izpis_h1_title_alt

RAZVOJ IN UPORABA KNJIŽNICE SPOJIN
ID Banfi, Primož (Author), ID Podlipnik, Črtomir (Mentor) More about this mentor... This link opens in a new window

.pdfPDF - Presentation file, Download (19,57 MB)
MD5: EC0D9D8A3BB5775E63E40CDBC723141C

Abstract
Knjižnice so glavni vir informacij, katerih uporaba je namenjena hranjenju zapisov, knjig, znanstvenih člankov in ostalih stvari povezanih z informacijami. Posledica razvoja znanosti je kopičenje novih informacij, kar je povzročilo razvoj knjižnic. Sočasno z razvojem znanosti so se razvile tudi specificirane knjižnice, tako so se ob razvoju kemijske znanosti oblikovale tudi knjižnice kemijskih spojin. Vzorci in podatki v knjižnicah spojin so med drugim namenjeni hranjenju spojin, dostopu do informacij, nadaljnji sintezi spojin, raziskavam novih materialov ali odkrivanju novih medicinskih učinkovin. V sklopu Fakultete za Kemijo in Kemijsko Tehnologijo Univerze v Ljubljani, se je leta 2018 oblikovala Knjižnica spojin FKKT. Knjižnica ima tako fizično knjižnico, kot virtualno knjižnico, v slednji so zabeležene strukture spojin iz fizične knjižnice spojin. V virtualni knjižnici so zavedeni še izračunani opisniki (»deskriptorji«) spojin. Knjižnica spojin FKKT je vodena ročno in vsebuje spojine sintetizirane na Fakulteti za Kemijo in Kemijsko tehnologijo. Vzorci v knjižnici spojin FKKT so pretežno organske narave. S pomočjo NMR analize vzorcev sem določil, da je čistih okrog 85 % spojin v knjižnici, medtem ko so ostali razpadli ali imajo prisotne nečistoče. Z virtualnim rešetanjem struktur iz virtualne knjižnice spojin smo analizirali potencial vzorcev v knjižnici za uporabo v medicini. Kot biološko pomembno tarčo smo uporabili 3CLpro, proteazo pomembno pri replikaciji virusa SARS-CoV-2. Rezultati so pokazali potencial določenih vzorcev, vendar so za natančnejše informacije o vzorcih potrebne dodatne podrobnejše analize na več različnih tarčah. Knjižnica spojin FKKT trenutno služi predvsem hranjenju vzorcev. Ob nadaljnjem širjenju knjižnice je pričakovana podrobnejša analiza vzorcev v knjižnici.

Language:Slovenian
Keywords:Ključne besede: knjižnica spojin, Knjižnica spojin FKKT, 85 % čistih spojin, potencialna medicinska uporaba spojin, hranjenje vzorcev.
Work type:Master's thesis/paper
Typology:2.09 - Master's Thesis
Organization:FKKT - Faculty of Chemistry and Chemical Technology
Year:2022
PID:20.500.12556/RUL-134902 This link opens in a new window
COBISS.SI-ID:97980675 This link opens in a new window
Publication date in RUL:10.02.2022
Views:2237
Downloads:176
Metadata:XML DC-XML DC-RDF
:
Copy citation
Share:Bookmark and Share

Secondary language

Language:English
Title:COMPOUND LIBRARY PROCESSING AND APPLICATION
Abstract:
Libraries are the main source of notes, books, information and everything related to information. The development of libraries is a consequence of the development of science. The development of science was accompanied by the development of special libraries, which include chemical compound libraries. Compound storage, quick access to information, easy access to compounds, research on new materials, and research in medicine are just some of the purposes of chemical compound libraries. In 2018, the Faculty of Chemistry and Chemical Technology (FKKT) in Ljubljana opened its own chemical compounds library called "Knjižnica spojin FKKT". The library has a physical and a virtual form. The virtual compound library contains structures and some descriptors of the collected compounds. The FKKT chemical compound library is manually managed and contains compounds synthesized at FKKT. The samples stored in the FKKT chemical compound library are mainly organic. Using NMR analysis, it was determined that 85 % of the samples stored in the FKKT chemical compound library are pure. The remaining 15 % of the samples are contaminated or have decomposed prior to storage. By analyzing the structures from the virtual library, some potential pharmaceutical applications of the compounds were identified. In addition, molecular docking was performed. The biological target of the study was 3CLpro. 3CLpro is an important protease in the replication of the SARS-CoV-2 virus. The analysis provided some promising results. A more detailed analysis would be required to determine the further potential of the FKKT chemical compound library in medicine. Storage of active compounds is currently the primary purpose of the FKKT chemical compound library. In the future, as the number of compounds stored increases, a more detailed compound analysis is expected.

Keywords:Keywords: chemical compound library, FKKT chemical compound library, 85 % pure samples, potential use in medicine, sample storage.

Similar documents

Similar works from RUL:
Similar works from other Slovenian collections:

Back