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Pushing the boundaries of ultrasound imaging: Breaking new ground with ultrafast technology

Pushing the boundaries of ultrasound imaging: Breaking new ground with ultrafast technology
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Kyongsang buktoSouth koreaJooyoung kweonJinah jangDonghyun leeUijung yongJinseok heoYong joo ahnChulhong kimDepartment of convergence it engineeringPohang university of scienceKorea medical device development fundDepartment of electrical engineeringDepartment of mechanical engineeringMinistry of healthIt innovation laboratory

Revolutionizing Ultrasound Imaging: Pushing Boundaries with Ultrafast Technology Breakthrough

Recently, high-speed video content capturing fleeting moments, such as bullets passing through glass, has captured people’s interest. What if we implement ultrasound used in medical examinations into high-speed video? A research team at POSTECH (Poha

South koreaKyongsang buktoJooyoung kweonJinah jangJinseok heoUijung yongChulhong kimYong joo ahnDonghyun leeDepartment of convergence it engineeringMinistry of educationSchool of convergence scienceKorean fund for regenerative medicineNational research foundationMinistry of healthDepartment of mechanical engineering

3D Engineered Heart Tissue Designed That Monitors Drug-induced Cardiotoxicity

Cardiotoxicity is a clinical condition that arises from using pharmaceutical agents such as antibiotics, which result in harmful effects on the heart, ultimately compromising its functional capacity. The left ventricle’s contractile ability is impair

Georgia institute of technologyUnited statesSouth koreaWoon hong yeoHojoong kimJinah jangKyun chungUijung yong department of convergence it engineeringProfessor unyong jeong department of material scienceProfessor jinah jang department of mechanical engineeringKorea evaluation institute of industrial technologyDonghwan kim school of interdisciplinary bioscienceDepartment of convergence it engineeringProfessor keehoon kim department of mechanical engineeringNational science foundationMinistry of health

In Vitro 3D Engineered Heart Tissue that Monitors Drug-induced Cardiotoxicity

A joint team of researchers from POSTECH and Georgia Institute of Technology successfully created an engineered heart via 3D printing technology that allows for early monitoring of drug-induced cardiotoxicity

South koreaGeorgia institute of technologyUnited statesWoon hong yeoJinah jangHojoong kimKyun chungInstitute for informationNational science foundationDonghwan kim school of interdisciplinary bioscienceProfessor keehoon kim department of mechanical engineeringProfessor jinah jang department of mechanical engineeringDepartment of convergence it engineeringMinistry of healthCommunication technology promotionProfessor unyong jeong department of material science