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What Will You Learn in Yamamoto Lab?
Skills you will learn
Skills you will learn
Students in the Yamamoto Lab develop a broad and transferable skill set grounded in real experimental research. The projects in this lab span biomaterials, analytical chemistry, molecular characterization, and biomedical applications, giving students exposure to multiple scientific domains.
Experimental Design & Execution
Experimental Design & Execution
Students learn how to design experiments from first principles—starting with a scientific question, selecting appropriate controls, optimizing protocols, and iterating based on results. Projects involve hands-on synthesis, enzymatic reactions, sample preparation, and time-sensitive experimental workflows that require careful planning and execution.
Analytical Thinking & Data Interpretation
Analytical Thinking & Data Interpretation
A major focus of the lab is interpreting complex data rather than simply collecting it. Students learn to analyze chromatograms, spectra, calibration curves, and quantitative trends, and to evaluate sources of variability, error, and heterogeneity in real experimental systems.
Instrumentation & Materials Characterization
Instrumentation & Materials Characterization
Students gain direct experience with advanced analytical techniques, including LC-MS, HPLC, FTIR, NMR, UV-Vis spectroscopy, fluorescence spectroscopy, and microscopy. Many projects involve comparing multiple characterization methods to validate results and draw meaningful conclusions about material structure and function.
Scientific Communication & Teamwork
Scientific Communication & Teamwork
A major focus of the lab is interpreting complex data rather than simply collecting it. Students learn to analyze chromatograms, spectra, calibration curves, and quantitative trends, and to evaluate sources of variability, error, and heterogeneity in real experimental systems.
Professional Research Discipline
Professional Research Discipline
Because experiments involve sensitive biological and chemical systems, students develop strong habits around documentation, reproducibility, time management, and accountability. The lab environment mirrors a professional research setting, preparing students for future work in academic, industrial, or clinical research.
Current Projects/Skills in Each
GelMA Team
This team focuses on photocurable hydrogel systems used in biomaterials research. Work involves synthesis workflows and downstream protein-level analysis. Emphasis is placed on material behavior and analytical validation.
Key Skills: Photocuring Hydrogel Synthesis, Peptide Mapping, Protein Analysis LC/MS
NR Encapsulation Team
This project develops novel encapsulation systems to improve the stability of nicotinamide riboside (NR). Projects involve formulation design, analytical characterization, and degradation studies to evaluate the effects of encapsulation on NR preservation. The focus is on optimizing delivery systems for enhanced stability and long-term performance.
Key Skills: Emulsion Formulation, Optical Microscopy, Chromatographic Analysis
Drug Delivery Team
This team develops hydrogel-based platforms for controlled delivery applications. Projects involve carrier design, characterization, and imaging-based evaluation. The focus is on performance in biologically relevant systems.
Key Skills: Synthesis of Drug Delivery Carrier and The Characterization, Live Imaging Analysis
Biofilm Team
Research centers on multifunctional adhesive hydrogel materials. The team explores material properties relevant to wound environments. Projects emphasize functionality, stability, and application-driven design.
Key Skills: Synthesizing a Multi functionalized sticky hydrogel
HAMA Team
This project develops novel characterization methods to quantify the degree of methacrylation in hyaluronic acid-based hydrogels. The work explores approaches such as enzymatic assays, alongside other analytical techniques, to evaluate material properties. The focus is on developing reliable and accessible methods for hydrogel characterization.
Key Skills: photocuring hyaluronic acid synthesis and LCMS characterization
Pluronic F-127 Project
This project investigates thermoresponsive polymer systems for hydrogel applications. Projects involve the synthesis and characterization of Pluronic F127 dimethacrylate (F127-DMA) to enable crosslinked hydrogel formation. The focus is on developing injectable materials for controlled drug delivery and other biomedical applications.
Key Skills: Proton NMR, FTIR Spectroscopy, Thermal Gelation, Hydrogel Photocuring
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