Surface Interactions and Modifications

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Certificate

Paid

Language

Level

Intermediate

Access

Free

Last updated on March 15, 2025 2:42 pm

Learn about protein aggregation, biomaterials and surface modification in this free online course. You will also study surface characterisation techniques.

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Medical solutions such as implants in the body are crucial in curing certain injuries, fractures and defects. Have you ever wondered how non-biological implants work in harmony with the body to achieve the intended purpose? You will study the modifications made on such implants to make them biocompatible in this free online course. The course is intended for both practising and aspiring professionals in the medical field. Start this course today!

What You Will Learn In This Free Course

  • Explain the methods used in the char…
  • Identify the various therapeutic sol…
  • Summarise the sequence of the natura…
  • Outline the key challenges faced in …
  • Explain the methods used in the characterisation of protein aggregation
  • Identify the various therapeutic solutions applied to the protein aggregation process
  • Summarise the sequence of the natural responses of the body to an injury
  • Outline the key challenges faced in surface modifications of biomaterials
  • Describe the procedure of coating titanium alloys with calcium phosphates
  • Discuss the factors affecting the formation of self-assembled monolayers (SAMs)
  • List the effects of SAMs on titanium alloy surfaces
  • Protein Aggregation

    This module will introduce you to the process of protein aggregation, the methods used in the characterisation of protein aggregation, and the kinetics of protein aggregation. You will also learn about the effect of surfaces on the aggregation of proteins.

    Cell-Surface Interactions

    In this module, you will learn about host responses to biomaterials, including surface-biomolecules interactions, host cell response, and the hemostasis process. You will also study the cell adhesion process and biocompatibility of biomaterials.

    Surface Modification

    This module will introduce you to the objectives of surface modification and the physiochemical properties of surfaces. You will also study the techniques used in surface improvement, the challenges faced in surface modifications of biomaterials, and the use of calcium phosphates as surface modifiers.

    Self-Assembled Monolayers

    In this module, you will learn about the methods used in the characterisation of surfaces, their resolution and their accuracy. You will also study the Self-Assembled Monolayers (SAMs), the factors affecting their formation, and surface modifications of titanium alloys.

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      Surface Interactions and Modifications
      Surface Interactions and Modifications
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