Postdoc in Leukaemia Immunology and Metabolism

Laplace Apply; Basel; Ibrido; CHF 70.000 - 90.000; Tempo pieno

Descrizione del lavoro

University of Basel invites a Postdoc to study leukaemia immunology and metabolism within the ERC LIFE project. The role focuses on how metabolic programmes influence immune evasion and treatment persistence in leukaemia models.

The successful candidate will perform in-vivo leukemia experiments, immune profiling, and metabolomics, using CRISPR and single-cell transcriptomics. A PhD and mouse-tumour experience are highly valued.

Competenze

• PhD in a life sciences field with a strong research record.
• Experience in tumour immunology, especially leukaemia.
• Proficiency with flow cytometry, in-vivo models and omics technologies.

Mansioni

• Lead mechanistic studies on leukemia immunology and metabolism.
• Conduct in-vivo leukemia models and immune profiling experiments.
• Apply CRISPR and single-cell transcriptomics to identify vulnerabilities.
• Collaborate within the ERC LIFE project team at Basel.

Conoscenze

In-vivo leukaemia models

Flow cytometry

LC-MS lipidomics

CRISPR

Single-cell transcriptomics

Formazione

PhD in a relevant field

Descrizione del lavoro

Postdoc in Leukaemia Immunology and Metabolism

University of Basel

2026-11-27 (date only; cutoff time not explicitly verified)

About This Opportunity

University of Basel offers postdoc in leukaemia immunology and metabolism in Basel. The specific focus is within the erc life project at basel's apostolova lab, this role examines how leukaemia metabolic programmes enable immune evasion and treatment persistence.

Within the ERC LIFE project at Basel's Apostolova Lab, this role examines how leukaemia metabolic programmes enable immune evasion and treatment persistence. The researcher will lead mechanistic studies using tumour models, immune profiling and metabolomic technologies to identify actionable vulnerabilities. The advertised activities and techniques include in-vivo leukaemia models, flow cytometry, LC-MS lipidomics, CRISPR, single-cell transcriptomics.

Who This Opportunity Is Best Suited For: Based on the documented research scope, this may particularly suit experimental tumour immunologists with a PhD, mouse-tumour experience and cytometry skills.

Potential Challenges / Who May Find It Less Suitable: An initial one-year full-time appointment, possibility of extension, and substantial animal experimentation. Overall Opportunity Assessment: The advertised work connects in-vivo leukaemia models, flow cytometry, LC-MS lipidomics, CRISPR, single-cell transcriptomics. Its distinguishing purpose is within the ERC LIFE project at Basel's Apostolova Lab, this role examines how leukaemia metabolic programmes enable immune evasion and treatment persistence. Applicants should assess the documented academic and practical constraints before proceeding.

in-vivo leukaemia models flow cytometry LC-MS lipidomics CRISPR single-cell transcriptomics

Level

Postdoc

Time Commitment

Full-time

Duration

1 year, potentially renewable

Organization Type

University

Funding & Compensation

Funding Type

Salary

Funding Status

Paid

Requirements

Technical Skills

Technical Skills in-vivo leukaemia models flow cytometry LC-MS lipidomics CRISPR single-cell transcriptomics