Day One
Spatial Multi Omics Techniques & Approaches
» Cardiovascular diseases
» Regenerative medicine
» Oncology
» Neurobiology & neurodegenerative diseases
» Infectious diseases
» Immunological diseases
Day Two
Spatial Biology in Pharma & Translational Drug Research
Spatial Multi Omics Techniques & Approaches
- Translating spatial imaging techniques & approaches into clinics.
- Transcriptomics, metabolomics & proteomics: techniques & approaches.
- Spatial transcriptomics & spatial genomics techniques/technologies.
- Single-cell transcriptome imaging of complex tissues.
- Mass spectrometry imaging techniques.
- Multi-modality processing.
» Cardiovascular diseases
» Regenerative medicine
» Oncology
» Neurobiology & neurodegenerative diseases
» Infectious diseases
» Immunological diseases
Day Two
Spatial Biology in Pharma & Translational Drug Research
- Accelerating drug discovery & development processes with advanced spatial tools
- Spatial omics approaches in:
- » Personalised medicine
- » Biomarker identification
- Adoption of translational drug research:
- » Spatial multiplexed imaging for disease characterization
- Toxicology studies
- Utilizing spatial data in biology
- Cell-cell interactions
- Overcoming the challenges in spatial data analysis
- Data integration & visualisation
- Spatial transcriptomic datasets
- Data access & standardization
- How do you translate AI/ML approaches into the clinical trials