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LMS PhD in Spatial Single-Cell Genomics: Reading Tissue History and Environmental Exposures

Project 1512 · MRC Laboratory of Medical Sciences (LMS) · Postgraduate Studies

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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
2026-11-18 (confirm the exact time with the source)
Funding
Competitive four-year LMS studentship open to all nationalities: £26,500 tax-free stipend per year, tuition-fee coverage, necessary research consumables and overseas visa costs. Confirm the individual award, payment terms, IHS and dependant costs.

The research opportunity

LMS PhD in Spatial Single-Cell Genomics: Reading Tissue History and Environmental Exposures

Research question and doctoral work

Somatic mutations and DNA methylation changes can preserve traces of tissue development and environmental influences. This PhD asks how to interpret those cellular records together with each cell’s position, to study clonal expansion and tissue changes associated with exposures, ageing and disease. Spatial association alone does not establish that a particular exposure caused an observed change.

The work combines technology development with biological application. The group’s connected strands are spatial lineage tracing built on Slide-tags, exposure studies in human-relevant systems such as organoids and primary cells, and further development of spatial and single-cell sequencing methods. The tools needed to deliver these aims at scale are not yet complete. The student’s focus will be agreed after joining, taking account of interests, background and links with other group work; once the relevant technologies are established, the student will generate and analyse their own data. The advert does not assign a fixed chemical, cohort or disease, or require one student to deliver all three strands.

Institution, group and training

The project is based in the Tissue Biology Group at the MRC Laboratory of Medical Sciences (LMS) in London. PhD students register through Imperial College London’s Faculty of Medicine. Andrew Russell joined LMS in 2026; the new group’s staffing, tissue access, protocols and computational resources remain points to clarify.

Training spans experimental and computational work, including single-cell and spatial genomics, cell and tissue handling, sequencing-data analysis in R or Python, and method benchmarking. The project description also lists support from genomics, flow-cytometry, light-microscopy and scientific-computing facilities, alongside work with postdoctoral researchers and potential institute and external collaborations. Prior experience with these specific methods is not required, but applicants should be interested in genomics and quantitative biology.

Eligibility and funding

Applicants should hold, or expect to obtain, a first-class or upper-second-class honours degree or equivalent in a relevant scientific subject. A Master’s degree is preferred; at least one year of equivalent research experience may also be considered. Degree equivalence, English-language evidence and Imperial’s Doctoral Academic Communication Requirement need to be confirmed for each applicant.

The four-year LMS studentship is open to applicants of all nationalities and is competitive. The stated package is a tax-free stipend of £26,500 per year, tuition-fee coverage, necessary research consumables and visa costs for overseas students. Eligibility does not guarantee admission or an award. Confirm the international fee rate, payment arrangements, IHS and dependant costs in writing; London living costs, deposits and relocation require a separate budget.

Application and timing

The saved 2026–27 application form gives a deadline of 09:00 UK time (Europe/London) on Wednesday, 18 November 2026. The planned start date is 4 October 2027, subject to individual registration arrangements. Current application status has not been confirmed.

Submit the completed form to students@lms.mrc.ac.uk, provide details for two academic referees and ask them to send their references directly. The reference-arrival deadline is not confirmed. Registering interest does not count as an application. See the LMS studentship information and the official 2026–27 application form.

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

LMS PhD in Spatial Single-Cell Genomics: Reading Tissue History and Environmental Exposures

Research Question and Applicant Decision

Can cellular records, including somatic mutations and DNA methylation changes, be interpreted together with each cell's position to understand tissue history? This is a technology-development doctorate: the saved description says the tools needed at scale are not yet complete. The potential is to study clonal expansion, environmental exposure, ageing and disease while preserving spatial context; cellular marks or spatial associations alone do not prove a particular causal exposure or a complete history.

The saved LMS recruitment record lists this project with Andrew Russell as supervisor. The 2026–27 application form gives the deadline as 09:00 UK time (Europe/London) on 18 November 2026; current application status remains unconfirmed. The planned start is 4 October 2027, subject to individual registration arrangements. The studentship is competitive, not a personal award guarantee. Sources: LMS recruitment page, official project DOCX.

Research direction and field outlook

This is a high-upside technology PhD. The field is moving from cell-type atlases toward spatial, lineage-aware and multiomic histories of tissue. The project’s value is that exposure effects are often spatial, mosaic and history-dependent. If successful, the work could produce methods useful for toxicology, cancer prevention, reproductive biology, ageing and diagnostics.

The group describes three connected areas: spatial lineage tracing building on Slide-tags, exposure biology using human-relevant in vitro contexts, and further spatial/single-cell method development. Their shared aim is to connect lineage information, cellular state and tissue position at useful scale; they are not three completed platforms or three compulsory independent deliverables.

The student's exact focus will be agreed after joining, considering interests, background and links with other group work. Once the relevant technologies are established, the advertised student task is to generate and analyse their own data on how exposures relate to human cells and tissues. The public text specifies no chemical, exposure level, cohort or disease as the student's fixed project. The breadth makes a clearly owned thesis scope important.

University and programme signal

LMS is a UK Medical Research Council institute whose PhD students are enrolled through Imperial College London's Faculty of Medicine. That gives the student a dual environment: an institute-scale biomedical laboratory with core facilities, and access to Imperial Graduate School training and postgraduate community. Imperial has very strong external recognition; Imperial’s own rankings page reports high QS 2027 standing, and THE lists Imperial among the top global universities with a strong medical and health profile. Sources: LMS studentships overview, Imperial league tables, THE Imperial profile.

The programme funding is unusually clear for an international applicant. The retained recruitment information states that LMS PhD studentships include a tax-free stipend of £26,500 per year for four years, full tuition-fee coverage, necessary research consumables and visa costs for overseas students. It also states that the programmes are open to applicants of all nationalities. This supports Chinese-applicant feasibility in principle, subject to degree equivalence, English evidence, references and interview selection. Sources: LMS recruitment page, Imperial English language requirements.

Supervisor and lab assessment

Andrew Russell is officially listed as Head of the Tissue Biology Group at LMS and as Programme Leader Track from 2026. His LMS profile says the group builds spatial single-cell genomics and high-throughput screening technologies to map how exposures remodel tissues and cause disease. The Tissue Biology group page is closely aligned with the project: it describes Slide-tags, spatial single-cell multiomics, somatic mutations as natural barcodes, exposure screening with organoids and primary systems, and computational frameworks for multimodal data. Sources: Andrew Russell profile, Tissue Biology group.

The main caveat is group maturity. Russell joined LMS in 2026, so this is a newly established group. That can be positive for a PhD student who wants close involvement in platform building and first-generation lab culture, but it also increases dependency on successful setup of protocols, tissue access, staff support and computational pipelines. Applicants should ask how many postdocs and technicians will be in place by October 2027 and which parts of the project are already running at LMS.

Recent publications and research quality

The three Russell-associated records below support prior experience; they do not establish that all resources are currently ready in the new LMS group. The later three field foundations are separate. Full ordered author lists, detailed contributions and complete article/supplement reading are not established by the saved summaries.

The strongest direct paper is the 2024 Nature Slide-tags article, where Russell and colleagues introduced a single-nucleus barcoding method for multimodal spatial genomics. This directly underpins the PhD’s spatial lineage-tracing aim. A 2024 Nature Medicine placenta paper including Russell applies Slide-tags and complementary spatial methods to human tissue at molecular resolution, showing the platform can support rich tissue atlases rather than only proof-of-concept slides. A 2023 Cell Host & Microbe paper provides a different research context for Russell's single-cell and functional-data experience, rather than direct validation of human exposure-history reconstruction. Sources: Slide-tags PubMed, Nature Medicine placenta paper, Cell Host & Microbe paper.

Separate field-foundation sources linked in the existing reports provide scientific context. Moore et al. support the premise that somatic mutations record tissue history; Gabbutt et al. support methylation-based lineage clocks; Kucab et al. connect environmental agents to mutational signatures. These are field foundations, not established Russell-group outputs or a confirmed mapping to the advert's numbered references. Sources: fluctuating methylation clocks, Moore mutational landscape, Kucab environmental mutational signatures.

Funding, cost and living feasibility

The retained LMS package provides an annual tax-free stipend of £26,500 for four years, tuition-fee coverage, necessary research consumables and overseas visa costs. Eligibility to compete and the full-fee commitment do not themselves establish a personal offer or payment schedule. London remains expensive; rent, deposits, transport and relocation can still make budgeting tight. The applicant should stress-test Imperial's London living-cost guidance and ask whether conference travel, laptop/computing and any field/sample acquisition costs are covered. Sources: LMS recruitment page, Imperial living costs.

Chinese/international eligibility and application fit

The retained programme information says applicants of all nationalities may apply. Applicants must have obtained, or expect to obtain, a first-class or upper-second-class honours degree or equivalent in a relevant scientific subject. A Master's degree is preferred, and at least one year of equivalent research experience may also be considered. Imperial’s English rules and Doctoral Academic Communication Requirement still apply. For a Chinese applicant, the practical issue is not nationality but evidence: recognised degree, strong grades, English route, research references and credible preparation for both wet-lab and computational components. Sources: LMS recruitment page, Imperial international qualifications guidance, Imperial English language requirements.

Best-fit backgrounds include genomics, molecular biology, developmental biology, cancer biology, toxicology, quantitative biology, bioinformatics, statistics, computational biology or biomedical engineering. Evidence of R/Python, sequencing data analysis, single-cell analysis, tissue handling or organoid experience would help. The official description says prior experience with these particular methods is not required; curiosity, creativity and a strong interest in genomics and quantitative biology matter. This does not waive formal degree or English requirements.

The advert describes training across biological and computational approaches, including sequencing-data analysis in R or Python and method benchmarking, with genomics, flow cytometry, light microscopy and scientific-computing support. It also describes mentorship alongside postdoctoral scientists, potential collaborations, conference presentations, publication and open sharing. Individual facility access and collaboration costs remain to be clarified; possible commercial uptake is not guaranteed.

Career and market implications

Possible career directions include academic single-cell/spatial genomics, toxicology technology, biotech platform development, computational biology and regulatory science. UK Government life-sciences indicators and jobs-plan evidence show the UK treats life sciences as a strategic sector, with demand for skilled labour and R&D capability. The project is less directly translational than a clinical-trials PhD, but it could be valuable for roles requiring spatial omics, sequencing-platform development, exposure science or data integration. Sources: UK life sciences indicators, UK Life Sciences Jobs Plan.

Application Route and Material Unknowns

Send the completed LMS application form to students@lms.mrc.ac.uk, provide two academic referees' details and ask referees to send references directly. Confirm their arrival deadline; registering interest is not an application. For an award, obtain written confirmation of full international fees, stipend schedule, CAS and overseas visa-payment/reimbursement arrangements, including IHS and dependant-cost boundaries. The saved reports do not establish a personal London budget or surplus.

Main risks and verification questions

  1. The official application form specifies 9am UK time; confirm whether references must arrive by the same cutoff.
  2. Ask which part of the three-part scope is most likely to define the first-year milestone.
  3. Confirm tissue/sample access, ethics approvals, organoid/primary-cell models and whether human tissue work is already approved.
  4. Ask how much of the project is wet-lab method building versus computational modelling.
  5. Confirm the lab staffing plan for the newly established Tissue Biology group by October 2027.
  6. Ask whether ATAS, export-control or data-access restrictions apply to the Imperial registration route.

Evidence and source list

The saved advert gives numbered references 1–4 without a complete bibliography, so they cannot be mapped to the separately linked Russell-associated records or Moore/Gabbutt/Kucab field foundations. The paper discussion relies on the saved publication summaries and does not establish complete author order, individual contributions or conclusions from full texts and supplementary material not represented there.

Source links

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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