| Inhalt | Diese Vorlesung vermittelt chemische Methoden zur Herstellung von biofunktionellen Materialien, Oberflächen und Nanopartikeln. Die in der Vorlesung behandelten Themen umfassen:-Oberflächenfunktionalisierung-Oberflächenmusterung-Verfahren zur Herstellung und Funktionalisierung von NanopartikelnDie Vorlesung behandelt nicht nur Themen der Herstellung biofunktionaler Materialien, sondern auch deren Eigenschaften und Anwendungen, einschließlich Drug-delivery, Gene-delivey, Zellscreening, Zelltransfektion usw.This lecture teaches chemical methods used for the fabrication of biofunctional materials, surfaces and nanoparticles. The topics discussed in the lecture include:
-surface functionalization-surface patterning-nanoparticles fabrication and functionalization methodsThe lecture will cover not only topics of fabrication of biofunctional materials but also their properties and applications, including drug delivery, gene-delivery, cell screenings, cell transfection, etc.
Wann: Montag 9:45-11:15
Location: Gebäude 50.19 Seminarraum 3 (Informatikum) (Campus Süd)
Kontakt bei Fragen: pavel.levkin@kit.edu
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Inhalt:
This lecture provides a comprehensive overview of the chemical methods
used in the production of biofunctional materials, surfaces, and
nanoparticles. The topics covered in the lecture include surface
functionalization, surface patterns, and procedures for the production and
functionalization of nanoparticles.
In addition to these fundamental topics, the lecture offers a fascinating
insight into the world of biofunctional materials and surfaces. You will learn
the latest state-of-the-art chemical methods used to produce highly
functional and adaptable surfaces that can interact with biological systems.
The lecture covers surface functionalization in detail, demonstrating how it
can be used to create highly specific chemical and biological recognitions
that can be employed in a variety of applications such as targeted drug
delivery and biosensors. You will also discover the importance of surface
patterns that can be used to control cell adhesion and promote tissue
growth, leading to the development of innovative biomaterials for
regenerative medicine.
Moreover, the lecture will delve into the synthesis and functionalization of
nanoparticles, including their use as drug carriers and imaging agents. You
will learn the chemical techniques used to produce nanoparticles with
precisely controlled size and shape, as well as their functionalization with
specific biomolecules for targeted delivery.
If you are interested in the latest research and technologies driving
biomedical innovation, this lecture is definitely suitable for you! |
