Isabel Durango

Literature research and technical documentation for laboratory instrumentation and equipment protocols Contribution to GLP-compliant safety documentation, including preparation, revision, and version control of laboratory SOPs Hazardous substance research and safety classification using Damaris database, in compliance with laboratory safety regulations Laboratory operations support: maintenance of quality standards, inventory management, and compliance with safety regulations Procurement support: su

Oncology research focused on developing nanoparticle-based therapies for selective tumor cell targeting and investigating complex interactions within the tumor microenvironment. Key Achievements & Responsibilities: In Vivo & Ex Vivo Studies: Conducted complex tumor xenograft studies and specialized in CTC (Circulating Tumor Cells) isolation and organotropism analysis. Analytical Assays: Performed high-precision biochemical assays including BCA, LDH, ATPase, and phagocytosis assays to quantify macrophage-

Evaluated and optimized Large Language Model (LLM) performance through advanced prompt engineering and rigorous output assessment across technical and scientific domains. Key Achievements & Responsibilities: Model Optimization: Developed and refined complex AI model responses by creating high-quality datasets for training, focusing on accuracy and logical reasoning. Technical Problem Solving: Solved and formatted advanced mathematical and scientific problems using LaTeX, ensuring precise technical commun

Delivered a high-level bilingual science curriculum for lower secondary students, specializing in Biology and Chemistry under the Cambridge International curriculum. Key Achievements & Responsibilities: Scientific Communication: Translated complex biological and chemical concepts into digestible educational content for diverse student groups. Laboratory Management: Supervised practical lab sessions, guiding students through the scientific method and data collection. Sustainability Leadership: Led the "S

Facilitated high-quality digital education for an international student body, leveraging advanced virtual tools to optimize the online learning experience and academic performance. Key Achievements & Responsibilities: Delivered engaging and interactive virtual lessons through Microsoft Teams, ensuring high student retention and participation in a global setting. Provided personalized academic assistance and technical support to students from diverse cultural backgrounds, maintaining high satisfaction sta

Facilitated an interactive virtual learning environment for Biology and Chemistry, focusing on students aged 10 to 18 and emphasizing the development of foundational scientific inquiry and reporting skills. Key Achievements & Responsibilities: Supervised and guided the development of virtual lab reports and essays, ensuring students adhered to scientific methodologies in a remote setting. Led weekly virtual work sessions in Biology and Chemistry, translating complex concepts into engaging, age-appropriat

Conducted immunological research comparing humoral immune responses to HIV-1 between general and indigenous populations to identify optimal diagnostic targets. Key Achievements & Responsibilities: Analyzed HIV-infected serum samples against synthetic peptides using immunoblotting assays such as Multiple Antigen Blot Assays (MABA). Identified significant antibody affinity for specific synthetic peptides through statistical modeling, leading to the selection of optimal candidates for diagnostic assay desig

Instructed and supervised undergraduate students in biochemistry protocols and wet-lab techniques, ensuring adherence to scientific methodology and safety standards. Key Achievements & Responsibilities: Directed practical sessions on essential molecular techniques, including plasmid isolation, enzyme kinetics, and gene expression induction (lacZ system). Conducted metabolic studies of T. cruzi utilizing specialized techniques such as subcellular fractionation, immunofluorescence, and size-exclusion chrom

Conducted research in bacterial genetics to investigate antimicrobial resistance mechanisms through precise genetic manipulation and molecular analysis. Key Achievements & Responsibilities: Genetic Engineering: Performed genetic knockouts to modulate efflux pump expression, gaining practical experience in modifying bacterial phenotypes. Antimicrobial Analysis: Conducted Minimum Inhibitory Concentration (MIC) analysis to quantify the impact of genetic modifications on bacterial resistance. Molecular Char

Focusing on the intersection of chemical engineering, biotechnology, and sustainability at the Straubing Campus. My studies prioritize the development of sustainable processes and innovative biotechnological solutions. Relevant Coursework: Synthetic Biology, Bioprocess Engineering, Enzyme Technolo

Comprehensive background in biological sciences with a strong emphasis on molecular and cellular biology. Honors & Activities: Served as a Teaching Assistant in Biochemistry and a Student Assistant at the Molecular Virology Laboratory (IVIC). Key Skills Acquired: Proficiency in DNA extraction, se