Meta Immune Tech to Usher in an Era of Everyday Immune Health Management with Cellytics, Its Immune Cell Analysis Platform

Featured in Agriculture Meets IT

As personalized healthcare and preventive medicine continue to gain momentum worldwide, the importance of understanding one’s immune health through objective, measurable data has never been greater.

Yet despite widespread awareness of “immune health,” most people still rely on vague feelings rather than scientific measurements to assess their immune condition. While many take supplements or adopt healthier habits to improve immunity, few can actually verify whether those efforts are making a measurable difference.

Meta Immune Tech, a biotechnology startup based in South Korea, is working to change that reality through Cellytics, an innovative immune cell analysis platform designed to make immune monitoring fast, accessible, and data-driven.

In an interview with IT Donga, Seong-Gyu Seo, CTO of Meta Immune Tech, shared the company’s vision, technology, and roadmap for making immune health management as commonplace as taking one’s temperature.서성규 메타이뮨텍 CTO / 출처=IT동아


Measuring Immunity Through NK Cells

“People often say their immunity is weak when they catch a cold, develop shingles, or receive a cancer diagnosis,” said Seo. “But scientifically proving immune status has historically been difficult. Our mission is to make immune health measurable—quickly, accurately, and conveniently.”

At the center of Meta Immune Tech’s approach are Natural Killer (NK) cells, one of the immune system’s most important first responders.

Unlike T cells, which require prior exposure or vaccination to mount a response, NK cells react immediately when they detect abnormal cells such as infected or cancerous cells. Because of this, NK cell activity serves as a meaningful indicator of immune function.

Cellytics evaluates immune status by isolating NK cells from a small blood sample, stimulating them, and analyzing their activation behavior.무렌즈 음영 이미징 기술(LSIT)을 활용해 NK세포의 그림자를 기록, 분석한다 / 출처=메타이뮨텍


Lensless Imaging Meets AI-Powered Cell Analysis

Meta Immune Tech’s core innovation lies in its proprietary Lensless Shadow Imaging Technology (LSIT).

Instead of relying on expensive optics or fluorescent labeling, Cellytics captures holographic shadow patterns created when light passes through immune cells.

“These interference patterns act almost like fingerprints,” Seo explained. “Each cell produces a unique holographic signature.”

The system then processes these digital inline hologram images using a CMOS image sensor and AI-based analytical algorithms.

A single 5-megapixel image can simultaneously capture hundreds to thousands of cell patterns, allowing the platform to rapidly determine activation levels for individual cells.

According to Meta Immune Tech, the technology achieves approximately 95% analytical accuracy, while dramatically reducing time and cost compared to conventional methods.NK세포의 그림자를 분석하는 과정에서 학습된 AI를 활용, 정확도를 높였다 / 출처=메타이뮨텍


A Faster, Simpler Alternative to Traditional Immune Diagnostics

Current immune diagnostic methods such as FACS (Fluorescence Activated Cell Sorting) and ELISA (Enzyme-Linked Immunosorbent Assay) remain effective but come with significant limitations.

FACS offers high precision but requires expensive equipment, specialized personnel, and lengthy workflows.

ELISA measures cytokine secretion rather than directly analyzing cells, often requiring two to three days for results.

Cellytics addresses these challenges with a label-free analysis approach, eliminating the need for costly antibody markers and reducing total analysis time to just 5–10 minutes.

Its simplified hardware architecture—consisting primarily of LEDs, disposable cell chips, and CMOS sensors—also enables significant miniaturization and lower manufacturing costs.

This creates the possibility of immune testing beyond large hospitals and research laboratories.메타이뮨텍은 셀리틱스 플랫폼이 FACS, ELISA 기술 대비 경쟁력을 갖췄다고 강조한다 / 출처=메타이뮨텍


Expanding Beyond Human Healthcare

Meta Immune Tech is also diversifying its applications beyond human immune diagnostics.

The company has successfully commercialized Cellytics Pet Immunity, a veterinary immune monitoring platform currently in use at Konkuk University Veterinary Medical Teaching Hospital.

Because animals cannot communicate symptoms directly, early detection of immune-related health issues is particularly challenging.

Cellytics Pet Immunity helps veterinarians and pet owners objectively assess:

  • Immune response before and after vaccination
  • Recovery monitoring after surgery
  • Effectiveness of immune-boosting treatments

Meta Immune Tech is also expanding the Cellytics platform into:

  • Cellytics TB for latent tuberculosis analysis
  • Cellytics RUO for research-use-only cell analysis applications including cell counting, viability, and activity testing메타이뮨텍은 셀리틱스 플랫폼을 사람에서 반려견 시장으로 확대하며 사업 다각화에 속도를 내고 있다 / 출처=메타이뮨텍

Building Trust Through Clinical Validation

As with many deep-tech biotech startups, commercial adoption remains a challenge.

The diagnostic industry is highly conservative, and healthcare professionals have relied on established technologies such as FACS and ELISA for decades.

To overcome this, Meta Immune Tech has focused heavily on clinical validation and reproducibility.

The company has collaborated with leading institutions including:

  • Korea University Anam Hospital
  • Chonnam National University Hospital

Through comparative studies and transparent data validation, Meta Immune Tech aims to establish scientific credibility for its next-generation platform.

“No matter how fast or convenient a technology may be, healthcare adoption ultimately depends on data accuracy,” Seo emphasized.서성규 메타이뮨텍 CTO / 출처=IT동아


A Vision for Everyday Immune Management

Meta Immune Tech’s long-term vision is ambitious yet clear:

To make immune health monitoring as easy and routine as checking body temperature.

“Just as blood glucose monitoring transformed diabetes care, accessible immune measurement can fundamentally change preventive healthcare,” Seo said.

The company plans to complete medical device regulatory approvals for Cellytics NK and expand into:

  • Health screening centers
  • Long-term care hospitals
  • Asian markets
  • North America
  • Europe

Meta Immune Tech also sees opportunities in livestock immune monitoring, extending beyond companion animals to cattle and swine.

“Measure it, and you can manage it. Manage it, and you can improve it.”

With its fusion of AI, holographic imaging, and rapid immune diagnostics, Meta Immune Tech aims to define a new global standard for immune health management.

Three KU Research Achievements Selected for ‘2025 Top 100 Excellent National R&D Outcomes’

Achievements in Information, Life Sciences, and Convergence Fields Highlight Korea’s Research Competitiveness

(From left) Prof. Heui-Seok Lim (School of Computer Science), Prof. Kyungmi Lee (Department of Biomedical Sciences), Prof. Sung-Kyu Seo (Department of Electronic and Information Engineering)

Korea University (President Dongwon Kim) announced that three of its research achievements have been selected for the Ministry of Science and ICT’s “2025 Top 100 Excellent National R&D Outcomes” on December 23, 2025. The selected researchers are Prof. Heui-Seok Lim (School of Computer Science), Prof. Kyungmi Lee (Department of Biomedical Sciences), and Prof. Sung-Kyu Seo (Department of Electronic and Information Engineering).

The Top 100 Excellent National R&D Outcomes program has been implemented annually since 2006 to discover and promote outstanding research accomplishments generated through national R&D programs. This year, 100 finalists were selected following expert evaluations and public verification from among 970 nominees recommended by ministries and government agencies.

Korea University’s selections span the fields of information & electronics, life sciences & marine science, and convergence research, demonstrating the university’s strong capabilities from fundamental science to advanced technology and commercialization-driven convergence research.

Prof. Heui-Seok Lim was selected in the information & electronics category for developing a Korean language-optimized generative and retrieval AI model. His research significantly enhanced the accuracy and applicability of Korean-language AI technologies by overcoming limitations of conventional general-purpose models.

Prof. Kyungmi Lee was selected in the life sciences & marine category for identifying the role of CD244—an immune regulatory factor in tumor-associated macrophages—in refractory recurrent cancers and presenting new therapeutic potential based on this mechanism. Her work provides a novel immuno-oncology approach by elucidating immune regulation within the tumor microenvironment and overcoming limitations of existing treatment modalities.

Prof. Sung-Kyu Seo was selected in the convergence field for the development and commercialization of a digital inline holography-based personalized immune diagnostics system, in collaboration with faculty startup MetaImmuneTech Inc. The research integrates AI and biophotonics technologies into in vitro diagnostic devices, demonstrating the feasibility of personalized immune function monitoring.

Selected research outcomes receive an official certificate and plaque from the Minister of Science and ICT, and are eligible for follow-up support including assistance for advancing technology readiness levels, commercialization, and subsequent research.

Link : https://www.korea.ac.kr/ko/552/subview.do?enc=Zm5jdDF8QEB8JTJGa3VzdG9yeSUyRmtvJTJGYXJ0Y2xWaWV3LmRvJTNGYXJ0Y2xTZXElM0QyODIwOCUyNnNpdGVJZCUzRGtvJTI2cGFnZSUzRDElMjZmaW5kVHlwZSUzRCUyNmZpbmRXb3JkJTNEJTI2ZmluZENsU2VxJTNEJTI2cmdzQmduZGVTdHIlM0QlMjZyZ3NFbmRkZVN0ciUzRCUyNg%3D%3D

Cellytics NK – Rapid Immunity Check for All

Cellytics NK is an innovative digital healthcare tool that checks your immune system using advanced technology, Lens-free Imaging Technology. It looks at a special type of immune cell called Natural Killer cells quickly and precisely. These cells are important for your body’s defense. With just a small blood sample, CellyticsTM NK can tell you about your immunity without you having to go to a specific place. The results are given in a simple report that’s easy to understand. This product is a convenient way for anyone to check their immunity in the age of digital health.

 

Link : https://www.ces.tech/ces-innovation-awards/2024/cellyticstm-nk-rapid-immunity-check-for-all/?utm_source=chatgpt.com

Seoul Metropolitan Government hosts the largest-ever ‘Seoul Pavilion’ at CES 2024 with 18 innovation awards recipients

  • Seoul Pavilion at CES 2024: Largest ever, featuring 81 startups across healthcare, AI, mobility, manufacturing, ESG, and quantum tech.

  • Awards: 18 Seoul startups won CES Innovation Awards, including TopTable and LordSystem winning Best of Innovation (top 1%).

  • Mayor Oh Se-hoon: Attended opening, encouraged startups, met award winners, and pledged support to remove regulatory barriers.

  • Partners: 13 institutes (universities, Seoul BioHub, AI Hub, etc.) co-hosted the pavilion.

  • Goal: Expand Seoul’s global smart city competitiveness and help local startups enter international markets.

News Link : https://us.aving.net/news/articleView.html?idxno=50598&utm_source=chatgpt.com

Real-time immune monitoring of immunocompromised patients via lens-free shadow image analysis of natural killer cells

Highlights

  • Cellytics NK with Lens-Free Shadow Imaging enables rapid, accurate, cost-effective real-time assessment of NK cell activity.
  • Novel image-derived biomarkers (PPD, WSM-SD, CSP) and an Innate Immunity Index (I³) distinguish healthy from immunocompromised patients.
  • CSP and I³ show superior prognostic power, with CSP reaching diagnostic accuracy marked by an AUC above 0.95.
  • CSP and I³ outperform conventional hematological markers, including CD107a expression and interferon-γ release, in immune function assessment.
  • Successful commercialization of Cellytics NK highlights its clinical utility and transformative impact in real-world immune monitoring.

News Link : https://www.sciencedirect.com/science/article/abs/pii/S0925400525014224