africa. Ideally suited to a biosciences graduate with experience of animal cell culture and interests in cultivated meat, bioengineering, bioprocessing and environmental science. Read more about OnePlanet here: https://research.ncl.ac.uk/one-planet/studentships/
NU-Bone: Antler BioDesign for structural tissue engineering and cellular agriculture
Summary: This PhD will develop in vitro biotechnologies to create living bone structures for applications in cellular agriculture (cultivated meat), bio-machine interfaces, engineering, design and novel consumer products. In this project, you will develop a methodology to grow human-designed 3D structures from deer antler stem cells in bioreactors, combining cutting edge research in stem cell biology, cellular agriculture, bioprocessing, bioreactor engineering, nanotechnology, mechanobiology and design engineering. Details here: https://drive.google.com/file/d/1lrzzWcQI3L0fmTR7O5feOec1w98WKVST/view?usp=sharing
HELENIC SOCIETY FOR BIOMATERIALS Dimitrios Fotiadis | Carotid Artery Disease: Risk Stratification through Multiscale Modelling and Machine Learning
ITALIAN SOCIETY FOR BIOMATERIALS Clara Mattu and Carlotta Mattioda | Biomaterials and Processes for Sustainable Nanomedicine
SWISS SOCIETY FOR BIOMATERIALS AND REGENERATIVE MEDICINE Riccardo Rizzo | Development and application of photosensitive bioresins for 3D biofabrication strategies: from volumetric printing to two-photon stereolithography
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Anushree Ghosh Dastidar from Queens University Belfast received a travel bursary from UK to attend ESB2023. Here she reports on his experience at this international conference.
This report is with regards to attending the 33rd European Society for Biomaterials Conference held in Davos, Switzerland, 4th – 8th September 2023 (ESB 2023) for the UKSB Travel Grant 2023. The ESB conference is an annual conference that brings together researchers, scientists, and students from both academia and industry to discuss critical developments in the field of biomaterials. The conference was held in person and consisted of oral presentations and posters from early-stage researchers and leading researchers, and plenary talks from professors in the field of biomaterials and regenerative medicine.
This is by far the largest conference I had been to with over 1200 speakers and 10 rooms running parallel sessions simultaneously. The oral presentations consisted of sessions from students and professionals on their research findings and extended talks from academicians on the ongoing research in their labs. This gave a good insight into the advancement of tissue engineering and all related applications across the world. The research findings on biomaterials and degradation characterisation for scaffolds were especially beneficial to understanding the work that is going on in the world related to my topic.
I was allowed to present an oral presentation on ‘Investigating the regenerative potential of 3D-printed PLLGA/Alginate composite scaffolds for the treatment of articular cartilage defects’ where I answered questions from the audience. This in-person session was beneficial as the experience of presenting and answering questions from a large audience was a learning experience. The questions helped me gain experience on the kind of questions that I would be asked in the future regarding my topic.
This was also the first time I presented my PhD work on an international platform which was a wonderful experience. On top of this, I even won the Best Oral presentation award amongst 1200 presenters which was a prestige to bring for my university Queens University Belfast and the UKSB Society!
This has helped me become more confident in speaking and presenting which is an essential skill every PhD student must possess. The plenary talks from professors in the conference spoke about the different topics ranging from batteries, composite materials on tissue engineering, computational modelling and so on which helped me understand the impending research questions and challenges. Apart from this, there was a PhD & Post-doc mentoring session where we were divided into tables of 6-7 people and a senior faculty-mentored us. They spoke about the requirements for applying for a grant and the general process that an academic would follow. They patiently answered our questions on how we need to focus our careers after a PhD and gave valuable advice on each of our progress so far.
Another seminar organized by several chief editors of journals spoke on the process behind article writing and submission. As a PhD student, this helped me understand the expectations that come from an application made for a grant or submitting a manuscript that will be very beneficial for me in the future. There were also careers workshops from several industries that manufacture organ-on-chip, orthopaedic biomaterials, bioscience and biotechnology companies. Professionals from these companies also spoke on the ongoing animal and human trials for products which helped me understand the products that are currently available in the market and the scope for future products.
Overall, it has provided me with a good insight into the research labs across the world that are working in the field of bioengineering and regenerative medicine. I sincerely thank the UKSB society for providing me with the funding to attend this conference which has been an enriching experience to take away with me for my PhD.
Conference to be held on the 20-21st November at the Dorothy Hodgkin Building, University of Bristol. There is no registration fee but there are limited places available – please use this form to register your attendance at this event. The information that you provide will not be shared and will be used solely for the purposes of event organization.
Science Creates has recently launched a brand new Engineering Biology Accelerator Programme, in partnership with the UKRI. The accelerator will provide Engineering Biology scientists with the expert support needed to transform their research into startup businesses. The programme comes with financial support and is open to anyone with an existing Engineering Biology startup in its very early stages, or anyone wishing to launch an Engineering Biology startup. Applications are open now, with the expression of interest closing on 27th July 2023.
Throughout July, the programme team will be travelling to cities across the UK for our Accelerator Roadshow. The event series will provide further information on the programme, showcase regional research enterprise services and grow a nationwide network to support innovation in Engineering Biology. We will also be giving advice on how to apply to the accelerator. The Roadshow will be visiting Manchester, London, Edinburgh and Bristol. All events are free to attend and you can register by clicking here.
This opportunity will be of great interest and benefit to entrepreneurial researchers working in the field of Engineering Biology.
‘The United Kingdom Society for Biomaterials Early Career Forum and the European Society for Biomaterials Young Scientist forum are happy to announce our first webinar event on ‘Managing Your Mental Health During Your PhD’ with Dr Zoë Ayres’ August 3rd 12-1pm British summer time. Use the QR code or the google form link below to register’.
Are you an academic with proven abilities to carry out high quality research in dentally-relevant science in a research-intensive Russell Group University? Are you passionate about delivering an exceptional student experience in dental materials science? Do you want to be a key member of an internationally renowned team working in a stimulating and supportive environment?
Closing Date – 26 July 2023
We are looking for an outstanding early career academic of high potential who is able to demonstrate a growing track record in research, student education and academic leadership. You will join us as a lecturer and have an emerging track record in development and/or characterisation of dentally-relevant materials which are aligned with the research priorities of the School of Dentistry.
You will deliver world class research, inspirational teaching and post-graduate research student supervision. As a Lecturer, you will have the ability to develop strategies for interdisciplinary research and innovation, to secure research funding and have a clear view of how your research will be translated to achieve societal/ healthcare and/ or economic impact. You will be expected to have established collaborations with academic and/or industrial partners.
You will provide an excellent student education experience for undergraduate and taught postgraduates in the School of Dentistry. The undergraduate teaching focus will be centred on the delivery of dental materials science to students on our MChD Dental Surgery (MChD) and Dental Hygiene and Therapy (BSc) programs. The postgraduate focus will be centred on providing module leadership and delivery of content for our MSc in Dental Materials.
Dental Materials is part of the School of Dentistry’s Division of Oral Biology, currently based on level 7 of the Wellcome Trust Brenner Building at the University’s St James’ Hospital Campus. Additional laboratories and the School’s teaching are based on the University’s main campus in the Worsley Building. You will be based across both sites as and when required in the delivery of your duties. A free staff shuttle bus running every 20 minutes provides easy access between the two sites.
The Henry Royce Institute (Royce) is the UK’s home of advanced materials research and innovation. The £235m Institute will allow the UK to grow its world-leading research and innovation base in advanced materials science, an area which is fundamental to all industrial sectors and the national economy. Royce brings together world-leading academics from across the UK, and works closely with industry to ensure commercialisation of fundamental research. Strategic investment in the Biomedical Materials research area has enabled us to develop comprehensive suites of equipment to ‘make, characterise and test’ biomedical materials which will help accelerate the development of advanced materials in the healthcare sector.
The Technical Specialist will be primarily responsible for experimental techniques associated with cell culture and analysis of cell/tissue behaviour on surfaces, and the imaging of cell and materials in biologically relevant environments. You will grow and oversee an internal and external user community of researchers, students and industry collaborators and customers. You will provide training, advice and support to facility users on the use of a wide range of scientific equipment and the interpretation of acquired data.
You will be an experienced experimentalist, with an ability to acquire high quality data using advanced and highly specialised cell culture techniques to assess biological interactions with materials and surfaces. A proactive and energetic approach is important, as is an ability to establish a good rapport with research students, staff, external customers and visitors. A degree, or equivalent qualification, in a relevant science or engineering discipline is required, as well as experience of working in a research facility environment associated with cell culture practices, safety protocols relating to the operation of a Class 2 Biosafety lab and the imaging and characterisation of cells and materials using light based fluorescent techniques. A postgraduate degree in Molecular Biology, Cell Biology or related field is desirable.