Kalendář
Workshop Mediální vystupování v praxi
Zítra, 09.00 » 13.00
Globální událost
Workshop je určen zaměstnancům, kteří již mají zkušenosti s vystupováním v televizi, rozhlase či podcastech, nebo se na mediální vystoupení teprve připravují. Přínosný bude také pro ty, kteří chtějí lépe prezentovat svou odbornost, profesní profil a vytvořit si profesní medailonek využitelný na webových stránkách či sociálních sítích.
Pořádá Personální odbor, přihlašování přes systém OKbase.
Pořádá Personální odbor, přihlašování přes systém OKbase.
B2319
Development of modulators of proteins and enzymes involved in gene expression
Zítra, 10.00 » 11.00
Globální událost
Invited lecture by prof. Alexandre Gagnon (UQAM, Montreal, Canada): Development of modulators of proteins and enzymes involved in gene expression.
Prof. Gagnon’s research integrates advanced organic synthesis with medicinal chemistry, focusing on the development of novel organobismuth compounds and transition-metal catalysis (https://www.alexgagnonuqam.com/en).
If you interested in meeting Prof. Gagnon during his visit, please contact Pavla Perlíková.
Prof. Gagnon’s research integrates advanced organic synthesis with medicinal chemistry, focusing on the development of novel organobismuth compounds and transition-metal catalysis (https://www.alexgagnonuqam.com/en).
If you interested in meeting Prof. Gagnon during his visit, please contact Pavla Perlíková.
B26
NMR spectroscopy of soft matter: From basics to practical applications
Zítra, 13.00 » 16.00
Globální událost
Soft matter is characterized by a high degree of complexity, emergent physical properties, and the ability to respond to different external stimuli, making these materials highly attractive both for fundamental science and technological applications. Among soft materials, liquid crystals have been extensively investigated using a variety of nuclear magnetic resonance (NMR) techniques.
After a brief introduction to the basic principles of NMR, including an overview of some of the most common NMR techniques used to study molecular systems in the liquid state or in solution, the course will focus on the investigation of anisotropic systems by means of NMR spectroscopy, with particular emphasis on liquid crystals and, more generally, partially ordered materials. Through selected significant examples taken from the scientific literature, several techniques, such as static one-dimensional and two-dimensional 2H NMR experiments, 1H and 2H NMR relaxation experiments, as well as solid-state 13C NMR techniques, will be presented, and their usefulness for investigating conformational properties, orientational and supramolecular behaviour, and molecular dynamics will be discussed.
After a brief introduction to the basic principles of NMR, including an overview of some of the most common NMR techniques used to study molecular systems in the liquid state or in solution, the course will focus on the investigation of anisotropic systems by means of NMR spectroscopy, with particular emphasis on liquid crystals and, more generally, partially ordered materials. Through selected significant examples taken from the scientific literature, several techniques, such as static one-dimensional and two-dimensional 2H NMR experiments, 1H and 2H NMR relaxation experiments, as well as solid-state 13C NMR techniques, will be presented, and their usefulness for investigating conformational properties, orientational and supramolecular behaviour, and molecular dynamics will be discussed.