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DTSTART;VALUE=DATE:20251113
SEQUENCE:0
TRANSP:OPAQUE
DTEND;VALUE=DATE:20251114
SUMMARY:Chemicals in a Biological Context: Metabolites\, Drugs\, and Beyond
CLASS:PUBLIC
DESCRIPTION:The Chemicals in a Biological Context: Metabolites\, Drugs\, an
d Beyond workshop took place online on 13 November 2025 and provided parti
cipants with hands-on experience using EMBL-EBI tools and resources to exp
lore the biological effects of small molecules. Through a guided case stud
y\, participants worked through workflows to investigate drug interactions
with a protein target and assess downstream effects within a biological s
ystem.During the workshop\, tools such as ChEMBL were used to identify sma
ll molecule drugs and explore experimental data on their target interactio
ns\, PDBe was applied to evaluate binding details\, and MetaboLights suppo
rted the investigation of small molecule impacts on biological systems.Tar
get audienceThis course was aimed at wet-lab scientists\, including cell b
iologists\, enzymologists\, biochemists\, and medicinal chemists\, as well
as bioinformaticians and researchers exploring cheminformatics. It was de
signed for those interested in using EMBL-EBI data resources to interpret
the biological effects of small-molecule drug interactions.
X-ALT-DESC;FMTTYPE=text/html:The Chemicals in a Biological Context: Metabolites\,
Drugs\, and Beyond workshop took place online on 13 November 2025 an
d provided participants with hands-on experience using EMBL-EBI tools and
resources to explore the biological effects of small molecules. Through a
guided case study\, participants worked through workflows to investigate d
rug interactions with a protein target and assess downstream effects withi
n a biological system.
During th
e workshop\, tools such as ChEMBL were used to identify small molecule dru
gs and explore experimental data on their target interactions\, PDBe was a
pplied to evaluate binding details\, and MetaboLights supported the invest
igation of small molecule impacts on biological systems.
Targ
et audience
This course was aimed at wet-lab scientists\, incl
uding cell biologists\, enzymologists\, biochemists\, and medicinal chemis
ts\, as well as bioinformaticians and researchers exploring cheminformatic
s. It was designed for those interested in using EMBL-EBI data resources t
o interpret the biological effects of small-molecule drug interactions.
X-MICROSOFT-CDO-ALLDAYEVENT:TRUE
DTSTAMP:20260612T185417Z
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END:VCALENDAR