
Hanging Mice and Pulling Tails — Is the Era of Animal Testing Coming to an End?
Hanging Mice and Pulling Tails — Is the Era of Animal Testing Coming to an End?
Hanging Mice and Pulling Tails — Is the Era of Animal Testing Coming to an End?
Hanging Mice and Pulling Tails — Is the Era of Animal Testing Coming to an End?
24. 11. 18.
24. 11. 18.
Hanging Mice and Pulling Tails — Is the Era of Animal Testing Coming to an End?
Hanging Mice and Pulling Tails — Is the Era of Animal Testing Coming to an End?
Suji Hong, CEO of Oprimed, presented an AI-driven preclinical testing method that leverages digital twin technology to predict drug outcomes and replicate animal data, offering an alternative to animal testing and potentially reducing the number of laboratory animals by more than half.
Suji Hong, CEO of Oprimed, presented an AI-driven preclinical testing method that leverages digital twin technology to predict drug outcomes and replicate animal data, offering an alternative to animal testing and potentially reducing the number of laboratory animals by more than half.
Amid growing concerns over the ethics and predictive limitations of animal testing both domestically and internationally, interest in alternative technologies is increasing. Among the leading alternatives are organoids (miniature organs based on stem cells), organ-on-a-chip systems, and AI-powered digital twins.
South Korean startup Oprimed has developed an AI technology that creates digital twins (virtual patients) statistically indistinguishable from actual clinical trial participants. This allows for the preclinical prediction of drug outcomes, potentially replacing human subjects in early testing phases. The same approach can also be applied to animals, whose biological structures are simpler than humans, enabling the creation of animal digital twins.
Suji Hong, CEO of Oprimed, stated,
“Our technology learns from animal data to predict drug outcomes such as toxicity and pharmacokinetics, serving as an alternative to animal testing.Additionally, by replicating experimental animal data, we can propose methods that reduce the number of animals used in experiments by more than half.”
Amid growing concerns over the ethics and predictive limitations of animal testing both domestically and internationally, interest in alternative technologies is increasing. Among the leading alternatives are organoids (miniature organs based on stem cells), organ-on-a-chip systems, and AI-powered digital twins.
South Korean startup Oprimed has developed an AI technology that creates digital twins (virtual patients) statistically indistinguishable from actual clinical trial participants. This allows for the preclinical prediction of drug outcomes, potentially replacing human subjects in early testing phases. The same approach can also be applied to animals, whose biological structures are simpler than humans, enabling the creation of animal digital twins.
Suji Hong, CEO of Oprimed, stated,
“Our technology learns from animal data to predict drug outcomes such as toxicity and pharmacokinetics, serving as an alternative to animal testing.Additionally, by replicating experimental animal data, we can propose methods that reduce the number of animals used in experiments by more than half.”
Amid growing concerns over the ethics and predictive limitations of animal testing both domestically and internationally, interest in alternative technologies is increasing. Among the leading alternatives are organoids (miniature organs based on stem cells), organ-on-a-chip systems, and AI-powered digital twins.
South Korean startup Oprimed has developed an AI technology that creates digital twins (virtual patients) statistically indistinguishable from actual clinical trial participants. This allows for the preclinical prediction of drug outcomes, potentially replacing human subjects in early testing phases. The same approach can also be applied to animals, whose biological structures are simpler than humans, enabling the creation of animal digital twins.
Suji Hong, CEO of Oprimed, stated,
“Our technology learns from animal data to predict drug outcomes such as toxicity and pharmacokinetics, serving as an alternative to animal testing.Additionally, by replicating experimental animal data, we can propose methods that reduce the number of animals used in experiments by more than half.”
Amid growing concerns over the ethics and predictive limitations of animal testing both domestically and internationally, interest in alternative technologies is increasing. Among the leading alternatives are organoids (miniature organs based on stem cells), organ-on-a-chip systems, and AI-powered digital twins.
South Korean startup Oprimed has developed an AI technology that creates digital twins (virtual patients) statistically indistinguishable from actual clinical trial participants. This allows for the preclinical prediction of drug outcomes, potentially replacing human subjects in early testing phases. The same approach can also be applied to animals, whose biological structures are simpler than humans, enabling the creation of animal digital twins.
Suji Hong, CEO of Oprimed, stated,
“Our technology learns from animal data to predict drug outcomes such as toxicity and pharmacokinetics, serving as an alternative to animal testing.Additionally, by replicating experimental animal data, we can propose methods that reduce the number of animals used in experiments by more than half.”
Amid growing concerns over the ethics and predictive limitations of animal testing both domestically and internationally, interest in alternative technologies is increasing. Among the leading alternatives are organoids (miniature organs based on stem cells), organ-on-a-chip systems, and AI-powered digital twins.
South Korean startup Oprimed has developed an AI technology that creates digital twins (virtual patients) statistically indistinguishable from actual clinical trial participants. This allows for the preclinical prediction of drug outcomes, potentially replacing human subjects in early testing phases. The same approach can also be applied to animals, whose biological structures are simpler than humans, enabling the creation of animal digital twins.
Suji Hong, CEO of Oprimed, stated,
“Our technology learns from animal data to predict drug outcomes such as toxicity and pharmacokinetics, serving as an alternative to animal testing.Additionally, by replicating experimental animal data, we can propose methods that reduce the number of animals used in experiments by more than half.”
Amid growing concerns over the ethics and predictive limitations of animal testing both domestically and internationally, interest in alternative technologies is increasing. Among the leading alternatives are organoids (miniature organs based on stem cells), organ-on-a-chip systems, and AI-powered digital twins.
South Korean startup Oprimed has developed an AI technology that creates digital twins (virtual patients) statistically indistinguishable from actual clinical trial participants. This allows for the preclinical prediction of drug outcomes, potentially replacing human subjects in early testing phases. The same approach can also be applied to animals, whose biological structures are simpler than humans, enabling the creation of animal digital twins.
Suji Hong, CEO of Oprimed, stated,
“Our technology learns from animal data to predict drug outcomes such as toxicity and pharmacokinetics, serving as an alternative to animal testing.Additionally, by replicating experimental animal data, we can propose methods that reduce the number of animals used in experiments by more than half.”
Connecting to
a Better Future
Meet OPRIMED today.
OPRIMED Inc.
CEO Suji Hong
Business Registration Number
277-87-02894
Headquarters (Ulsan)
Room 601, Ulsan Startup Hub,Jongha Innovation Center,
32, Bongwol-ro 38beon-gil,
Nam-gu, Ulsan, South Korea
info@oprimed.com
Big Data Lab (Suwon)
10th Floor, Room 1001,
Gwanggyo Central Business
Tower, 260 Changnyong-daero, Yeongtong-gu, Suwon,
Gyeonggi Province
© 2025 OPRIMED INC. (All Rights Reserved)
Connecting to
a Better Future
Meet OPRIMED today.
OPRIMED Inc.
CEO Suji Hong
Business Registration Number
277-87-02894
Headquarters (Ulsan)
Room 601, Ulsan Startup Hub,Jongha Innovation Center,
32, Bongwol-ro 38beon-gil,
Nam-gu, Ulsan, South Korea
info@oprimed.com
Big Data Lab (Suwon)
10th Floor, Room 1001,
Gwanggyo Central Business
Tower, 260 Changnyong-daero,
Yeongtong-gu, Suwon,
Gyeonggi Province
© 2025 OPRIMED Inc. (All Rights Reserved)
Connecting to
a Better Future
Meet OPRIMED today.
OPRIMED Inc.
CEO Suji Hong
Business Registration Number
277-87-02894
Headquarters (Ulsan)
Room 601, Ulsan Startup Hub,Jongha Innovation Center,
32, Bongwol-ro 38beon-gil,
Nam-gu, Ulsan, South Korea
info@oprimed.com
Big Data Lab (Suwon)
10th Floor, Room 1001,
Gwanggyo Central Business
Tower, 260 Changnyong-daero,
Yeongtong-gu, Suwon,
Gyeonggi Province
© 2025 OPRIMED Inc. (All Rights Reserved)
© 2025 OPRIMED Inc. (All Rights Reserved)
Connecting to
a Better Future
Meet OPRIMED
today.
OPRIMED Inc.
CEO Suji Hong
Business Registration Number
277-87-02894
Headquarters (Ulsan)
Room 601, Ulsan Startup Hub,
Jongha Innovation Center,
32, Bongwol-ro 38beon-gil,
Nam-gu, Ulsan, South Korea
Big Data Lab (Suwon)
10th Floor, Room 1001,
Gwanggyo Central Business Tower, 260 Changnyong-daero,
Yeongtong-gu, Suwon,
Gyeonggi Province
info@oprimed.com