Andrés Marco Giménez, Phd Email and Phone Number

Development of novel organoid models for the study of neuroendocrine cancer initiation.

Freelance consultant in genetic engineering, bioinformatics and image analysis at Upwork.• Ongoing projects:- Bioinformatician at Data Curators for development and implementation of new features into the TIDE software. - Bioimage analyst to develop an AI-based pipeline using open-source software to analyze images from digital microscopes for medical diagnostics purposes.• Closed projects:- RNA-Seq analysis in neural progenitors from hPSCs having mutations related with Autism Spectral disorder (ASD). Differential expression and Gene Set Enrichment analyses. - Image analyst for forensic research on gun side residual particles quantification in angled shots.- Image analyst for quality control of mussel batches produced at Misya Su Ürünleri A.Ş. - Hired segmenter inside the Vesuvius Challenge, a machine learning and computer vision competition to read the Herculaneum Papyri.

High throughput genome editing in hPSCs and kidney organoids. Characterization of mutant genotypes by high content imaging, bioimage analysis and ChiPSeq.

Contribution to the research unit of “Pluripotent stem cells and activation of endogenous tissue programs for organ regeneration" lead by PhD. Núria Montserrat.-Cell culture techniques of stem cells (generation and differentiation).-Genome editing: CRISPR/Cas9.-Genome regulation: CRISPR/dCas9.-Cloning.-Real-time PCR.

Contribution to the research unit of “Pluripotent stem cells and activation of endogenous tissue programs for organ regeneration" lead by PhD. Núria Montserrat.-Cell culture techniques of stem cells (generation and differentiation).-Genome editing: CRISPR/Cas9.-Cloning.-Real-time PCR.

Contribution to the research: “Identification of new ion channels modulating compounds with therapeutic interest". This research is included in the unit of Molecular and Cellular design and was leaded by Phd. Asia Fernández Carvajal.-High throughtput screening by electrofluorescence and cell culture techniques.

Contribution to the research "Involvement of Mnb / Dyrk1A gene in the neuropathology of Down Syndrome” during two sumer periods. This research is included in the group of Molecular Neurogenetics and was leaded by Phd. Francisco J. Tejedor Rescalvo. -Molecular Genetics techniques.-Immunohistochemistry-Microdisection,-Drosophila culture handling-Bioinformatics (data mining)