BEGIN:VCALENDAR
VERSION:2.0
PRODID:www.eu-parc.eu
BEGIN:VEVENT
UID:69f3b00f8d19f
DTSTART:20251210T130000Z
SEQUENCE:0
TRANSP:OPAQUE
DTEND:20251210T140000Z
SUMMARY:Using Omics Bioactivity Data to Increase Confidence in Chemical Gro
ups
CLASS:PUBLIC
DESCRIPTION:The webinar on Using Omics Bioactivity Data to Increase Confide
nce in Chemical Groups\, organised by PrecisionTox\, took place online on
10 December 2025. The session examined how omics bioactivity data can enha
nce confidence in chemical grouping and presented perspectives from both r
egulatory authorities and industry\, highlighting the role of grouping in
supporting read-across and reducing the need for animal testing.The webina
r showcased several case studies illustrating the use of metabolomics and
transcriptomics data in chemical grouping. Attendees also received an upda
te on best practices for describing and reporting omics-based grouping stu
dies in line with OECD guidance. A further case study explored an applicat
ion of metabolomics beyond its traditional use\, demonstrating how chemica
l biotransformation products can support grouping based on metabolic simil
arity.Target audienceThis webinar was particularly relevant for profession
als in industry\, regulatory bodies\, and academia with an interest in che
mical grouping\, read-across\, and the application of New Approach Methodo
logies (NAMs).
X-ALT-DESC;FMTTYPE=text/html:The webinar on Using Omics Bioactivity Data to Incre
ase Confidence in Chemical Groups\, organised by PrecisionTox\, took
place online on 10 December 2025. The session examined how omics bioactivi
ty data can enhance confidence in chemical grouping and presented perspect
ives from both regulatory authorities and industry\, highlighting the role
of grouping in supporting read-across and reducing the need for animal te
sting.
The webinar showcased sev
eral case studies illustrating the use of metabolomics and transcriptomics
data in chemical grouping. Attendees also received an update on best prac
tices for describing and reporting omics-based grouping studies in line wi
th OECD guidance. A further case study explored an application of metabolo
mics beyond its traditional use\, demonstrating how chemical biotransforma
tion products can support grouping based on metabolic similarity.
Target audience
This webinar was particularly relevant fo
r professionals in industry\, regulatory bodies\, and academia with an int
erest in chemical grouping\, read-across\, and the application of New Appr
oach Methodologies (NAMs).
DTSTAMP:20260430T193959Z
END:VEVENT
END:VCALENDAR