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Cherelle joined the Cerebrovascular & Dementia Research Group at the University of Bristol as a PhD student in 2024, funded by a Bristol Medical School Scholarship. Prior to her PhD, she completed her undergraduate degree in Biology (BSc) at the University of Bristol before carrying on her studies with a MSc in Molecular Neuroscience.

Her research is centred on understanding how pro-angiogenic signalling contributes to the vascular dysfunction observed in the early stages of Alzheimer's disease. She uses immunofluorescent staining of human post-mortem brain tissue along with an in vitro 3D co-culture model to quantitatively measure changes in angiogenic response to Alzheimer’s conditions. The long-term aim of her research is to repurpose existing anti-angiogenic therapeutics to rescue the observed dysfunction. She is passionate about translating mechanistic understanding of the underlying pathophysiology of neurodegenerative diseases into effective therapies.

Ishwarjeet (Ish) obtained his MChem in Chemistry with Medicinal Chemistry (with International Placement) in 2023 from the University of Warwick. For his Masters project, he synthesised and characterised adenine- & ribose-loaded hydrogels to investigate their potential as a novel therapeutic to mitigate damage induced by stroke injury. He then began studying on the 1 + 3 MSc-PhD Analytical Science Centre for Doctoral Training Programme at Warwick. During his MSc in Molecular Analytical Science, he completed 2 mini projects. The second one involved investigating the sites of localisation of pollution-relevant iron oxide nanoparticles in glioblastoma cells, as a preliminary understanding of the interactions between nanoparticulate matter and the brain. This has led him to his PhD project, the current working title being “investigating the relationship between particulate matter air pollution exposure and Alzheimer’s disease dementia”. He is using cellular biology methods to investigate cellular exposure of iron oxides in in vitro cell models, with future plans to incorporate work with post-mortem brain tissues. Ish’s propensity for neuroscience is driven by his fascination with the human brain and its complexities, particularly how it behaves during neurodegeneration.

Karina’s interest in neuroscience first started during her Laidlaw Scholarship, where she investigated the role of methylphenidate on locomotion in Drosophila within the lab of Dr. Vincent Croset at Durham University. Following two summers in this lab, Karina decided to continue her work in Drosophila neurogenetics, starting her MSci project at Durham University within the same group. There, she worked on the role of pre- and post-synaptic dopamine transport in memory, using behavioural and functional imaging approaches. During this time, she also served as the President and former Outreach Officer of the Durham University Neuroscience Society (DUNE), where she helped organize the annual Neuroscience North-East conferences.

Next October, Karina will join the lab of Professor Scott Waddell to start her DPhil in Physiology, Anatomy and Genetics as a Clarendon Scholar. There, her research will explore the neural correlates of maladaptive reward-seeking in Drosophila. Ultimately, Karina aims to understand the fundamental molecular mechanisms underlying memory and addiction. Beyond research, Karina is committed to outreach efforts supporting individuals with substance use disorders, including volunteering with Caritas Radom and organizing events to raise awareness for addiction.

Luis is a PhD student in neuroscience at the University of Glasgow. His academic journey began in 2016 when he enrolled in a National Certificate program in Social Sciences at South Lanarkshire College. He graduated with a Higher National Diploma three years later. Following that, he obtained a bachelor's degree in applied psychology from Glasgow Caledonian University. During this time, he discovered the neurobiological mechanisms behind human behaviour, which solidified his interest in neuroscience research. He then embarked on a Master's degree in Brain Sciences at the University of Glasgow. The final project of his Master's program provided invaluable research experience, allowing him to navigate the complexities of scientific research while investigating the role of an orphan GPCR receptor in Alzheimer's disease. After graduating, he began corresponding with Dr. Cassandra Sampaio Baptista about the possibility of completing a PhD under her supervision. With her support, he was fortunate to be awarded the James McCune Smith Scholarship, which allowed him to embark on his PhD journey. During my PhD, he will investigate the role of chronic psychological stress in the underlying cellular mechanisms of myelin plasticity and explore how this phenomenon may lead to brain changes that facilitate the onset and maintenance of addictive behaviour.

Maryam is a second-year PhD student at Birkbeck, University of London, specializing in Vestibular Neuroscience. Her research focuses on how gravity influences human behaviour, with a particular interest in combining neuroscience techniques with space research methods. So far, her work has explored the impact of altered gravity on perceptual experiences. In her most recent project, she demonstrated changes in cortical excitability under lab-controlled simulated altered gravity mimicking conditions similar to spaceflight. Currently, Maryam is the Team Lead for a project supported by the European Space Agency (ESA) called V-STARS (Vestibular Stochastic Techniques for Adaptive Responses in Spaceflight). The project investigates how artificial vestibular stimulation affects adaptation to spaceflight. Beyond her research, Maryam is a committee member of the Student European Low Gravity Association (SELGRA), where she advocates for increasing diversity and inclusion within the space sector. She is passionate about driving greater representation of women in both the space industry and neuroscience.

Neddy graduated with a BSc (Hons) in Neuroscience, with her dissertation exploring how heparin interactions with Apolipoprotein isoforms (ε2, ε3, ε4) affect the clearance of amyloid-beta in Alzheimer’s disease. This foundational experience led to two Research Assistant roles at the University of Oxford (Wellcome Centre for Human Genetics), where she gained expertise in live-cell imaging, flow cytometry, and molecular biology techniques.

Beyond the lab, she served as Communications Officer for Oxford’s Neuroscience Society (2022/23) and later revived and co-hosted the CortexCast podcast alongside Ritika Mukherji & Katy Willard, interviewing leading neuroscientists on cutting-edge techniques, challenges in the field, and the thought processes shaping modern neuroscience.

Her growing interest in systems neuroscience led her to intern at Julia Harris’s Lab (Sainsbury Wellcome Centre, UCL), where she contributed to a project exploring how sleep/wake activity in mice influences synaptic plasticity in the piriform cortex.

Looking ahead, Neddy aims to pursue a PhD integrating in-vivo electrophysiology, high-resolution microscopy, and computational modelling to explore the intricate relationship between neural circuit activity and memory consolidation. By bridging molecular, cellular, and circuit-level analyses, she hopes to uncover fundamental insights into how synaptic plasticity shapes cognition and behaviour.

Ryan is currently pursuing an MRes in Neuroscience at the University of St Andrews, having previously graduated from St Andrews with a BSc (Hons) in Neuroscience. Throughout his studies, he has developed a strong academic foundation across neuroscience, psychology, and biology. His undergraduate research focused on neurogenesis in the early developing central nervous system of Xenopus Laevis tadpoles. Currently, his master's project integrates behavioural and cellular neuroscience, investigating the effects of overtraining on learning and attention set-shifting tasks in rats with medial prefrontal cortex DREADDs.

Ryan’s passion for neuroscience was sparked by his family's experience fostering children from disadvantaged backgrounds, which led to his interest in neurodevelopment. During university, he has further explored his interests in behavioural and cellular neuroscience.

He is also interested in the intersection of neuroscience with oncology and immunology. This interest developed after he was awarded a Wellcome Trust-funded internship at the University of Manchester, where he contributed to research on glioblastoma, vestibular schwannoma, and cerebral malaria.

Beyond his studies, Ryan was elected as the Postgraduate Neuroscience Representative at his university.  He also works in several part-time roles, including as an Undergraduate Psychology Mentor and an Admissions Application Reader at the University of St Andrews.

Amina is in her final year studying Cognitive and Clinical Neuroscience at the University of Westminster. Amina hopes to further pursue her interest in Neuroscience after graduation, with further studies at a master's level, which will enable her to gain greater in-depth knowledge of neurological disorders and translational medicine in neuroscience. Having previously worked as a researcher in clinical trials for two years at the Stress, Psychiatry, and Immunology Lab at King’s College London has helped her to gain extensive research skills and knowledge, and she has recently contributed to scientific publications as a co-author.

Amina has previously also presented at the British Neuroscience Association 2023 Festival of Neuroscience on Science Communication, as part of the editorial team of Inspire the Mind. Amina is passionate about stroke and is excited to further explore in detail on stroke research through this experience with the mentorship and networking opportunities as a BNA Scholar. Amina is also passionate about diversity and inclusion for women in science and academia, in particular within neuroscience. 

Anna graduated with a degree in Economics and Neuroscience from the University of California, Los Angeles (UCLA) with honors. Through the Interdisciplinary Sustainable LA Grand Challenge (SLAGC) Scholar Program during her undergrad, she worked with Dr. Melissa Sharpe to conduct an independent project on sensory-specific cue associations and the neural learning circuits underlying maladaptive behavior in addiction, culminating in her honors thesis. During her final year, she worked as a lab technician for the Sharpe lab to conduct research on nucleus accumbens dopamine release and its role in learning.

In 2023, she joined the Sharott Group at the University of Oxford as a research assistant to work on projects utilizing high density in vivo electrophysiological recordings with deep brain stimulation in freely behaving rodents. Currently, she is investigating memory and cognitive function, these experiments aim to develop a closed loop stimulation approach with potential clinical applications.

Leveraging her research experience using cutting edge techniques and her unique interdisciplinary background, she intends to answer questions about the fundamental mechanisms of decision making and provide new insights into the relationship between neuropsychiatric disorders and decision making deficits in her PhD.

She is pursuing her DPhil (PhD) in Biomedical Sciences at the University of Oxford as an NIH Oxford Scholar with supervision from Dr. Angela Langdon (NIH), Dr. Andrew Sharott (Oxford), and Dr. Mark Walton (Oxford).

Misbah recently graduated with a degree in Neuroscience from the University of Bristol, after transitioning from a career working with children and young people in Bristol and Birmingham. As a mature student with a background in education—enrichment engagement, educational facilitation, and private biology tutoring—her academic journey was enriched by diverse experiences. Alongside her studies, she is also a mother to a 9-year-old.

Currently, Misbah is working in science communication and public engagement, aiming to make neuroscience accessible to everyone. She actively collaborates with organisations such as Sport Birmingham to advocate for mental health awareness and serve as a certified Mental Health Champion, promoting well-being and mental health support within my community. Misbah is particularly passionate about addressing the roots of mental health stigma in underserved communities, working to break down barriers to mental health care, education and enrichment.

This year, Misbah is also gaining clinical experience to enhance her practical skills, with the goal of applying to the Scientific Training Programme (STP) next year to specialise in neuroimmunology.

In addition, she has co-founded Future Pages CIC, a Bristol-based organisation supporting children, young people, and families with neurodivergence, particularly from racially minoritised communities. Through this initiative, she advocates for greater awareness and inclusion of neurodivergent individuals.

Maternal health is a key research interest of Misbah's, especially the changes in cognition, behaviour, and physiology during pregnancy and parenthood. She is focused on bridging healthcare gaps for women, particularly mothers, by exploring the connection between maternal mental health, neuroimmunology, and child well-being.

Qiming, also known as Simon, obtained his BSc in Psychology from Northeast Normal University and his MSc in Cognitive Neuroscience from Beijing Normal University. His Master's project focused on using brain imaging and non-invasive brain stimulation to investigate the neural mechanisms of bilingual language production. In 2022, he joined the Brain, Speech, & Language Research Group led by Prof. Kate Watkins at the Department of Experimental Psychology as a DPhil (PhD) student, funded by the Oxford Clarendon Scholarship and St John’s College, Oxford. His research projects explore the neural mechanisms of bilingualism (and multilingualism), speech production, and perception in healthy adults, aiming to understand how brain networks support successful speech perception and production. Additionally, he investigates how brain structure and function change in individuals who stutter using brain imaging techniques.

Simon also serves as a public engagement ambassador at the Wellcome Centre for Integrative Neuroimaging (WIN). His goals include enhancing understanding of the neuroscience of language, advocating for neurodiversity and language diversity, and supporting individuals with speech and language disorders.

Sahar is currently a master's student at Imperial College London, studying for an MRes in Experimental Neuroscience. She recently graduated with a BSc in neuroscience from the University of Warwick where she also worked as an undergraduate researcher in Professor Dale's lab. During this time, Sahar investigated the properties of connexins 46 and 50, using techniques such as tissue culture and electrophysiology. She has also completed an internship at Cardiff University in Professor Kidd's lab, funded by the BNA Exchange Grant. Using immunohistochemistry, Western blotting and imaging on post-mortem tissue, she explored pathological differences between men and women with and without Alzheimer's disease and depression. These experiences reinforced her desire to pursue research in neuropathology, Sahar hopes to further develop her skillset during her time at Imperial and pursue a PhD in the future.

Spatika received her integrated Bachelor’s and Master’s degrees in biology from the Indian Institute of Science Education and Research (IISER), Mohali, India. She was supported by the INSPIRE Fellowship, and the GE STAR Scholarship, from the Institute of International Education. During her undergraduate degree, she worked at the National Institute of Mental Health and Neurosciences in India, to investigate resting-state functional connectivity patterns in Schizophrenia patients. She completed her final thesis project at the Indian Institute of Science working on learning and memory formation in the worm species, C. elegans. In 2022, she joined the University of Oxford as a recipient of the Felix Scholarship. She worked on projects investigating neuropharmacology and reward-learning, and preclinical neuroimaging and anxiety.

Spatika is currently a Gates-Cambridge Scholar at the University of Cambridge, working on how the development of the prefrontal cortex gives rise to social behaviours. Her research interests span mood disorders, social behaviour and the moods of poetry. Beyond neuroscience, Spatika is passionate about writing and science outreach and established a nation-wide science magazine initiative between 10 institutes in India. She was also awarded an Outreach Grant by the Society for Experimental Biology, and has written for publications at Oxford and Cambridge.

Dr Yasir, a medical doctor, currently serves as a Research Assistant at the Dementia Platform UK, University of Cambridge. Originating from Sudan, he completed his medical degree at Al-Neelain University before being awarded the prestigious Chevening scholarship for the 2022/23 academic year. This scholarship facilitated his pursuit of an MSc in Clinical Neuroscience at UCL, where his research focused on the electrophysiology and behavioural patterns in mice during seizures and spreading depolarization.

Dr Yasir's current research revolves around neuroimaging in dementia patients, utilizing a range of techniques including fMRI, EEG, PET, and MEG. Beyond his scientific endeavours, he is a passionate advocate for accessibility and inclusion within the neuroscience community, emphasizing the importance of academic access for individuals with disabilities. He has been involved in various initiatives promoting higher education opportunities for disabled individuals.

Looking ahead, Dr Yasir aims to undergo neurology training within the NHS, specializing in neurophysiology. He is also committed to bridging the gap between research and clinical application in neuroscience, planning to continue his work as a clinical researcher. This dual focus on clinical practice and research embodies his dedication to advancing the field of neuroscience and improving patient care.

Arish (he/him) is a neuroscientist and liberal arts scholar. He was born and raised in Ghaziabad, India, but has since spent many years drifting across the continents. Arish's overarching goal is to help improve mental health outcomes in marginalised communities, especially people living with HIV. He is particularly interested in understanding the role of physiological processes (such as immune or metabolic dysfunction) and socioeconomic marginalisation in the risk for mental health conditions. Arish is also interested in the development and validation of culturally-inclusive mental health screening tools.

Arish holds a BA in Liberal Arts from Earlham College (USA) and a PhD in Translational Neuroscience from the University of Edinburgh (UK). His research has been funded by, among others, the Wellcome Trust, the South African MRC Unit on Genomics of Brain Disorders, and the Harold Hyam Wingate Foundation.

Arish is also strongly passionate about social justice, and its somewhat more corporatised sibling, Equity, Diversity, and Inclusion (EDI). He works as an EDI Consultant and has extensive practical experience in informing and driving EDI-related initiatives within higher education institutions across the US and the UK. Arish’s EDI work was awarded the prestigious Diversity Prize by the ALBA and FENS-Kavli Networks in 2023.

Dipa is a PhD student in a Biotechnology and Biological Sciences Research Council doctoral programme at University College London. Dipa has joined the Perinatal Brain Repair Group and her PhD is looking at formulating novel nanocarrier treatments for treating neonatal neurodegeneration. Dipa’s research utilises molecular and behavioural techniques to investigate the application of novel therapies in neonatal hypoxia-ischemia to determine successful delivery to areas of neurodegeneration in the brain. This interdisciplinary research bridges aspects of pharmaceutics and fundamental neuroscience by providing a translational approach to neonatal neurodegeneration therapeutics.

Before her PhD, Dipa worked as a Research Scientist with a Cancer Research Group at the Royal Marsden Hospital with an honorary appointment with the Institute of Cancer Research. Now, at UCL, Dipa is the Lead Research Student Representative and an Equality, Diversity and Inclusion Representative for her institute.

Faissal Sharif obtained a BSc in Biomedical Sciences at Maastricht University in the Netherlands with a semester abroad at the Chinese University of Hong Kong. As a visiting scholar at the University of California, Irvine, he investigated novel biomarkers for Alzheimer’s Disease. He then completed his MSc in Translational Neuroscience at Imperial College London while researching the effect of psilocybin on EEG power, signal diversity (i.e. entropy)  as well as psychological outcomes at the Centre for Psychedelic Research. As part of the R&D team of a neurotechnology startup and life science consultant, he has worked at the intersection between neuroscience, technology and consumer health.

In 2022, he joined the Tan Lab at the MRC BNDU to investigate novel non-invasive brain stimulation (NIBS) applications targeting psychiatric symptoms present in a variety of affective and neurological disorders. Beyond potential new transdiagnostic treatments using neurotechnology, Faissal is interested in neuronal underpinnings of affective processing, anhedonia and apathy.

Faissal has received numerous fellowships, from the Medical Research Council (MRC), the Foundation of German Economy (SDW), the German Academic Exchange Service (DAAD), Deutschlandstiftung Integration (DSI) and others. He is co-founder of Corpus Curiosum, an initiative for early-career researchers to promote critical thinking in Neuroscience.

Jess is currently studying for an MSc in Pharmacology at University of Oxford. Prior to this, she completed her BSc in Biology at the Open University. Her research interests include investigating the effects of drugs on neural circuits and their use in treating mental illnesses.

Jess is also interested in the prevention of Alzheimer's disease, having volunteered in a dementia care home. Through her undergraduate studies and neuroscience seminars, she has developed a further interest in understanding the association between amyloid plaques and Alzheimer's. She looks forward to developing these interests through her Master's degree and further studies. Jess intends to pursue a PhD after her MSc, where she will further explore neuropharmacological drug developments. She is keen to continue her outreach, leveraging the opportunities provided by being a BNA Scholar.

Kavishini is a third-year PhD student at Royal Holloway, University of London, supervised by Dr Carl Hodgetts and Prof. Narender Ramnani. After completing her BSc in Psychology, she embarked on a PhD that explore a topic that is close to her interests: how the brain might be interconnected and how these brain connections might be impacted during normal ageing or pathology. Kavishini's PhD explores this topic closely by studying the connection between the hippocampus and the cerebellum, in the context of spatial navigation in humans.

After completing her first study, she gained novel insight about the organisation of the hippocampal-cerebellar connection in humans. Building on this, she is currently using using fMRI methods to explore how human hippocampal-cerebellar connection might support spatial navigation in humans. In future studies, she hopes to using fiber tractography to delineate how the hippocampus and cerebellum might be anatomically connected. Beyond her research, she is interested in understanding this more closely in clinical populations such as Alzheimer’s Disease patients, and deepening her study in neurodegenerative disorders.

Laura is an MRC DTP PhD Student in Basic & Clinical Neuroscience at King’s College London. She joined King’s after completing her MSci in Medical Biochemistry at the University of Bristol. Her interest in neuroscience first sparked when she completed a summer scholarship placement with the North Bristol NHS Trust Research Foundation on ‘Biomarkers for brain tumours’ with consultant Prof. Kathreena Kurian. She then went on to do her MSci project on synaptic plasticity and spine morphogenesis in Alzheimer’s disease with Dr Jonathan Hanley. Currently, Laura works on mapping the RNA and protein expression patterns of FET proteins at single cell resolution throughout the mouse Central Nervous System and ageing. This will be followed by a comparison in healthy human, FUS-ALS and FET-FTD vulnerable tissue to uncover the contribution of dysfunctional protein homeostasis to disease. This project is co-supervised by Dr Marc-David Ruepp and Dr Caroline Vance in the Maurice Wohl Clinical Neuroscience Institute at King’s and Dr Claire Troakes at the London Neurodegenerative Diseases Brain Bank.

Morgan studied an undergraduate degree in Neuroscience at University of Nottingham and then undertook an MRes degree at the School of Sport, Exercise and Rehabilitation Sciences at University of Birmingham based in their Motor Control and Rehabilitation group. Her MRes project focused on the use of non invasive brain stimulation techniques (Transcranial Magnetic Stimulation/Transcranial Direct Current Stimulation), mental imagery and their interaction with motor learning and associated corticomotor plasticity. After having worked as a Research Assistant here at Oxford, she is now in her first year as a PhD student as part of Prof. Heidi Johansen-Berg's Plasticity Lab based at Wellcome Centre for Integrative Neuroimaging, working on a collaborative project with Dr Melanie Fleming and Prof. Tim Denison from the Institute of Biomedical Engineering investigating the use of Targeted Memory Reactivation (TMR) during sleep as an intervention to boost the memory consolidation processes underlying motor learning for stroke rehabilitation patients.

Morgan is also enthusiastic about Public Engagement - she has been involved in the Wellcome Centre for Integrative Neuroimaging’s play for KS3 pupils as part of the Outreach to schools via the Brains in Banbury 2022 initiative. She will also take part in a Wellcome funded 5-year enrichment project "Football OnThe Brain" in which she will deliver workshops that explore how the brain learns and the relevance this has for football skill development.

Cal completed their BA in Psychology and Linguistics at the University of Oxford and was then accepted onto the 1+3 MSc and DPhil in Neuroscience Programme, funded by the Department of Experimental Psychology at the University of Oxford.

During their MSc, Cal worked on modelling the geometry of neural network representations formed during a multi-context categorisation task. For their second project, they investigated hippocampal-cortical interactions during inference and post-learning sleep using a combination of multichannel extracellular recordings and calcium imaging in mice.

Cal then worked towards their DPhil, continuing work on this area, and combining it with analyses of human behaviour. This project was co-supervised by Professor Jill O'Reilly, Department of Experimental Psychology, and Professor David Dupret and Dr Helen Barron in the MRC Brain Network Dynamics Unit at the University of Oxford.

Cal tragically passed away in 2024, and is remembered fondly by their fellow BNA Scholars.

Gargi completed her undergraduate degree in Biomedical Science at King’s College London (KCL) in 2021, and she recently completed her Master's in Neuroscience from the same university. At present, she is a PhD student funded by the NIHR BRC Maudsley PhD programme at the Institute of Psychiatry, Psychology and Neuroscience. She is investigating the applicability of neurogenesis as a predictive biomarker for electroconvulsive therapy response in individuals with depression at the Thuret Lab. Gargi previously worked as a research assistant in the Stress, Psychiatry, and Immunology lab at KCL, where she focused on understanding the role of inflammation in affective disorders. She is passionate about understanding and developing better treatment strategies for psychiatric conditions, scientific outreach, and learning more about the public policy landscape regarding mental health support.

Brendan is a recent Neuroscience MSci graduate from the University of Manchester now currently working as a research technician at UCL. Under the supervision of Dr John Gigg, his Master's research project investigated pattern separation deficits in the 3xTgAD mouse model of Alzheimer’s disease, and whether these deficits were correlated to reduced granule cell neurogenesis in the dentate gyrus. He is currently involved in the breeding and maintenance of large Alzheimer's disease knock-in model colonies, whilst also contributing to running various behavioural tests in aged cohorts of these mice.

Brendan's primary research interest is the pathological role and therapeutic potential of neuroinflammation in Alzheimer's disease-related cognitive decline. He intends to pursue a PhD that allows him to learn essential neuroimmunology research techniques, whilst reinforcing his pre-existing skills in rodent behavioural research.

IfeOluwa completed her undergraduate degree in Neuroscience at the University of Edinburgh. While studying at the University of Edinburgh, she contributed to ongoing research in characterising potential genes involved in ciliary motility in a Drosophila model at the Jarman Lab, and also developed a keen interest for statistical modelling and research reproducibility.

Ife recently worked with Elsevier as a Managing Editor Intern and is currently pursuing work experience in data science. Ife is passionate about early outreach and is thrilled to be a part of the 2022 BNA scholars' cohort.

Iman undertook her MBiol in Biosciences at Durham University, working on bumblebee brains and investigating the dimorphism of the olfactory organ that processes odours and conspecific pheromones between the different species of Bombus around Durham, UK. Following this degree, she continued to develop her experimental neuroscience skills, securing a 4-month research assistant position to work on a project investigating olfactory coding in Anopheles gambiae mosquitoes at the Insect Neuro lab in Durham. She used transgenic mosquitoes to conduct live calcium imaging on olfactory receptor neurons, investigating how they respond to behaviourally repellent compounds. The skills she gained in this role also prepared her for starting her BBSRC NLD DTP PhD studentship, in October 2022. To continue her work on the olfactory coding of larval and adult mosquitoes. This project aims to identify the olfactory receptors and cells that sense pheromone candidates. Anopheles gambiae is malaria-vector that requires pheromone production to reproduce. Understanding the olfaction system in mosquitoes in extremely important to potentially identify novel strategies for vector control.

Iqra is a third-year PhD student based at Royal Holloway, University of London (RHUL). Supervised by Prof Narender Ramnani (RHUL) and Dr Elisa Ferre (Birkbeck, University of London), her PhD explores how information from the vestibular system is processed in the human and non-human primate brain, and she is also interested in the contributions of the vestibular system to human behaviour and cognition. Methods used to explore this area range from behavioural psychophysics to computational approaches and functional-MRI. She holds it personally important to lead efforts that promote and increase the representation of people from Black and Global Majority (BGM) backgrounds.

Naana is a research technician at the University of Nottingham, researching diabetes-induced kidney failure and Alport Syndrome at the Biodiscovery Institute. She obtained her MSc in Neuroscience at the University of Nottingham in 2021. As part of her Master’s, she did a yearlong placement at the Queensland Brain Institute studying mild traumatic brain injury and functional recovery using fMRI, DTI and T2 structural imaging. Naana’s research interests include the neurobiology of addiction and trauma, as well as psychiatric disorders such as bipolar disorder and anxiety. She is generally passionate about behavioural neuroscience. As a BNA Scholar, Naana is very excited about the opportunity to inspire more people from underrepresented demographics to pursue a career in neuroscience. and has had the opportunity to attend conferences such as FENS and present a poster.

Aisha is currently a Senior Researcher working for Age UK with a focus on influencing UK policy on health and social care inequalities experienced across the ageing population. Aisha completed her PhD at Newcastle University on neuromuscular changes across ageing and PD and completed her undergraduate degree in Neuroscience at the University of Leeds. Her doctoral work has been published in Nature PD and Frontiers in Ageing.

Aisha is also interested in science communication and has worked as a Sub Editor and writer for the BNA Bulletin and Bright Brains Newsletter, published blogs for her research team ‘Brain and Movement’ and Newcastle University EDI, as well as leading Neuroscience public engagement events for Stemettes, the National Media Museum and the Great Yorkshire Show. Her research has also been featured in British Science Week 2021 STEM outreach packs and by the Brilliant Club on International Women’s Day.

As a BNA Scholar, Aisha is particularly interested in addressing socioeconomic inequalities and keen to explore how this can be applied to the teaching and conductance of neuroscientific research. For the BNA Festival 2021, Aisha was an invited panellist to ‘Steps towards decolonising teaching and learning in neuroscience’ and is working on incorporating this at a national level with the BNA. She proposed ideas to enhance the current narrative of advancements within neuroscience in the UK by acknowledging present and historically significant contributions from researchers in geographical locations beyond the West.

Ethlyn, also known as Evie, is currently a second-year PhD student on the Medical Research Council's MRes-PhD programme at King's College London. Before starting her PhD, she obtained a BA in Experimental Psychology from the University of Oxford and an MSc in Neuroscience from King’s College London. She also spent nearly 2 years working as a Research Assistant at the Oxford Drug Discovery Institute, developing assays for Parkinson’s disease drug discovery. Evie’s PhD project investigates the links between mitochondrial transport, synaptic cargo trafficking, and synaptic integrity during ageing. Key methods she uses in this project include live-cell imaging using confocal microscopy and behavioural assays. She enjoys studying the cellular and molecular underpinnings of brain dysfunction and hopes to develop this passion beyond her PhD.

Margret, also referred to as Maggie, has recently started her new role as a Marketing Assistant for Novartis UK. Maggie’s role of a marketing assistant within the Haematology department involves creating materials to disseminate information about treatments that have been developed to treat rare blood diseases to a variety of audiences.

Maggie’s academic background started with an undergraduate degree in Neuroscience (BSc) at the University of Bristol. Maggie was enrolled in the Opportunity Bristol Scholarship programme which funded her postgraduate studies at the University of Bristol. Maggie's postgraduate degree project focused on studying the effects of a new Ketamine derivative on the N-methyl D-aspartate (NMDA) receptors located in the hippocampus. Maggie graduated with a Master's by research in Physiology and Pharmacology in February 2023. During her academic studies she worked as an on-campus processing operative in 2020 to assist students and staff with COVID-19 testing. Furthermore, Maggie gained experience as Biology lecturer at a further education institution following her postgraduate degree completion.

As a recipient of the BNA Scholar title, Maggie has participated in the BNA Festival of Neuroscience 2021 where she presented a pre-registration poster based on her Master's degree research. In the future, Margret hopes to have a role in making science accessible to all people regardless of their background. Maggie is passionate about raising awareness of Neuroscience research and developments, particularly across the African continent.

Oluwaseyi (also known as Seyi) is a 3nd year Neuroscience PhD student at University of Sussex. His current research focuses on investigating the neural basis of ant navigation using spiking neural network simulations. This includes making spiking models of ant brain regions and measuring their navigation capabilities within simulated environments, along with behavioural experiments with ants in the real world. His previous research at the University of Dundee focused around using machine learning to automate experimental processes in behavioural neuroscience; the aim being to make experiments less time-consuming and more reproducible. Seyi has a range of interests including sensory perception/ecology, machine learning, animal behaviour, computational modelling and game engine rendering. Something he greatly enjoys about neuroscience is the interaction between various disciplines and how they can come together to answer important questions. In the future he hopes to gain varied local and international connections, as he finds learning about other people and cultures very inspiring in the context of research. His family is from Nigeria, he was born and raised in the North of England and has always had a deep interest in science, technology and animals.

Rana completed her PhD in Translational Neuroscience at the University of Edinburgh, Scotland after which she worked as a post-doctoral research scientist at the Centre for Discovery Brain Sciences (CDBS) in Edinburgh, Scotland and the Beatson Institute for Cancer Research, Glasgow, Scotland. Currently, Rana is a post-doctoral research fellow at the Institute for Regeneration and Repair (IRR), University of Edinburgh, Scotland. Rana is interested in modelling human diseases using stem cells and 3D-organoid models. To date, her research work investigated the how large genetic deletions contribute to neurodevelopmental disorders, such as Autism Spectrum Disorders using cerebral organoids as a tool to recapitulate and study the early stages of brain development.

In her post-doc, Rana used 3D-organoids to model human cancers and their interactions with immune cells using immune-organoid co-cultures. Currently, she uses human-derived embryonic stem cells and transcriptomic data analysis to explore remyelination in neurodegenerative disorders, such as Multiple Sclerosis As part of her PhD programme, Rana also took part in pre-arranged NHS clinic visits to hospitals and psychiatric wards to gain a better understanding of conditions and disorders. Based on these visits, she has produced a series of artwork which were exhibited in the Brain Awareness week: Mad Hatter Grey Matter Festival, 2018 and Fusion: Art-neuroscience show and tell at the university of Edinburgh. Rana is also keen on promoting science to young children. She volunteered in several public engagement events and workshops, and published her own scientific children's book. In addition to her College of Medicine & Veterinary Medicine Neuroscience studentship, Rana has also received the Edinburgh Global Research Scholarship awarded to overseas PhD students covering differences between EU and international tuition fees.

Rayyan is currently undertaking his PhD at Imperial College after being awarded the Medical Research Council Doctoral Training 3.5 year fellowship (MRC DTP).

As a member of the Centre for Psychedelic Research and Neuropsychopharmacology group, he is working to complete a series of multimodal neuroimaging investigations in addicted populations;

• Exploring mesolimbic reward system deficits in Gambling Disorder as assessed with Functional Magnetic resonance Imaging (fMRI)
• Investigating the role of the dopamine D3 receptor in alcohol addiction with a pharmacological intervention using D3 receptor antagonism as assessed with PET and MRI
• Investigating the potential of psychedelic serotonergic agonists in the treatment of addiction

Rayyan also works as an Honorary Research Assistant for Drug Science (formally the Independent Scientific Committee on Drugs) where he publishes scientific reports as a member of the Medical Cannabis Working Group and the Medical Psychedelic Working Group.

Tamara is a Trainee Clinical Scientist on the NHS Scientist Training Programme, based at Birmingham Children's Hospital (specialising in Neurophysiology). She is being trained to independently perform different types of EEGs (Electroencephalograms), NCS (Nerve Conduction Studies), and EP (Evoked Potential) tests in a variety of patient settings, such as neonatal care, paediatrics, and intensive care. Simultaneously, she is studying an MSc in Clinical Science at Aston University and conducting an NHS Clinical Research Project. Her project is investigating the utility of qEEG in assisting EEG interpretation in patients with Epileptic-Encephalopathy with Spike-Wave Activation in Sleep. Before joining the STP, she completed a BSc in Neuroscience and took out a year in industry where she had the opportunity to work as a Research Assistant in fascinating fields such as Parkinson’s Disease and Anti NMDA-R Encephalitis. Away from Neuroscience, she enjoys wildlife gardening and baking.