KIMM develops Korea’s first smart intraocular lens technology that can diagnose early stage dementia

KIMM develops Korea's first smart intraocular lens technology that can diagnose early stage dementia

Information – A wise intraocular lens implantable within the eye to diagnose Alzheimer’s has been developed for the primary time in Korea.

This Korea Machinery and Materials Institute By joint analysis with Yonsei College, Yonsei College Faculty of Drugs Yongin Severance Hospital and Gangnam Severance Hospital, an institute beneath the authority of the Ministry of Science and ICT (President Sang-jin Park, hereinafter known as KIMM) has succeeded. in growing an intraocular implant that may diagnose Alzheimer’s, a degenerative mind illness, in its early levels. The outcomes of this analysis examine have been printed in Bioactive Supplies (IF: 16.874)*, a widely known journal within the subject of biomaterials.

* Publication title: Actual-time and label-free biosensing utilizing a moiré sample generated by a biologically responsive hydrogel (2022.11.29.)

Principal Investigator JaeJong Lee from KIMM’s Nanomanufacturing Know-how Division, Yonsei College Professor Received-gun Koh, Severance Hospital Ophthalmology Professors Hyung Keun Lee, and Professor Yong-woo Ji targeted on the options of the attention, which is immediately related to the mind. and KIMM detected varied biomarkers* by a tripartite collaboration between Yonsei College and Severance Hospital. By their analysis efforts, they’ve developed an implantable biosensing system by mounting a biosensitive hydrogel**-based sensing module that may detect varied biomarkers** on an intraocular lens to specific a sign in a moiré sample***.

* Biomarker: Proteins, DNA and so on. an indicator that may detect modifications within the physique utilizing

** Hydrogel: A jelly-like substance whose foremost element is water.

*** Moiré Patterns: A sample characterised by recurrently repeating shapes which might be continually mixed and recombined, forming visible stripes in line with variations in overlapping shapes.

The hydrogel mannequin to which the antibody is sure shrinks when it reacts with the goal biomarker. The goal biomarker is then detected utilizing modifications within the moiré sign produced when the shrinking response and shrinking hydrogel sample overlaps the decided reference grid. Utilizing the Moiré sign, detection is feasible with a lot better sensitivity than different strategies that immediately detect the change within the hydrogel sample.

Furthermore, in contrast to typical biosensors, moire signal-based biomarker detection technique can immediately detect biomarkers with out utilizing electrochemical or fluorescent tags. One of many benefits of this technique is that it may be implanted contained in the physique, because it doesn’t require an exterior energy or mild supply.

Lead Researchers JaeJong Lee and Geehong Kim from KIMM’s Nano Manufacturing Know-how Division acknowledged that the event of this know-how is essential as it might probably diagnose a wide range of neurological ailments, together with dementia, some of the frequent of such ailments, and cut back social prices. causes social issues. They added that KIMM will proceed to encourage extra analysis on this know-how till it turns into commercially out there.

This analysis examine was carried out inside the scope of the Ministry of Science and ICT’s Nano Supplies Know-how Improvement Mission, growing purposes of freeform floor nano manufacturing processes and techniques and non-blood illness monitoring units.


Korea Equipment and Supplies Institute (KIMM) is a non-profit, government-funded analysis institute beneath the Ministry of Science and ICT. Since its founding in 1976, KIMM has been contributing to the nation’s financial progress by conducting R&D on key applied sciences in equipment and supplies, performing reliability testing analysis, and commercializing developed merchandise and applied sciences.

These analysis efforts have been undertaken as a part of the Ministry of Science and ICT’s Nanomaterials Know-how Improvement Mission, as a part of the event of freeform floor nanofabrication processes and techniques and purposes of non-blood illness monitoring units.

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