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Susana Cristobal

Professor

linköping university

Linköping, Sweden

8 profile visits

We develop proteomics and metaproteomics approaches to reveal how pollutants and stressors alter biological function, supporting exposomics, predictive toxicology, environmental monitoring and health risk assessment.

My organisation

We all want to create a better world. At Linköping University, LiU, we use boundary-breaking research and innovative education to get there. To solve the challenges of the day, we are in continuous and close contact with industry and society. International rankings show that LiU is among the world’s top universities. Our students are sought after in the labour market, and we are one of the most attractive employers in Sweden. We believe that all this stems from our courage to think freely and innovate in contexts large and small. LiU continues to give generations of curious individuals the opportunity to grow and contribute to a better world. We do this with the power of 44,500 students and 4,700 co-workers.
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About me

Prof. Dr. Susana Cristobal is Professor at Linköping University, Sweden, working at the interface of proteomics, toxicoproteomics, exposomics, and environmental health. Her group develops mass spectrometry-based proteomics and metaproteomics approaches to investigate how pollutants, bioactive compounds, and environmental stressors alter biological function from molecular mechanisms to organismal and ecosystem-level responses.

Her research focuses on mechanistic and predictive toxicology, environmental proteomics and risk assessment, using approaches including shotgun proteogenomics in non-model species, thermal proteome profiling and Proteome Integral Solubility Alteration (PISA). She coordinates the Water4All project HALOBISE and has contributed to European projects including GOLIATH and CYANOBESITY.

She is interested in collaborations linking environmental exposures with molecular mechanisms, systems biology, biodiversity, One Health and human health, particularly where proteomics and metaproteomics can provide mechanistic evidence for environmental monitoring and effect assessment.

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Skills

  • Proteomics, Eco- toxico-proteomics, EU Projects
  • Predictive Toxicology & Risk Assessment
  • Holobiont & Microbiome Studies
  • Exposome & Environmental Health
  • Aquatic environmental assessment

Interests

  • Aquatic pollution; Climate change
  • Environmental proteomics
  • Predictive toxicology
  • Chemical mixtures
  • Water quality
  • Environmental health
  • Sediment contamination
  • thermal proteome profiling

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