BEGIN:VCALENDAR
VERSION:2.0
PRODID:www.eu-parc.eu
BEGIN:VEVENT
UID:6ae23606ab4d0
DTSTART;VALUE=DATE:20260322
SEQUENCE:0
TRANSP:OPAQUE
DTEND;VALUE=DATE:20260323
SUMMARY:Society of Toxicology - 2026 Annual Meeting
CLASS:PUBLIC
DESCRIPTION:The 65th Annual Society of Toxicology (SOT) Meeting and ToxExpo
  is recognised as one of the most comprehensive global gatherings in the f
 ield - offering cutting-edge science spanning molecular mechanisms\, expos
 ure science\, risk assessment\, emerging methodologies\, and practical app
 lications for human and environmental health protection. The SOT 2026 Meet
 ing will include keynote lectures\, symposia\, workshops\, roundtables\, p
 oster sessions and ToxExpo exhibits. Scientific sessions cover diverse top
 ics such as developmental toxicology\, in vitro and in silico methods\, AI
  in toxicology\, risk assessment integration\, environmental exposures and
  mechanistic insights into adverse health outcomes. Additional professiona
 l development and networking opportunities include specialised early-caree
 r programming and interactions with exhibitors showcasing the latest tools
  and technologies.&nbsp\;PARC will contribute to the scientific programme 
 with the following presentations:&nbsp\;Tessa Hagens ↗ (Leiden Universit
 y ↗\, The Netherlands): “Establishing a quantitative and advanced in v
 itro test system to evaluate chemical-induced liver fibrosis”\,Emanuela 
 Corsini ↗ (University of Milan\, Italy ↗): “From Hematopoietic Model
 s to iPSC-Derived Organoids: Mapping the Toolbox for DIT”\,Linglu Xu (Le
 iden University ↗\, The Netherlands): \"Systematic characterization of t
 ranscriptional reprogramming by non-genotoxic carcinogens after single or 
 repeated exposure of hiPSC-derived hepatocyte-like cells\".Roshni Nair ↗
  (Leiden University ↗\, The Netherlands): \"Human iPSC-Derived Mammary G
 land Organoids for Non-Genotoxic Carcinogen Hazard Assessment\".Barbara Vi
 viani ↗ (University of Milan\, Italy ↗): \"A Structured Protocol for D
 eveloping Adverse Outcome Pathways: Ensuring Transparency\, Reproducibilit
 y and FAIR compliance\". &nbsp\;These presentations highlight PARC’s eff
 orts to advance in vitro approaches for mechanistic toxicology and chemica
 l hazard understanding. The 2026 SOT Annual Meeting and ToxExpo offers an 
 unparalleled opportunity to engage with the global toxicology community\, 
 discover innovative research approaches\, and contribute to shaping the fu
 ture of chemical safety science. PARC encourages its community to attend\,
  participate in discussions and take advantage of the rich scientific prog
 ramme.&nbsp\;For further information\, please follow the link to the offic
 ial website ↗.
X-ALT-DESC;FMTTYPE=text/html:<!doctype html><html><body><p>The 65<sup>th</s
 up> Annual Society of Toxicology (SOT) Meeting and ToxExpo is recognised a
 s one of the most comprehensive global gatherings in the field - offering 
 cutting-edge science spanning molecular mechanisms\, exposure science\, ri
 sk assessment\, emerging methodologies\, and practical applications for hu
 man and environmental health protection. The SOT 2026 Meeting will include
  keynote lectures\, symposia\, workshops\, roundtables\, poster sessions a
 nd ToxExpo exhibits. Scientific sessions cover diverse topics such as deve
 lopmental toxicology\, in vitro and in silico methods\, AI in toxicology\,
  risk assessment integration\, environmental exposures and mechanistic ins
 ights into adverse health outcomes. Additional professional development an
 d networking opportunities include specialised early-career programming an
 d interactions with exhibitors showcasing the latest tools and technologie
 s.&nbsp\;</p><p>PARC will contribute to the scientific programme with the 
 following presentations:&nbsp\;</p><ul><li data-list-item-id=\"ea8b0ed9967
 e8c3f14b4925e7c65e549b\"><a href=\"https://www.linkedin.com/in/tessahagens
 /\">Tessa Hagens<span class=\"external-link-mark\"> ↗</span></a> (<a hre
 f=\"https://www.universiteitleiden.nl/en\">Leiden University<span class=\"
 external-link-mark\"> ↗</span></a>\, The Netherlands): “<em>Establishi
 ng a quantitative and advanced in vitro test system to evaluate chemical-i
 nduced liver fibrosis</em>”\,</li><li data-list-item-id=\"ec0fde44560ce2
 c645214cec3d8d3d0a3\"><a href=\"https://www.linkedin.com/in/emanuela-corsi
 ni-9803a017/\">Emanuela Corsini<span class=\"external-link-mark\"> ↗</sp
 an></a> (<a href=\"https://www.unimi.it/en\">University of Milan\, Italy<s
 pan class=\"external-link-mark\"> ↗</span></a>): “<em>From Hematopoiet
 ic Models to iPSC-Derived Organoids: Mapping the Toolbox for DIT</em>”\,
 </li><li data-list-item-id=\"ef41e724edef3eaaa76f9bb436e345620\">Linglu Xu
  (<a href=\"https://www.universiteitleiden.nl/en\">Leiden University<span 
 class=\"external-link-mark\"> ↗</span></a>\, The Netherlands): \"<em>Sys
 tematic characterization of transcriptional reprogramming by non-genotoxic
  carcinogens after single or repeated exposure of hiPSC-derived hepatocyte
 -like cells</em>\".</li><li data-list-item-id=\"eae257e370372cb7349e179555
 c214d7b\"><a href=\"https://www.linkedin.com/in/roshninair23/\">Roshni Nai
 r<span class=\"external-link-mark\"> ↗</span></a> (<a href=\"https://www
 .universiteitleiden.nl/en\">Leiden University<span class=\"external-link-m
 ark\"> ↗</span></a>\, The Netherlands): \"<em>Human iPSC-Derived Mammary
  Gland Organoids for Non-Genotoxic Carcinogen Hazard Assessment\".</em></l
 i><li data-list-item-id=\"e64294ee469e9da94208f4ebfb4f383ff\"><a href=\"ht
 tps://www.linkedin.com/in/barbara-viviani-846653348/\">Barbara Viviani<spa
 n class=\"external-link-mark\"> ↗</span></a> (<a href=\"https://www.unim
 i.it/en\">University of Milan\, Italy<span class=\"external-link-mark\"> 
 ↗</span></a>): \"<em>A Structured Protocol for Developing Adverse Outcom
 e Pathways: Ensuring Transparency\, Reproducibility and FAIR compliance</e
 m>\". &nbsp\;</li></ul><p>These presentations highlight PARC’s efforts t
 o advance in vitro approaches for mechanistic toxicology and chemical haza
 rd understanding. The 2026 SOT Annual Meeting and ToxExpo offers an unpara
 lleled opportunity to engage with the global toxicology community\, discov
 er innovative research approaches\, and contribute to shaping the future o
 f chemical safety science. PARC encourages its community to attend\, parti
 cipate in discussions and take advantage of the rich scientific programme.
 &nbsp\;</p><p>For further information\, please follow the link to the <a h
 ref=\"https://www.toxicology.org/events/am/AM2026/index.asp\">official web
 site<span class=\"external-link-mark\"> ↗</span></a>.</p></body></html>
X-MICROSOFT-CDO-ALLDAYEVENT:TRUE
DTSTAMP:20261028T175102Z
END:VEVENT
BEGIN:VEVENT
UID:6ae23606ab599
DTSTART;VALUE=DATE:20260323
SEQUENCE:0
TRANSP:OPAQUE
DTEND;VALUE=DATE:20260324
SUMMARY:Society of Toxicology - 2026 Annual Meeting
CLASS:PUBLIC
DESCRIPTION:The 65th Annual Society of Toxicology (SOT) Meeting and ToxExpo
  is recognised as one of the most comprehensive global gatherings in the f
 ield - offering cutting-edge science spanning molecular mechanisms\, expos
 ure science\, risk assessment\, emerging methodologies\, and practical app
 lications for human and environmental health protection. The SOT 2026 Meet
 ing will include keynote lectures\, symposia\, workshops\, roundtables\, p
 oster sessions and ToxExpo exhibits. Scientific sessions cover diverse top
 ics such as developmental toxicology\, in vitro and in silico methods\, AI
  in toxicology\, risk assessment integration\, environmental exposures and
  mechanistic insights into adverse health outcomes. Additional professiona
 l development and networking opportunities include specialised early-caree
 r programming and interactions with exhibitors showcasing the latest tools
  and technologies.&nbsp\;PARC will contribute to the scientific programme 
 with the following presentations:&nbsp\;Tessa Hagens ↗ (Leiden Universit
 y ↗\, The Netherlands): “Establishing a quantitative and advanced in v
 itro test system to evaluate chemical-induced liver fibrosis”\,Emanuela 
 Corsini ↗ (University of Milan\, Italy ↗): “From Hematopoietic Model
 s to iPSC-Derived Organoids: Mapping the Toolbox for DIT”\,Linglu Xu (Le
 iden University ↗\, The Netherlands): \"Systematic characterization of t
 ranscriptional reprogramming by non-genotoxic carcinogens after single or 
 repeated exposure of hiPSC-derived hepatocyte-like cells\".Roshni Nair ↗
  (Leiden University ↗\, The Netherlands): \"Human iPSC-Derived Mammary G
 land Organoids for Non-Genotoxic Carcinogen Hazard Assessment\".Barbara Vi
 viani ↗ (University of Milan\, Italy ↗): \"A Structured Protocol for D
 eveloping Adverse Outcome Pathways: Ensuring Transparency\, Reproducibilit
 y and FAIR compliance\". &nbsp\;These presentations highlight PARC’s eff
 orts to advance in vitro approaches for mechanistic toxicology and chemica
 l hazard understanding. The 2026 SOT Annual Meeting and ToxExpo offers an 
 unparalleled opportunity to engage with the global toxicology community\, 
 discover innovative research approaches\, and contribute to shaping the fu
 ture of chemical safety science. PARC encourages its community to attend\,
  participate in discussions and take advantage of the rich scientific prog
 ramme.&nbsp\;For further information\, please follow the link to the offic
 ial website ↗.
X-ALT-DESC;FMTTYPE=text/html:<!doctype html><html><body><p>The 65<sup>th</s
 up> Annual Society of Toxicology (SOT) Meeting and ToxExpo is recognised a
 s one of the most comprehensive global gatherings in the field - offering 
 cutting-edge science spanning molecular mechanisms\, exposure science\, ri
 sk assessment\, emerging methodologies\, and practical applications for hu
 man and environmental health protection. The SOT 2026 Meeting will include
  keynote lectures\, symposia\, workshops\, roundtables\, poster sessions a
 nd ToxExpo exhibits. Scientific sessions cover diverse topics such as deve
 lopmental toxicology\, in vitro and in silico methods\, AI in toxicology\,
  risk assessment integration\, environmental exposures and mechanistic ins
 ights into adverse health outcomes. Additional professional development an
 d networking opportunities include specialised early-career programming an
 d interactions with exhibitors showcasing the latest tools and technologie
 s.&nbsp\;</p><p>PARC will contribute to the scientific programme with the 
 following presentations:&nbsp\;</p><ul><li data-list-item-id=\"ea8b0ed9967
 e8c3f14b4925e7c65e549b\"><a href=\"https://www.linkedin.com/in/tessahagens
 /\">Tessa Hagens<span class=\"external-link-mark\"> ↗</span></a> (<a hre
 f=\"https://www.universiteitleiden.nl/en\">Leiden University<span class=\"
 external-link-mark\"> ↗</span></a>\, The Netherlands): “<em>Establishi
 ng a quantitative and advanced in vitro test system to evaluate chemical-i
 nduced liver fibrosis</em>”\,</li><li data-list-item-id=\"ec0fde44560ce2
 c645214cec3d8d3d0a3\"><a href=\"https://www.linkedin.com/in/emanuela-corsi
 ni-9803a017/\">Emanuela Corsini<span class=\"external-link-mark\"> ↗</sp
 an></a> (<a href=\"https://www.unimi.it/en\">University of Milan\, Italy<s
 pan class=\"external-link-mark\"> ↗</span></a>): “<em>From Hematopoiet
 ic Models to iPSC-Derived Organoids: Mapping the Toolbox for DIT</em>”\,
 </li><li data-list-item-id=\"ef41e724edef3eaaa76f9bb436e345620\">Linglu Xu
  (<a href=\"https://www.universiteitleiden.nl/en\">Leiden University<span 
 class=\"external-link-mark\"> ↗</span></a>\, The Netherlands): \"<em>Sys
 tematic characterization of transcriptional reprogramming by non-genotoxic
  carcinogens after single or repeated exposure of hiPSC-derived hepatocyte
 -like cells</em>\".</li><li data-list-item-id=\"eae257e370372cb7349e179555
 c214d7b\"><a href=\"https://www.linkedin.com/in/roshninair23/\">Roshni Nai
 r<span class=\"external-link-mark\"> ↗</span></a> (<a href=\"https://www
 .universiteitleiden.nl/en\">Leiden University<span class=\"external-link-m
 ark\"> ↗</span></a>\, The Netherlands): \"<em>Human iPSC-Derived Mammary
  Gland Organoids for Non-Genotoxic Carcinogen Hazard Assessment\".</em></l
 i><li data-list-item-id=\"e64294ee469e9da94208f4ebfb4f383ff\"><a href=\"ht
 tps://www.linkedin.com/in/barbara-viviani-846653348/\">Barbara Viviani<spa
 n class=\"external-link-mark\"> ↗</span></a> (<a href=\"https://www.unim
 i.it/en\">University of Milan\, Italy<span class=\"external-link-mark\"> 
 ↗</span></a>): \"<em>A Structured Protocol for Developing Adverse Outcom
 e Pathways: Ensuring Transparency\, Reproducibility and FAIR compliance</e
 m>\". &nbsp\;</li></ul><p>These presentations highlight PARC’s efforts t
 o advance in vitro approaches for mechanistic toxicology and chemical haza
 rd understanding. The 2026 SOT Annual Meeting and ToxExpo offers an unpara
 lleled opportunity to engage with the global toxicology community\, discov
 er innovative research approaches\, and contribute to shaping the future o
 f chemical safety science. PARC encourages its community to attend\, parti
 cipate in discussions and take advantage of the rich scientific programme.
 &nbsp\;</p><p>For further information\, please follow the link to the <a h
 ref=\"https://www.toxicology.org/events/am/AM2026/index.asp\">official web
 site<span class=\"external-link-mark\"> ↗</span></a>.</p></body></html>
X-MICROSOFT-CDO-ALLDAYEVENT:TRUE
DTSTAMP:20261028T175102Z
END:VEVENT
BEGIN:VEVENT
UID:6ae23606ab5a6
DTSTART;VALUE=DATE:20260324
SEQUENCE:0
TRANSP:OPAQUE
DTEND;VALUE=DATE:20260325
SUMMARY:Society of Toxicology - 2026 Annual Meeting
CLASS:PUBLIC
DESCRIPTION:The 65th Annual Society of Toxicology (SOT) Meeting and ToxExpo
  is recognised as one of the most comprehensive global gatherings in the f
 ield - offering cutting-edge science spanning molecular mechanisms\, expos
 ure science\, risk assessment\, emerging methodologies\, and practical app
 lications for human and environmental health protection. The SOT 2026 Meet
 ing will include keynote lectures\, symposia\, workshops\, roundtables\, p
 oster sessions and ToxExpo exhibits. Scientific sessions cover diverse top
 ics such as developmental toxicology\, in vitro and in silico methods\, AI
  in toxicology\, risk assessment integration\, environmental exposures and
  mechanistic insights into adverse health outcomes. Additional professiona
 l development and networking opportunities include specialised early-caree
 r programming and interactions with exhibitors showcasing the latest tools
  and technologies.&nbsp\;PARC will contribute to the scientific programme 
 with the following presentations:&nbsp\;Tessa Hagens ↗ (Leiden Universit
 y ↗\, The Netherlands): “Establishing a quantitative and advanced in v
 itro test system to evaluate chemical-induced liver fibrosis”\,Emanuela 
 Corsini ↗ (University of Milan\, Italy ↗): “From Hematopoietic Model
 s to iPSC-Derived Organoids: Mapping the Toolbox for DIT”\,Linglu Xu (Le
 iden University ↗\, The Netherlands): \"Systematic characterization of t
 ranscriptional reprogramming by non-genotoxic carcinogens after single or 
 repeated exposure of hiPSC-derived hepatocyte-like cells\".Roshni Nair ↗
  (Leiden University ↗\, The Netherlands): \"Human iPSC-Derived Mammary G
 land Organoids for Non-Genotoxic Carcinogen Hazard Assessment\".Barbara Vi
 viani ↗ (University of Milan\, Italy ↗): \"A Structured Protocol for D
 eveloping Adverse Outcome Pathways: Ensuring Transparency\, Reproducibilit
 y and FAIR compliance\". &nbsp\;These presentations highlight PARC’s eff
 orts to advance in vitro approaches for mechanistic toxicology and chemica
 l hazard understanding. The 2026 SOT Annual Meeting and ToxExpo offers an 
 unparalleled opportunity to engage with the global toxicology community\, 
 discover innovative research approaches\, and contribute to shaping the fu
 ture of chemical safety science. PARC encourages its community to attend\,
  participate in discussions and take advantage of the rich scientific prog
 ramme.&nbsp\;For further information\, please follow the link to the offic
 ial website ↗.
X-ALT-DESC;FMTTYPE=text/html:<!doctype html><html><body><p>The 65<sup>th</s
 up> Annual Society of Toxicology (SOT) Meeting and ToxExpo is recognised a
 s one of the most comprehensive global gatherings in the field - offering 
 cutting-edge science spanning molecular mechanisms\, exposure science\, ri
 sk assessment\, emerging methodologies\, and practical applications for hu
 man and environmental health protection. The SOT 2026 Meeting will include
  keynote lectures\, symposia\, workshops\, roundtables\, poster sessions a
 nd ToxExpo exhibits. Scientific sessions cover diverse topics such as deve
 lopmental toxicology\, in vitro and in silico methods\, AI in toxicology\,
  risk assessment integration\, environmental exposures and mechanistic ins
 ights into adverse health outcomes. Additional professional development an
 d networking opportunities include specialised early-career programming an
 d interactions with exhibitors showcasing the latest tools and technologie
 s.&nbsp\;</p><p>PARC will contribute to the scientific programme with the 
 following presentations:&nbsp\;</p><ul><li data-list-item-id=\"ea8b0ed9967
 e8c3f14b4925e7c65e549b\"><a href=\"https://www.linkedin.com/in/tessahagens
 /\">Tessa Hagens<span class=\"external-link-mark\"> ↗</span></a> (<a hre
 f=\"https://www.universiteitleiden.nl/en\">Leiden University<span class=\"
 external-link-mark\"> ↗</span></a>\, The Netherlands): “<em>Establishi
 ng a quantitative and advanced in vitro test system to evaluate chemical-i
 nduced liver fibrosis</em>”\,</li><li data-list-item-id=\"ec0fde44560ce2
 c645214cec3d8d3d0a3\"><a href=\"https://www.linkedin.com/in/emanuela-corsi
 ni-9803a017/\">Emanuela Corsini<span class=\"external-link-mark\"> ↗</sp
 an></a> (<a href=\"https://www.unimi.it/en\">University of Milan\, Italy<s
 pan class=\"external-link-mark\"> ↗</span></a>): “<em>From Hematopoiet
 ic Models to iPSC-Derived Organoids: Mapping the Toolbox for DIT</em>”\,
 </li><li data-list-item-id=\"ef41e724edef3eaaa76f9bb436e345620\">Linglu Xu
  (<a href=\"https://www.universiteitleiden.nl/en\">Leiden University<span 
 class=\"external-link-mark\"> ↗</span></a>\, The Netherlands): \"<em>Sys
 tematic characterization of transcriptional reprogramming by non-genotoxic
  carcinogens after single or repeated exposure of hiPSC-derived hepatocyte
 -like cells</em>\".</li><li data-list-item-id=\"eae257e370372cb7349e179555
 c214d7b\"><a href=\"https://www.linkedin.com/in/roshninair23/\">Roshni Nai
 r<span class=\"external-link-mark\"> ↗</span></a> (<a href=\"https://www
 .universiteitleiden.nl/en\">Leiden University<span class=\"external-link-m
 ark\"> ↗</span></a>\, The Netherlands): \"<em>Human iPSC-Derived Mammary
  Gland Organoids for Non-Genotoxic Carcinogen Hazard Assessment\".</em></l
 i><li data-list-item-id=\"e64294ee469e9da94208f4ebfb4f383ff\"><a href=\"ht
 tps://www.linkedin.com/in/barbara-viviani-846653348/\">Barbara Viviani<spa
 n class=\"external-link-mark\"> ↗</span></a> (<a href=\"https://www.unim
 i.it/en\">University of Milan\, Italy<span class=\"external-link-mark\"> 
 ↗</span></a>): \"<em>A Structured Protocol for Developing Adverse Outcom
 e Pathways: Ensuring Transparency\, Reproducibility and FAIR compliance</e
 m>\". &nbsp\;</li></ul><p>These presentations highlight PARC’s efforts t
 o advance in vitro approaches for mechanistic toxicology and chemical haza
 rd understanding. The 2026 SOT Annual Meeting and ToxExpo offers an unpara
 lleled opportunity to engage with the global toxicology community\, discov
 er innovative research approaches\, and contribute to shaping the future o
 f chemical safety science. PARC encourages its community to attend\, parti
 cipate in discussions and take advantage of the rich scientific programme.
 &nbsp\;</p><p>For further information\, please follow the link to the <a h
 ref=\"https://www.toxicology.org/events/am/AM2026/index.asp\">official web
 site<span class=\"external-link-mark\"> ↗</span></a>.</p></body></html>
X-MICROSOFT-CDO-ALLDAYEVENT:TRUE
DTSTAMP:20261028T175102Z
END:VEVENT
BEGIN:VEVENT
UID:6ae23606ab5b1
DTSTART;VALUE=DATE:20260325
SEQUENCE:0
TRANSP:OPAQUE
DTEND;VALUE=DATE:20260326
SUMMARY:Society of Toxicology - 2026 Annual Meeting
CLASS:PUBLIC
DESCRIPTION:The 65th Annual Society of Toxicology (SOT) Meeting and ToxExpo
  is recognised as one of the most comprehensive global gatherings in the f
 ield - offering cutting-edge science spanning molecular mechanisms\, expos
 ure science\, risk assessment\, emerging methodologies\, and practical app
 lications for human and environmental health protection. The SOT 2026 Meet
 ing will include keynote lectures\, symposia\, workshops\, roundtables\, p
 oster sessions and ToxExpo exhibits. Scientific sessions cover diverse top
 ics such as developmental toxicology\, in vitro and in silico methods\, AI
  in toxicology\, risk assessment integration\, environmental exposures and
  mechanistic insights into adverse health outcomes. Additional professiona
 l development and networking opportunities include specialised early-caree
 r programming and interactions with exhibitors showcasing the latest tools
  and technologies.&nbsp\;PARC will contribute to the scientific programme 
 with the following presentations:&nbsp\;Tessa Hagens ↗ (Leiden Universit
 y ↗\, The Netherlands): “Establishing a quantitative and advanced in v
 itro test system to evaluate chemical-induced liver fibrosis”\,Emanuela 
 Corsini ↗ (University of Milan\, Italy ↗): “From Hematopoietic Model
 s to iPSC-Derived Organoids: Mapping the Toolbox for DIT”\,Linglu Xu (Le
 iden University ↗\, The Netherlands): \"Systematic characterization of t
 ranscriptional reprogramming by non-genotoxic carcinogens after single or 
 repeated exposure of hiPSC-derived hepatocyte-like cells\".Roshni Nair ↗
  (Leiden University ↗\, The Netherlands): \"Human iPSC-Derived Mammary G
 land Organoids for Non-Genotoxic Carcinogen Hazard Assessment\".Barbara Vi
 viani ↗ (University of Milan\, Italy ↗): \"A Structured Protocol for D
 eveloping Adverse Outcome Pathways: Ensuring Transparency\, Reproducibilit
 y and FAIR compliance\". &nbsp\;These presentations highlight PARC’s eff
 orts to advance in vitro approaches for mechanistic toxicology and chemica
 l hazard understanding. The 2026 SOT Annual Meeting and ToxExpo offers an 
 unparalleled opportunity to engage with the global toxicology community\, 
 discover innovative research approaches\, and contribute to shaping the fu
 ture of chemical safety science. PARC encourages its community to attend\,
  participate in discussions and take advantage of the rich scientific prog
 ramme.&nbsp\;For further information\, please follow the link to the offic
 ial website ↗.
X-ALT-DESC;FMTTYPE=text/html:<!doctype html><html><body><p>The 65<sup>th</s
 up> Annual Society of Toxicology (SOT) Meeting and ToxExpo is recognised a
 s one of the most comprehensive global gatherings in the field - offering 
 cutting-edge science spanning molecular mechanisms\, exposure science\, ri
 sk assessment\, emerging methodologies\, and practical applications for hu
 man and environmental health protection. The SOT 2026 Meeting will include
  keynote lectures\, symposia\, workshops\, roundtables\, poster sessions a
 nd ToxExpo exhibits. Scientific sessions cover diverse topics such as deve
 lopmental toxicology\, in vitro and in silico methods\, AI in toxicology\,
  risk assessment integration\, environmental exposures and mechanistic ins
 ights into adverse health outcomes. Additional professional development an
 d networking opportunities include specialised early-career programming an
 d interactions with exhibitors showcasing the latest tools and technologie
 s.&nbsp\;</p><p>PARC will contribute to the scientific programme with the 
 following presentations:&nbsp\;</p><ul><li data-list-item-id=\"ea8b0ed9967
 e8c3f14b4925e7c65e549b\"><a href=\"https://www.linkedin.com/in/tessahagens
 /\">Tessa Hagens<span class=\"external-link-mark\"> ↗</span></a> (<a hre
 f=\"https://www.universiteitleiden.nl/en\">Leiden University<span class=\"
 external-link-mark\"> ↗</span></a>\, The Netherlands): “<em>Establishi
 ng a quantitative and advanced in vitro test system to evaluate chemical-i
 nduced liver fibrosis</em>”\,</li><li data-list-item-id=\"ec0fde44560ce2
 c645214cec3d8d3d0a3\"><a href=\"https://www.linkedin.com/in/emanuela-corsi
 ni-9803a017/\">Emanuela Corsini<span class=\"external-link-mark\"> ↗</sp
 an></a> (<a href=\"https://www.unimi.it/en\">University of Milan\, Italy<s
 pan class=\"external-link-mark\"> ↗</span></a>): “<em>From Hematopoiet
 ic Models to iPSC-Derived Organoids: Mapping the Toolbox for DIT</em>”\,
 </li><li data-list-item-id=\"ef41e724edef3eaaa76f9bb436e345620\">Linglu Xu
  (<a href=\"https://www.universiteitleiden.nl/en\">Leiden University<span 
 class=\"external-link-mark\"> ↗</span></a>\, The Netherlands): \"<em>Sys
 tematic characterization of transcriptional reprogramming by non-genotoxic
  carcinogens after single or repeated exposure of hiPSC-derived hepatocyte
 -like cells</em>\".</li><li data-list-item-id=\"eae257e370372cb7349e179555
 c214d7b\"><a href=\"https://www.linkedin.com/in/roshninair23/\">Roshni Nai
 r<span class=\"external-link-mark\"> ↗</span></a> (<a href=\"https://www
 .universiteitleiden.nl/en\">Leiden University<span class=\"external-link-m
 ark\"> ↗</span></a>\, The Netherlands): \"<em>Human iPSC-Derived Mammary
  Gland Organoids for Non-Genotoxic Carcinogen Hazard Assessment\".</em></l
 i><li data-list-item-id=\"e64294ee469e9da94208f4ebfb4f383ff\"><a href=\"ht
 tps://www.linkedin.com/in/barbara-viviani-846653348/\">Barbara Viviani<spa
 n class=\"external-link-mark\"> ↗</span></a> (<a href=\"https://www.unim
 i.it/en\">University of Milan\, Italy<span class=\"external-link-mark\"> 
 ↗</span></a>): \"<em>A Structured Protocol for Developing Adverse Outcom
 e Pathways: Ensuring Transparency\, Reproducibility and FAIR compliance</e
 m>\". &nbsp\;</li></ul><p>These presentations highlight PARC’s efforts t
 o advance in vitro approaches for mechanistic toxicology and chemical haza
 rd understanding. The 2026 SOT Annual Meeting and ToxExpo offers an unpara
 lleled opportunity to engage with the global toxicology community\, discov
 er innovative research approaches\, and contribute to shaping the future o
 f chemical safety science. PARC encourages its community to attend\, parti
 cipate in discussions and take advantage of the rich scientific programme.
 &nbsp\;</p><p>For further information\, please follow the link to the <a h
 ref=\"https://www.toxicology.org/events/am/AM2026/index.asp\">official web
 site<span class=\"external-link-mark\"> ↗</span></a>.</p></body></html>
X-MICROSOFT-CDO-ALLDAYEVENT:TRUE
DTSTAMP:20261028T175102Z
END:VEVENT
END:VCALENDAR