Guest post by Emma Cartledge, PhD student in the Mammalian Behaviour and Evolution Group at the Institute of Integrative Biology
Earlier in the year, I attended a public engagement training session at Eureka children’s science museum in Halifax. The training was focused on interacting with young children and families. It highlighted the importance of creating an interesting narrative for your work, as well as understanding its relevance to the target audience. Educational memories are lasting when the activity is unusual and fun – if you think of a time when you were little and learning about science, chances are you are thinking of an occasion where you were not simply sitting in class and filling out worksheets!
As part of British Science Week 2019, I had the opportunity to return to Eureka and put this training into practice. Volunteering alongside the British Ecological Society to run a selection of activities, we were mostly visited by pre-school aged children and their families. We had a stall where the children could view fossils, including a huge dinosaur footprint. They then thoroughly enjoyed making footprints in playdough with toy dinosaurs! Another area was about insects. This was where children spent a lot of their time and drew their favourite animal.
My attention was focused on a stall about small mammal tracks and signs. Here, the children (and parents!) could match up poo to their perpetrator, identify the animals based on camera trap images and then draw their own pawprint.
I really enjoyed the day and was particularly thrilled with the parents’ interest in my footprint tunnels. I have recently started using these to monitor small mammals, as part of my PhD project on dormouse conservation. Some even decided that they would try it at home with their kids! Overall, it was a fun and informative day for all involved.
Post by Dr Jill Madine
On Wednesday 31st October 2018 IIB and SoLS held the first Institute-wide School Engagement event within the Life Sciences Building. 82 children from Banks Road, Litherland Moss Primary Schools and home-schooled pupils from the local area attended the morning session with 128 Secondary school children from Notre Dame Catholic College, Prescot School, Kings Leadership Academy Hawthornes, Academy of St Nicholas, Archbishop Blanch and St Michaels High attending the afternoon session.
Pupils took part in a range of fun spooky science activities:
- exploring relationships between skulls and other features of animals (e.g. diet and faeces!) with Michael Berenbrink and PhD student Kelly Ross
- finding out about blood flow and gravity, how holding your breath slows your heart and which animals that make your heart race with SoLS Terry Gleave and Rachel Floyd
- making zombie proteins out of magnetic beads with Luning Liu and Fang Huang, assisted by many students
- looking at model organisms under the microscope with the Centre for Cell Imaging (CCI – Violaine See, Dave Mason, Jen Adcott, Daimark Bennett, Anne Herrmann, Marco Marcello and PhD students Kit Sampat, Hammed Badmos, Rebecca Kelly)
- finding out how much protein is in the foods we eat including fishing in cauldrons for the answers from the Centre for Proteome Research (CPR – Kimberley Burrow, Jos Harris, Victoria Harman and PhD students Max Harris, Rosie Maher, Iris Wagner, Natalie Koch)
- pupils could also get up close and find out more about a range of animals kindly provided by staff from World Museum and from within SoLS with Carl Larsen
Additional student and staff helpers including Alice Clubbs Coldron, Lauren Tomlinson, members of Jill Madine group (Hannah Davies, James Torpey and Alana Maerivoet), Louise Colley and Laura Winters were invaluable in organising the day and logistic arrangements on the day.
Ravina Mistry, summer student working with James Torpey, supervised by Jill Madine and funded by Biochemical Society
Investigating peptide inhibition of alpha-synuclein as a potential therapeutic option for Lewy Body diseases
The two most common forms of dementia after Alzheimer’s disease are Dementia with Lewy bodies (DLB) and Parkinson’s disease (PD). These diseases are associated with intracellular inclusions of misfolded protein aggregates called Lewy bodies (LBs). The major protein component of LBs is the misfolded protein α-synuclein (asyn). Asyn and its associated aggregation/misfolding pathway is therefore a therapeutic target for these diseases. Collaborators in Bristol have identified a ten residue peptide that can prevent asyn aggregation and in turn prevent its associated toxicity. James had carried out NMR experiments to investigate the interaction between peptide and asyn and gain insight into the mode of action of the peptide in preventing aggregation. This data suggested that over time the peptide undergoes a structural rearrangement that is only detectable by a highly sensitive technique such as NMR, and that this is required before the peptide and protein are able to interact. This has implications for understanding the role of asyn aggregation in disease-associated toxicity and how it can be targeted therapeutically.
In her project Ravina investigated whether the peptide can also interact with and prevent aggregation of the six known disease associated mutants of asyn. Furthermore, she also used modified versions of the peptide (using amino acid substitutions) to further probe the mode of action and enhance the future progress of this peptide into a viable therapeutic avenue. She gained experience in a range of techniques including protein expression and purification, NMR, isothermal titration calorimetry, electron microscopy and fluorescence assays.
The Betancourt Lab hosted several students this summer, including two Nuffield students. These were Emily Clarke and Mecmillan “Mec” Rajaratnam, who used PCR to survey Wolbachia in flies.
Emily said about the placement: “I feel that I have benefitted greatly from my Nuffield placement and I have enjoyed every minute. I have gained a whole new platform of scientific skills, knowledge and techniques as well as been given an insight into the work that goes on within research science. Before beginning the placement, I did not really know what research science consisted of on a day to day basis however, experiencing this first hand has educated me on the works of scientific research daily. The project that I completed I thought was really interesting and I looked forward to attending every day of the placement to get some more results; in order to be one step closer to completing the project. Overall, I am so glad I was offered this fantastic opportunity and I definitely feel like I have gained so much from the experience.”
The Betancourt Lab also played host to second year undergraduate student Harry Collier, who carried out a project looking at the phenotypic effects of transposable element insertions in Drosophila. Harry also learned to code in Python during the course of his project.
Guest post by Rosie Maher, IIB PhD student
This summer I welcomed a 16 year old student from The King’s School Chester who took part in the Nuffield Research Placement Scheme. Before starting her placement Charlotte had plans to apply for medicine after finishing her A-levels but was curious about other medical related professions within biomedical science and biochemistry. Charlotte was appointed a position with myself, working in the Centre for Proteome Research within the Institute of Integrative Biology. Her four week project was titled “Identifying Proteins in Saliva to Diagnose Disease” and was a continuation of work that I have completed for my PhD.
During Charlotte’s four week stay she learnt three techniques that are used routinely in our lab; SDS-PAGE, zymography and western blotting. By the end of her placement she had produced some very interesting novel data, complementing the work that I have completed. It was a great experience to teach and supervise Charlotte, especially in an area of medical related science that she hadn’t heard of. I am now looking forward to her presenting this data at the Nuffield Celebration Evening in October.
This summer IIB’s Dr Dan Rigden hosted XJTLU student Xiaoyue Song:
Gut bacteria composition and activity can have big effects on human health and disease. There is therefore a lot of interest in understanding proteins and protein families encoded by the principal gut bacteria. Structural genomics has contributing by solving many structures but some of these have been deposited in databases without associated publications fully describing or predicting their functions. Xiaoyou has been focusing on a single family commonly found in gut bacteria, using a range of bioinformatics methods to try to predict its function. She strongly suspects that it is involved in carbohydrate metabolism and is currently trying to pin down the function further.
Guest post by Elysse Hendrick, undergraduate summer student
Working with supervisor Tom Price and his team, I carried out a research project investigating whether sleep patterns are affected by the battle of the sexes. The idea is that in species where females mate with multiple males, it is in the male’s interest if any female he mates with lays many eggs as quickly as possible, because after a while she will mate with another male who will father most subsequent eggs. So if males could force females to be active all day laying eggs, this would benefit the male. Normally, fruit flies are active only at dawn and dusk, so daylight egg laying might mean a female risks death due to predators or drying out. To test this, I put mated and unmated fruit flies into an activity monitor which, using an infrared beam, monitored the level of activity of each fly over a week. Entering this project, I had extremely limited experience of working with flies, so this project allowed the development of many new skills, including: sexing and identifying flies using microscopy, performing mating assays, food-making and maintaining fly stocks. Additionally, undertaking this project helped in gaining confidence, both in working in a different laboratory setting than usual with unfamiliar equipment (such as the activity monitor), and in working independently. Aside from my project, I also helped and worked alongside Tom Price’s team and attended team meetings, which helped me gain a valuable insight into the dynamic of a research group and the roles everyone plays. I enjoyed my project and working with the team very much and would definitely recommend taking part in a summer project.