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POSTECH: Using Mussel Adhesive Proteins for Cardiac Tissue Regeneration

POSTECH: Using Mussel Adhesive Proteins for Cardiac Tissue Regeneration
indiaeducationdiary.in - get the latest breaking news, showbiz & celebrity photos, sport news & rumours, viral videos and top stories from indiaeducationdiary.in Daily Mail and Mail on Sunday newspapers.

South-korea
Korea
Eun-young-jeon
Hyung-joon-cha
Nano-new-materials-core-technology-development-program
Korea-health-industry-development-institute
National-research-foundation
Ministry-of-health
Korea-health-technology
Nature-glutech-co-ltd
Ministry-of-science
Professor-hyung-joon-cha

POSTECH: Developing Clinically Relevant Human-scale Living Organs

POSTECH: Developing Clinically Relevant Human-scale Living Organs
indiaeducationdiary.in - get the latest breaking news, showbiz & celebrity photos, sport news & rumours, viral videos and top stories from indiaeducationdiary.in Daily Mail and Mail on Sunday newspapers.

South-korea
Korea
Steven-cui
Byeongmin-kang
Jinah-jang
Hyeonji-kim
Nano-new-materials-core-technology-development-program
Department-of-mechanical-engineering
Department-of-convergence-it-engineering
University-of-otago-new-zealand
Energy-of-korea
Career-researcher-program

New eye surface reconstruction method using mussel adhesive protein

New eye surface reconstruction method using mussel adhesive protein The eye is the first sensory organ that recognizes the presence or shape of an object. The conjunctiva is a thin mucous membrane that covers the front half of the eyeball. It protects the eye by secreting mucus and tears for lubrication, and prevents microorganisms from entering. However, since it is exposed to the air, it is susceptible to damages by microorganisms, bacteria, or dust. In fact, if fibrovascular tissues are left to propagate on its surface, they can lead to diseases like pterygium, which can cause visual deterioration. To treat such conditions, an operation to remove and regenerate the damaged conjunctiva is performed. Recently, a Korean research team has developed a new method for performing sutureless amniotic membrane transplantation using the mussel adhesive protein.

Konyang
Kyongsang-namdo
South-korea
Korea
Hyung-joon-cha
Emily-henderson
Korea-health-industry-development-institute
Ministry-of-health
Korea-health-technology
Nano-new-materials-core-technology-development-program
Donga-university-college-of-medicine
Nature-gluetech-co-ltd

Regenerating damaged eyes with mussel protein and amniotic membrane

Regenerating damaged eyes with mussel protein and amniotic membrane
eurekalert.org - get the latest breaking news, showbiz & celebrity photos, sport news & rumours, viral videos and top stories from eurekalert.org Daily Mail and Mail on Sunday newspapers.

Konyang
Kyongsang-namdo
South-korea
Korea
Hyung-joon-cha
Korea-health-industry-development-institute
Ministry-of-health
Korea-health-technology
Nano-new-materials-core-technology-development-program
Donga-university-college-of-medicine
Nature-gluetech-co-ltd
Ministry-of-oceans

Treating cerebral aneurysms with a new filling method

 E-Mail IMAGE: Concept and application (e.g., aneurysm embolization) of a double?crosslinked alginate?based hydrogel with tantalum nanopowder (DAT) microfibers continuously spun by an optical?fiber?integrated microfluidic device (OFI?MD). view more  Credit: POSTECH Cerebral aneurysms are malformations caused by abnormalities on the walls of blood vessels in the brain. When these blood vessels rupture, about 30% of the sufferers die on the spot, giving these the rightful label of ticking bombs in the head . Recently, a research team at POSTECH has come up with a new treatment that can disassemble these time bombs by filling the aneurysm in blood with a new method.

South-korea
Korea
Joonwon-kim
Hyung-joon-cha
Geunho-choi
Korea-health-industry-development-institute
Department-of-chemical-engineering
Ministry-of-health
Nano-new-materials-core-technology-development-program
Department-of-mechanical-engineering
National-research-foundation-of-korea
Research-program

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