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EastBio: Building Cellular Resilience: Unlocking the Health Potential of Scottish Potato Bioactives

Project 2109 · University of Aberdeen · School of Medicine, Medical Sciences & Nutrition

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Save this opportunity and prepare around its actual requirements. Confirm deadlines and eligibility at the original source.

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Country or region
United Kingdom
Application deadline
2026-11-16 (confirm the exact time with the source)
Funding
Fully funded four-year EASTBIO BBSRC DTP competition; successful international awardees receive an overseas-fee top-up waiver. Annual DTP international intake cap 30%. 2027/28 stipend £22,437 estimated; training/travel restricted; visa/IHS excluded.

The research opportunity

EastBio: Building Cellular Resilience: Unlocking the Health Potential of Scottish Potato Bioactives

Project

This four-year BBSRC EASTBIO CASE PhD is hosted by the University of Aberdeen’s School of Medicine, Medical Sciences & Nutrition. It studies whether a chemically characterised, solanesol-rich extract from Scottish potato stems and foliage affects how cells withstand and recover from inflammatory and metabolic stress. The James Hutton Institute contributes natural-product chemistry and analytical expertise; Grampian Growers Limited is the industrial CASE partner. These collaborations do not establish a joint degree or partner employment. The CASE placement is expected to last 3–18 months, with exact duration and arrangements unconfirmed; it forms part of the research and EASTBIO placement requirement, so a separate PIPS is not required.

Doctoral work

Using human cell models including macrophages and skin cells, the student will study inflammatory signalling, cytokines, oxidative-stress responses, mitochondrial function, energy metabolism and recovery after metabolic or inflammatory stress. LC-MSn and related analytical chemistry will characterise the complex extract and help connect constituents with biological activity. Solanesol is a precursor in Coenzyme Q10 biosynthesis, but that relationship does not show that the extract improves human health. The project aims to develop mechanistic evidence; possible cosmetic, nutraceutical or pharmaceutical uses are not established safety or efficacy claims. Training includes mammalian-cell research, molecular and cellular biology, bioenergetic analysis, inflammatory readouts, phytochemistry and advanced analytical chemistry.

Applicant and application

Applicants need a relevant UK 2:1 Honours degree or international equivalent. Those with a 2:2 or equivalent may be considered if they hold, or expect, a Master’s Distinction or Commendation. All applicants must meet UKRI doctoral-training funding eligibility. The host school’s Postgraduate Higher English standard is normally IELTS Academic 6.5 overall, 6.0 in Reading and Writing, and 5.5 in Listening and Speaking, generally within two years of entry. Part-time study is restricted to Home/UK applicants.

Contact the first-listed supervisor before applying. Each applicant may apply for only one EASTBIO project. The saved application instructions require the application and both references by 16 November 2026, 23:59 GMT; current acceptance status has not been verified. Submit the official form, university-level certificates and transcripts, and two official reference forms (one may be non-academic) in one email to smmsn-pgrenquiries@abdn.ac.uk; referees may submit directly. The form must include the anonymous EDI survey response ID, and project supervisors cannot be referees. Application materials may be shared with external partners. No research proposal or extra attachments are required; incomplete or unnecessary-material applications will not be considered. See the EASTBIO application instructions.

Funding and open questions

The four-year award is offered through the EASTBIO competition and is open to UK and international applicants. UKRI BBSRC caps international recruitment across the network at 30% per year; this network-wide share does not establish a fixed international quota for this project or an individual applicant’s award probability. Successful international EASTBIO awardees receive an overseas tuition top-up waiver, subject to the personal award terms. The 2027/28 maintenance stipend of £22,437 is an estimate. Restricted budgets are listed for training (£5,000 annually in years 1–3; £1,500 in year 4) and travel/conferences (£230 per year); these are not living income. Visa costs and the Immigration Health Surcharge are excluded. Current recruitment status, the final stipend, full personal fee coverage, CASE duration/costs and the specific extract and cell-study arrangements remain unconfirmed.

Research and application brief

Report generated: . This date does not confirm that recruitment remains open.

Information updated: . Recheck the original notice before applying.

Show report contents

EastBio: Building Cellular Resilience: Unlocking the Health Potential of Scottish Potato Bioactives

Research Question and Applicant Fit

This four-year Aberdeen EASTBIO CASE project connects human-cell biology with natural-product chemistry and agricultural coproducts. Its distinctive question is whether a chemically characterised, solanesol-rich potato-haulm extract changes inflammatory and metabolic resilience, rather than whether a purified compound has a generic antioxidant signal. The strengths are an existing industry collaboration and complementary biological/analytical expertise. International applicants, including China-based candidates meeting entry requirements, can compete for funding with a fee-top-up waiver; the advertised 2027 stipend is an estimate. Application and both references are due 16 November 2026, 23:59 GMT for October 2027 entry. Current recruitment status has not been verified. The immediate priorities are to clarify the full supervisory team, extract availability and CASE placement plan.

Research Problem and Doctoral Work

Cellular resilience describes resisting, adapting to and recovering from stress. The project links it with inflammation, mitochondrial function, energy metabolism and ageing. The research object is a complex, chemically characterised extract from Scottish potato stems and foliage, not an already proven supplement or medicine. It builds on PhytoCosmo work involving supercritical-CO₂ extraction and solanesol-rich material. Solanesol is a precursor relevant to Coenzyme Q10 biosynthesis; this biochemical relationship does not establish that applying the extract produces a health benefit.

The advertised work combines cellular biology, phytochemistry and systems approaches. Human macrophage and skin-cell models will be used to study inflammatory signalling, cytokine production, oxidative-stress responses, mitochondrial function, energy metabolism and recovery after metabolic/inflammatory stress. LC-MSn will characterise molecular composition and help relate constituents to biological activity. Training spans mammalian-cell research, molecular/cellular biology, bioenergetic analysis, inflammatory readouts, phytochemical work, analytical chemistry, experimental design, data analysis and communication. Specific systems methods and the relative weight of each endpoint are not fixed publicly.

The critical scientific task is to distinguish altered signalling from improved functional recovery and to account for extract composition and cellular viability when interpreting an effect. Batch consistency and which constituents explain activity are plausible discussion themes, not promised results. This report describes research decisions at a high level; it supplies no experimental recipe.

The saved official EASTBIO application route links a 2027 project directory containing this exact title and Aberdeen host. The university's own PhD gateway uses an embedded project directory. A separately hosted, independent exact university advert was not located. Official application entry, Aberdeen opportunities gateway.

School, Programme and Field Context

The advertised host is the University of Aberdeen, School of Medicine, Medical Sciences & Nutrition. Its research portal documents the immunology, medical-science and research-centre environment. Aberdeen is the university host; James Hutton Institute supplies natural-product/analytical expertise and Grampian Growers Limited is the CASE partner. These roles do not establish a joint degree or partner employment. The formal registration programme/code, degree-award wording and progress-review milestones need confirmation. School environment.

For a subject-specific research indicator, the official REF 2021 return reports Clinical Medicine at 15% four-star and 62% three-star, and Biological Sciences at 18% four-star and 61% three-star. These are submission quality profiles across particular units, not a world ranking, an undergraduate Medicine league table, or a score for this project. The more relevant project advantage is access to immune biology alongside crop-product chemistry and a real agricultural partner. REF results.

The studentship is four years full-time. EASTBIO's training, restructured from the 2025 cohort, concentrates core research and professional training in years 1–2, with years 3–4 focused on research. Its displayed 2026/27 calendar illustrates current provision, not a guaranteed 2027 timetable. Training.

CASE involves 3–18 months with the non-academic partner, possibly split into blocks. It contributes to the thesis and fulfils EASTBIO's placement requirement, so a separate PIPS internship is not required. Confirm exact location, supervision, travel/accommodation costs, intellectual property and publication terms. Industrial participation is meaningful training, but it does not guarantee a job or commercial product. CASE arrangements.

Supervisors, Recent Papers and Research Environment

The project-linked directory lists Prof H Wilson, Prof G Bermano, Dr G McDougall and Dr A Tawfike, while the detailed contact list names Wilson and McDougall. Confirm all four formal supervisory roles and availability.

Heather Wilson is Chair in Immunology at Aberdeen, with macrophage, inflammatory and metabolic research across the school and Institute of Medical Sciences. Gordon McDougall works on plant biochemistry, phytochemicals, LC-MSn and coproduct valorisation at Hutton; contact gordonmcdougall@hutton.ac.uk. His biography dates his group leadership to 2014–2026, so an older “head” label should not be treated as a current management commitment. Ahmed Tawfike, Hutton's analytical chemist/metabolomics specialist, manages LC-MS capability; contact ahmed.tawfike@hutton.ac.uk. Giovanna Bermano's precise current appointment, supervisory allocation and availability should be confirmed rather than inferred from earlier collaboration affiliations. Wilson, McDougall, Tawfike, current Hutton group.

Three Original Studies and a Background Review

These are three distinct supervisor-associated original studies, not three tests of the potato extract. Their scientific and reading scopes differ.

1. Context-dependent immune-cell responses

Thomas Helps; Christa Baker; Heather M. Wilson; Simon Arthur; Graeme I Murray; Mairi H. McLean. Characterising interleukin-27 (IL-27) responses in human blood derived macrophage cells. Cytokine 198:157097. DOI: 10.1016/j.cyto.2025.157097. Dates: online: 2025-12-22; issue: 2026-02.

Wilson is third of six authors; Mairi H. McLean is corresponding author. Publisher-indexed CRediT supports Wilson's supervision and formal-analysis contribution. The relevance is immune-cell response and statistical interpretation, not extract efficacy or clinical benefit. Some proteomic results used unadjusted p values, limiting any simple claim of uniformly anti-inflammatory effects.

The available records cover the institutionally indexed title, complete six-author byline and abstract, PubMed publication dates, and selected publisher-indexed statistical discussion and CRediT information. The full article and supplementary material have not been assessed; no assay steps or conditions are described here.

2. Immune–metabolic evidence from a different context

Helk Oliver; Dekeryte Ruta; Dawn Thompson; Sarah Kamli-Salino; Sam Philip; Heather M. Wilson; Nimesh Mody; Mirela Delibegovic. Myeloid PTP1B deficiency protects against atherosclerosis by improving cholesterol homeostasis through an AMPK-dependent mechanism. Journal of Translational Medicine 21(1):715. DOI: 10.1186/s12967-023-04598-2. Dates: received: 2023-04-12; accepted: 2023-10-06; published: 2023-10-12; version of record: 2023-10-12.

Wilson is sixth of eight authors; the publisher lists Helk Oliver and Mirela Delibegovic as corresponding authors. Mouse/human-cell mechanisms are not potato-extract or human-health efficacy. Publisher and PubMed print Helk Oliver and Dekeryte Ruta; older notes use Oliver Helk. The DOI links these records without silently reversing the published names or inventing a correction.

Available records cover the publisher title, full ordered byline, abstract, contributions and publication history, with a PubMed byline comparison. The full scientific body and supplementary material have not been assessed; only non-operational relevance is retained.

3. Plant-composition analytics and variation

G. J. McDougall; J. W. Allwood; G. Dobson; C. Austin; S. Verrall; C. J. Alexander; R. D. Hancock; J. Graham; C. A. Hackett. Quantitative trait loci mapping of polyphenol metabolites from a ‘Latham’ x ‘Glen Moy’ red raspberry (Rubus idaeus L) cross. Metabolomics 19(8):71. DOI: 10.1007/s11306-023-02033-7. Dates: received: 2023-01-12; accepted: 2023-07-13; published: 2023-08-08; version of record: 2023-08-08.

McDougall is first and corresponding author of nine; contributions describe oversight of LC-MS and data analysis. This does not make the other three advertised researchers coauthors. The study examines 37 polyphenols across three years in raspberry, not potato. It supports analytical and variation-interpretation experience, with structural-identification and sampling limits; it does not establish solanesol, extract-resilience or human-health effects. No extraction or genetic-engineering instructions are supplied.

The saved reading covers the publisher abstract, nine-author byline, Results and Discussion sections 3.1–3.2, section 4 Conclusions, contributions and publication dates, not the full article or supplementary material. The Hutton entry reverses Dobson/Austin and gives Art.7; the published paper and Dundee citation give Dobson third, Austin fourth and article 71. These discrepancies remain explicit.

4. Conceptual background, not another original experiment

Neve E. Read; Heather M. Wilson. Recent Developments in the Role of Protein Tyrosine Phosphatase 1B (PTP1B) as a Regulator of Immune Cell Signalling in Health and Disease. International Journal of Molecular Sciences 25(13):7207. DOI: 10.3390/ijms25137207. Dates: online: 2024-06-29; published: 2024-06-29.

Wilson is second/last and corresponding author of two. This is a conceptual review, excluded from the original-study count and not another extract experiment.

The available record includes the institutional title, complete two-author byline, abstract and citation; no full-text scientific review was assessed.

Interpretation of studies 1 and 2 and the review remains limited to the source material described above; the raspberry study uses only the selected sections listed for it.

Hutton's December 2025 PhytoCosmo account confirms collaboration with Aberdeen and Grampian Growers on potato foliage as a source of valuable ingredients. An earlier IBioIC feasibility case describes coproduct work with Grampian Growers, McDougall and Bermano at RGU. That historical affiliation does not change this doctorate's advertised Aberdeen host, and that feasibility funding is not a personal studentship. These sources substantiate continuity of the collaboration; they are not published proof of the proposed cell-resilience results. Daily mentoring, reserved instrument time, sample availability and specific extract datasets remain unverified. PhytoCosmo, earlier feasibility case.

Funding, Application and Living Cost

Funding and international conditions

The advert describes competitive four-year funding and an estimated £22,437 stipend for 2027/28. It separately lists £5,000 research/training grant annually in years 1–3, £1,500 in year 4, and £230 annual travel/conference allowance. Research budgets are not extra disposable living income. The saved UKRI guidance confirms £21,805 from 1 October 2026; that does not convert the 2027 estimate into an award guarantee. UKRI.

The saved EASTBIO FAQ states that international candidates are eligible, the annual international intake is capped at 30%, and successful international awardees receive an overseas tuition top-up waiver. Visa and healthcare surcharge costs are excluded. Students requiring a visa must register full-time; the advert's part-time option is for Home/UK students. Students must normally live within commuting distance, with fieldwork/placement exceptions. Qualification equivalence, fee status and the eventual award letter still matter. Funding and study FAQ.

Application route and selection

The project instructions require contacting the lead supervisor before applying, one EASTBIO project only, and a single email to smmsn-pgrenquiries@abdn.ac.uk, subject “EASTBIO Application – [Your Name]”. Include the completed EASTBIO form, university-level certificates/transcripts and two references, one of which may be non-academic. Use the official reference form; references may accompany the application or arrive directly with subject “EASTBIO Reference – [Your Name]”. Both application and references must arrive by 23:59 GMT on 16 November 2026.

The stored official application instructions require an anonymous EDI survey and its unique response ID on the application form; project supervisors cannot serve as referees. Current application acceptance status has not been verified. Application instructions.

No research proposal or extra CV, school certificates, conference papers or dissertations should be added. Incomplete or unnecessarily supplemented submissions will not be considered; the university does not chase missing documents. Receipt confirmation may follow the deadline; applicants are asked not to chase status. Application information may be shared with external partners. Network FAQ flexibility on delayed references is not permission to ignore the explicit host cutoff.

The published 2027 sequence is supervisor nominations 18 January, invitations 22 February, interviews in the week beginning 8 March, decisions in the week beginning 22 March. CASE supervisors may nominate two candidates, but nomination is not an award. The interview includes a short presentation of previous research and discussion of project and interdisciplinary programme fit. Selection.

Cost and purchasing power

Aberdeen's saved official 2026/27 housing table lists £111/week for Adam Smith House, £133 shared-bathroom / £191 ensuite at Elphinstone Road, and £147 shared / £191 ensuite at South House, with selected 40–50-week leases. Wi-Fi is listed. Room eligibility, bills, availability and the remaining weeks require checking; these are not 2027 offers. Housing costs, housing application gateway.

The university recommends a minimum £1,171/month, including accommodation and other living costs. Annualising to 12 months gives £14,052. The historical minimum and future estimated stipend do not establish a personal disposable balance. The minimum is UKVI-aligned guidance, not a city-average spending survey; inflation, deposits, relocation, CASE travel, visa/IHS and personal circumstances can change actual expenditure. Do not add full rent again to this rent-inclusive benchmark. Obtain a 2027 full-year budget and an actual visa-duration quote. Living-cost guidance.

Applicant and English Requirements

Official qualifications: a relevant UK 2:1 or international equivalent; a 2:2 may be considered with a Master's Distinction/Commendation, achieved or expected. UKRI eligibility applies. The wider network says a Master's is not universally mandatory. Aberdeen's Medicine, Medical Sciences & Nutrition uses Postgraduate Higher English: IELTS Academic 6.5 overall, reading/writing at least 6.0, listening/speaking at least 5.5. Normally certification must fall within two years before entry; approved exemption/MOI routes exist. Confirm the registration offer rather than applying the lower Biological Sciences reading threshold. English requirements.

Helpful experience, not stated universal prerequisites: cell biology, biochemistry, immunology, analytical chemistry, quantitative interpretation and careful research documentation. Prior LC-MS or mammalian-cell experience would support readiness but is not explicitly mandatory. A purely computational preference or expectation of an immediate clinical trial would fit less closely. Preparation should show a prior research question, clear evidence and limitations, and the ability to connect chemical composition with meaningful biological endpoints.

Career and Transferable Skills

Career routes include natural-product/analytical R&D, cosmetic-ingredient research, biotechnology, quality work and academic research. The industrial placement can expose commercialisation and product evidence requirements. The National Careers Service gives a broad biotechnologist range of £27,000 starter to £57,000 experienced, not a destination or salary promise. No verified graduate outcome for this exact new project was found. A credible research portfolio, reproducible analysis and understanding of claims limits are more defensible advantages than the label “healthy ageing”. Career profile.

Next Actions and Questions to Verify

Before applying

Confirm all four supervisors and their roles, Chinese qualification equivalence, registration programme and English condition. Discuss the actual research scope with Wilson and prepare only the specified application documents and timely references. Verify that the chosen EASTBIO project is the single permitted application.

At interview

Ask whether characterised extracts and repeat batches are ready; which cellular recovery endpoints matter most; and how composition, viability and statistical multiplicity will be handled. Establish daily mentor, meeting frequency, LC-MS/bioenergetics access and the contribution of each partner. Clarify CASE duration, location, commercial expectations and research independence.

Before accepting an offer

Obtain written confirmation of four-year funding, full international fee waiver, actual 2027 stipend and research budgets, extension/interruption rules and progress milestones. Review CASE IP/publication terms and travel/housing costs. Confirm the complete 12-month living and visa/IHS budget. The next useful action is a focused conversation about biological endpoints and partnership training, followed by the single permitted application.

Evidence and Sources

This report uses saved project, funding and administrative records dated 21–22 October 2026; paper interpretations follow the abstract, institutional-record or selected-section limits stated above. Current recruitment and present-day applicant conditions have not been verified.

Programme, school and application

Team, research and collaboration

Costs and careers

Additional publication references

Sources

The listing may come from a university or recruitment platform. Check the notice and official sources in the report for current application requirements. View the recruitment source

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