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PhD Project on Intracellular Antibiotic Accumulation Heterogeneity and AMR Evolution

Project 2167 · University of Birmingham · Department of Microbes, Infections and Microbiomes; School of Infection, Inflammation and Immunology; College of Medicine and Health

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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
2026-11-23 (confirm the exact time with the source)
Funding
Four-year BBSRC-funded MIBTP studentship. International awards are capped at 30% of the annual MIBTP-wide award total (not this project’s quota or individual odds). Birmingham covers full tuition, including overseas fees, for successful international awardees. Stipend: £21,805/year (2026/27); 2027/28 unconfirmed. Visa and IHS are self-funded.

The research opportunity

PhD Project on Intracellular Antibiotic Accumulation Heterogeneity and AMR Evolution

Research question and doctoral work

Population averages can hide cell-to-cell differences. This project will test whether variation in intracellular antibiotic accumulation is associated with cellular physiology and the emergence of antimicrobial resistance (AMR). These are research questions, not established causal relationships or claims of clinical benefit.

The doctoral work has three broad aims: describe variation in single-cell accumulation; relate it to physiological and transcript-level evidence; and assess how it relates to resistance emergence. The project description names flow-cytometric and fluorescence measurements, phenotypic analysis and RNA-level characterisation as method categories. A single fluorescence signal does not necessarily measure freely available intracellular drug, and an association with cell state does not establish causation. The project does not promise clinical samples or trials, a fixed number of papers, a treatment-failure predictor or an approved medicine. Ask how a complete thesis would be framed if the main hypothesis is not supported.

University, field and training

The University of Birmingham awards the degree. The project sits in the Department of Microbes, Infections and Microbiomes, School of Infection, Inflammation and Immunology, within the College of Medicine and Health. Apply through the project-specific 865D PhD in Microbes, Infections and Microbiomes MIBTP route. MIBTP is a four-year BBSRC-funded doctoral partnership involving Birmingham, Warwick, Aston, Harper Adams, Coventry and Leicester; this network does not make the degree joint. The supervisors are Professor Jessica Blair and Professor Tim Overton. Exact project and supervision

Training includes R and statistics, a three-month placement at a partner university, bioinformatics and modelling, a three-month non-academic PIPS placement and 12 days of masterclasses. The detailed training page describes a technical visit of one day to three months in year 2 or 3, while the FAQ summarises a three-month technical mini-project. Confirm the 2027 arrangement and any travel or accommodation costs. Blair’s supervision page gives different first-year individual-meeting frequencies in its prose and table, and does not specify year-four arrangements.

Eligibility and application

The saved project directory lists a deadline of 23 November 2026 and expected entry in October 2027. It gives no closing time or timezone, and current acceptance status has not been confirmed. MIBTP normally requires a relevant first or high 2:1 degree or overseas equivalent. A lower 2:1 plus a Master’s or at least three years of relevant postgraduate experience may be considered; a 2:2 or lower generally needs exceptional additional experience. A Master’s is not universally required. A-level mathematics is no longer a shortlisting requirement, but quantitative preparation matters. Confirm the English-language threshold and any accepted exemption for this route. Two referees are required, including at least one academic; a professional referee may provide the second reference.

Use the 865D project-specific online application route. Select one project per programme and submit separate applications for up to five programmes. Required materials include a CV and full English academic records; applicants must answer the Research Methods training question, select BBSRC and complete ED&I. A research proposal is not required: Birmingham permits a blank file in the mandatory proposal-upload field, and N/A for the optional personal statement. Confirm how the generic FAQ’s cover-letter wording applies to the 865D portal. For administrative questions, contact uob-mibtp@contacts.bham.ac.uk. See the Birmingham admissions and funding guidance and MIBTP training structure.

Funding and costs

This is a competitive MIBTP studentship. Birmingham covers full tuition, including international fees, for successful international awardees; an individual award is not guaranteed. International awards are capped at 30% of the annual MIBTP-wide scholarship total. This partnership-level limit is neither a quota for this project nor an individual probability of success. The listed 2026/27 stipend is £21,805 per year, tax-free and paid monthly; the 2027/28 rate is unpublished. Consumables, travel and conference support and laptop loan are separate from personal income, and the project’s allocation is unconfirmed. Visa and IHS costs are paid by the student; budget separately for immigration, relocation and any accommodation during placements.

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

PhD Project on Intracellular Antibiotic Accumulation Heterogeneity and AMR Evolution

How much can a population average tell us about individual cells? This project asks whether variation in antibiotic-associated accumulation helps explain differences in cell physiology and the broader emergence of antimicrobial resistance. Its starting point is a measurement and interpretation problem; a causal relationship and clinical relevance have not been established. Jessica Blair's AMR expertise complements Tim Overton's microbial physiology and single-cell measurement background within MIBTP's quantitative training.

The saved Birmingham directory places this four-year competitive studentship in the 865D MIBTP route, with 23 November 2026 as the deadline and October 2027 entry. Birmingham awards the degree and covers international tuition in full for successful MIBTP scholars. Academic eligibility does not guarantee funding, and the 2027/28 stipend remains unconfirmed. Exact official project Saved project directory Host funding and admissions

Research problem and doctoral work

The project starts from a measurement-scale problem. Population averages can obscure differences among individual cells, so an average antibiotic-associated signal need not describe every cell's state. It asks whether heterogeneity in intracellular accumulation helps explain differences in physiology and the emergence of resistance. The relationship remains a hypothesis to evaluate, not a universal rule or a proven therapeutic target.

The three advertised objectives can be understood safely as: characterising single-cell observational variation; relating observations to physiological and transcript-level evidence; and examining its association with the emergence of resistance. The public description names cytometric and fluorescence-based measurements, phenotypic analysis and RNA-level characterisation as broad method families. It does not establish that any single readout directly measures freely available intracellular drug, nor that association with a cell state establishes causation.

A defensible thesis would distinguish measurement artefacts from meaningful biological variation, handle reproducibility and statistical uncertainty, and avoid overclaiming from association. These are analytical quality criteria inferred from the question, not additional tasks or prescribed experiments. The project does not promise patient samples, a clinical trial, a particular publication count, a validated predictor of treatment failure or an approved medicine. Ask how a coherent thesis can be completed if the main hypothesis is not supported.

University, field and doctoral training

The saved host directory places the exact project in 865D PhD in Microbes, Infections and Microbiomes MIBTP, in the Department of Microbes, Infections and Microbiomes, School of Infection, Inflammation and Immunology, College of Medicine and Health. The old collected department label should not determine which application link is used. Birmingham awards the degree; Warwick administers partnership information and some training, which does not establish a joint degree. Exact programme placement

The Institute of Microbiology and Infection provides a directly relevant microbiology, genomics and AMR setting. Birmingham's QS World University Rankings 2027 overall position is 68, and Complete University Guide 2027 UK position 12. These are overall institutional signals, not rankings of this lab or AMR supervision. The University Doctoral School, launched in 2025, adds training, community and wellbeing support; its director's leadership role does not itself guarantee individual supervision availability. Disciplinary environmentRanking year and scopeDoctoral support

MIBTP is a four-year programme with concurrent training. The detailed 2025-onwards structure includes first-year R/statistics and a three-month research placement at a partner institution, second-year bioinformation/modelling, and later communication/careers work. A three-month non-academic PIPS and 12 days of masterclasses are expected. The technical visit is described as one day to three months in year 2 or 3, whereas the FAQ describes a three-month technical mini-project; confirm the requirement for 2027 rather than resolving that discrepancy by assumption. Training at six partners can involve practical travel and accommodation, not merely optional networking. Detailed training structureFAQ and duration discrepancy

Supervisors, recent original contributions and research conditions

Blair is Professor of Antimicrobial Resistance, an IMI member and Director of the University Doctoral School; her institutional profile states that she accepts PhD students. Overton is Professor of Microbial Biotechnology in Chemical Engineering and IMI. Their fields offer complementary perspectives on observation, physiology and interpretation. Other grants listed in their profiles establish current activity but cannot be treated as the budget or guaranteed staffing of this studentship. Blair current profileOverton current profile

Blair's official supervision profile describes hands-on initial support, growing independence, weekly team meetings and no expectation of responses outside normal working hours. It gives a fortnightly individual-meeting narrative but a year-one weekly table, followed by fortnightly meetings in years 2–3. Written feedback on up to 5,000 words requires two weeks' advance notice; this is not a promised two-week turnaround. These are useful stated expectations, with frequency and year-four arrangements to confirm rather than contractual guarantees. Published supervision approach

Three independent, mentor-authored original journal studies from 2024–2026 are listed below. Their 21 October appraisal used published abstracts and bibliographic records, with local institutional-page text snapshots; these are not full-paper archives. On 22 October the ordered bylines, dates and author roles were checked only. No new scientific full-paper reading was performed. Two studies are adjacent materials/delivery research, so three publications do not mean three direct tests of the advertised hypothesis.

Ralph and colleagues: membrane-interaction measurements

D. Ralph; A. Goode; V. Yeh; J. M. A. Blair; P. Williams; B. B. Bonev. Molecular Interactions of Fluoroquinolone Antibiotics with Lipid Membranes. Langmuir 42(6):4386–4396 (2026). DOI 10.1021/acs.langmuir.5c04836. Online 2025-12-02; issue 2026-02-17. Blair is the fourth of six authors and is not marked corresponding; Bonev is corresponding. The published byline uses initials; expanded given names beyond the independently established Blair identity remain unverified and are not guessed. This physical-measurement work is adjacent capability, not direct evidence for the doctoral hypothesis. Published physical-characterisation study

Muguruza and colleagues: adjacent materials research

Asier R. Muguruza; Maria L. Odyniec; Menisha Manhota; Zaina Habib; Knut Rurack; Jessica M.A. Blair; Sarah Kuehne; A. Damien Walmsley; Zoe Pikramenou. Antibiotic entrapment in antibacterial micelles as a novel strategy for the delivery of challenging antibiotics from silica nanoparticles. Microporous and Mesoporous Materials 363:112841 (2024). DOI 10.1016/j.micromeso.2023.112841. Online 2023-10-05; issue 2024-01-01. Blair is the sixth of nine authors, an ordinary coauthor; Zoe Pikramenou is corresponding. It is adjacent materials/measurement research, not a direct test of the proposed single-cell question. No construction, delivery-design or biological operating details are reproduced. Published delivery study

Odyniec and colleagues: a separate translation study

Maria L. Odyniec; Daniel J. Bell; Benjamin M. Gallant; Rininta Firdaus; Grace Ball; Liam Hughes; Rebecca Oxtoby; Benjamin J. Hewitt; Christopher M. Williams; Asier R. Muguruza; Tim W. Overton; Hung-Ji Tsai; Yu-Lung Chiu; Dominik J. Kubicki; A. Damien Walmsley; Sarah A. Kuehne; Zoe Pikramenou. Ultrasound-Responsive Nanoparticles Enable Hydrophobic Antibiotic Release and Deep Penetration for Biofilm Treatment. JACS Au 6(3):1847–1859 (2026). DOI 10.1021/jacsau.5c01711. Online 2026-02-25; issue 2026-03-23. Overton is the eleventh of seventeen authors, an ordinary coauthor; Sarah A. Kuehne and Zoe Pikramenou are corresponding. This is a different measurement/translation study, not proof of clinical efficacy or the advertised hypothesis. It is distinct from the 2024 micelle paper, not a conference/journal duplicate. Published spatial-measurement study

The evidence supports a team comfortable with biological and physical measurement, but two papers concern adjacent delivery research. That distinction matters more than simply counting three publications. Confirm actual access to instruments, analytical support, co-supervision and the time available for the principal project during rotations.

Field outlook, transferable skills and career evidence

WHO's October 2025 publication overview describes a global clinical and preclinical antibacterial pipeline review with a 15 February 2025 evidence cutoff. The overview, rather than the entire 200-page report, was read. It supports the continuing public-health importance of antibacterial research; it does not validate this specific hypothesis, provide patient advice or guarantee that a fundamental doctorate will become a medicine. WHO overview and reading scope

Transferable outcomes may include critical single-cell data interpretation, reproducibility, quantitative bioscience, interdisciplinary communication and responsible research. These could support academic microbiology, pharmaceutical or biotechnology research, analytical technology and evidence-oriented roles. ABPI's February 2025 industry–academia survey documents collaboration across research, manufacturing and IT and postdoctoral support across 27 countries. Its 699 undergraduate placements are not doctoral employment outcomes or AMR vacancies; this report does not turn them into a project employment guarantee. Industry collaboration evidence and limits

Funding, Chinese eligibility and living-cost implications

Birmingham states that successful MIBTP students receive full tuition coverage including international fees, plus a monthly tax-free UKRI stipend. The saved MIBTP terms cap international recipients at 30% of the annual network-wide award total. This applies across the partnership, not as a quota for this project or an individual applicant’s probability. Chinese applicants may compete subject to academic equivalence and visa conditions. The published 2026/27 stipend is £21,805/year, approximately £1,817.08/month; UKRI’s corresponding Home-fee benchmark is £5,238. The 2027/28 rate is unpublished and no future uplift is guaranteed. Host full international coverageCompetition and eligibilityDated UKRI rates

MIBTP also provides travel/conference and consumables budgets and use of a laptop. The FAQ's approximate £4,500/year consumables context is not personal income or proof of the exact future project allocation. Visa and IHS costs are the student's responsibility; the central page's approximate £3,600 combined figure is an indicative programme estimate, not a current personal immigration quote. Confirm actual charges and rotation/PIPS expenses before accepting. Award componentsImmigration exclusions

The saved university room pages display The Spinney £167/week, £8,332 total for 50 weeks, with shared bathroom/kitchen and 4–10 flatmates, and Pritchatts Road Studio Plus £291/week, £14,541 total for 50 weeks. Utilities, Wi-Fi and contents insurance are included. Weekly figures are rounded, so retain the stated totals. These are saved displayed options without a verified 2027 price guarantee or assurance of availability; 52-week living and any rotation accommodation need separate planning. Shared postgraduate housingStudio comparison

Obtain actual shared-housing and non-rent expense quotes, keeping immigration and relocation costs separate. A studio can consume much more of the stipend. The general university budget page contains undated low rents and an obsolete-looking police-registration line; its categories are useful, but its total is not treated as verified 2027 pricing. Budget categories and dated-content limitation

Required conditions, advantages and application

Central academic rules accept a relevant first or high 2:1 degree, or equivalent overseas qualification. A low 2:1 with a Master's or at least three years relevant postgraduate experience may qualify; 2:2 or below generally needs exceptional additional experience. A Master's is therefore not universally mandatory. No A-level mathematics requirement remains in shortlisting, but quantitative experience is expected and training is intensive. No project-specific coding framework, publication quota or verified English-test band is added. Academic routesQuantitative readiness

Useful advantages inferred from the work are statistical reasoning, careful interpretation of fluorescence and single-cell data, reproducible analysis and communication across biological and physical disciplines. They should be demonstrated with previous work, not treated as extra official entry conditions. English certificates may follow initial application as an offer condition; exact host band and any recognised exemption require admissions confirmation.

Use the specific 865D MIBTP application link, with the exact title and Blair as primary supervisor. Birmingham permits one project per programme, up to five programmes, with a separate application for each; multiple titles in one application can be rejected. Complete the central ED&I form. The host requires CV and academic evidence, an answer about research-methods training, and the specified BBSRC funding choice. A research proposal is not required; a blank document may be uploaded in the mandatory portal slot. Personal statement is optional, with N/A acceptable. These host instructions take precedence over generic FAQ wording about cover letters. References require two people, including at least one academic; a professional second referee is possible. English academic documents should include all modules, grades and overall result. Host-specific application rulesReference guidance

Next actions

Before 23 November 2026: confirm the 865D route, degree equivalence and English band, prepare CV/transcripts and referees, and submit through the correct online portal; email applications are not accepted. Contacting Blair first is encouraged but not mandatory. Confirm the final cutoff time rather than assuming the date implies a specific timezone. Use uob-mibtp@contacts.bham.ac.uk for unresolved process questions.

At interview: discuss measurement validity and thesis feasibility at a high level, the Blair/Overton guidance split, facility access, first-year rotation and year-four supervision. The host aims to notify successful interview shortlists by late January 2027 and interview in early February, normally via Zoom for overseas applicants. The partnership describes late January/early February more generally. Scholarships are awarded on candidate strength; the FAQ warns a shortlisted applicant may need an alternative project if the first choice becomes unavailable.

Before accepting: obtain four-year award terms, international-fee cover, actual 2027/28 stipend, consumables and travel allocation, rotation/PIPS funding and completion/continuation rules. Compare a real housing quote and immigration cash requirement with that confirmed award. A strong decision rests on funded training and realistic supervision, while preserving the uncertainty of the scientific hypothesis.

Evidence and Sources

Current acceptance status and housing availability have not been confirmed. The saved project information gives a 23 November 2026 deadline and October 2027 entry; those dates do not confirm that applications are currently being accepted. The three research assessments are limited to published abstracts, bibliographic records and saved institutional-page text, not full-paper or supplement reviews. Housing prices below are those shown in the saved pages, not a 2027 quote or availability guarantee.

Exact role, institution and training

Three primary studies and field outlook

Funding, application and housing

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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