Apollon

We need a mechanical design engineer in Seoul and research scientists in optics in Boston. Up to now, we've raised about $3 million in capital. Using Raman technology, we are making a non-invasive CGM and are currently in clinical trials with MIT to show how well our small device works.

서울에서 Pre-A 투자에 대한 기사가 났습니다. 우리의 목적은 하나, 기구설계 엔지니어(서울)와 광학 연구원(보스턴)을 만나는 것입니다. 우리 같이 바늘 없는 초소형 혈당측정기 한번 만들어보지 않을래요? 🤗

아폴론, 23억원 규모 프리 A 투자 유치 아폴론은 23억원 규모의 프리(Pre)-A 투자를 유치했다고 밝혔다. 이번 투자는 지난해 11월 시드투자에 이어 내년 초 계획 중인 시리즈A를 이어주는 브릿지 라운드로 KB인베스트먼트, 스틱벤처스, 비하이인베스트먼트

The World Diabetes Day is on November 14, which is also the day Apollon was established in the States. We are going to simplify and lower the cost of blood sugar control!

We completed our seed investment in the first half of the year, and as a result, we were selected for the TIPS (Tech Incubator Program for startup Korea), in which the Korean government matches up to $500,000 in investment capital.

‘비침습 연속혈당측정기(CGM) 개발’ 아폴론, 팁스 선정 #바늘 없는 #연속혈당측정기( )를 개발하는 #아폴론이 ' #팁스( )'에 최종 선정됐다.

Apollon and MIT Commence Collaboration to Develop Continuous Non-Invasive Glucose Monitoring Technology

Seoul startup collaborates with MIT on Raman glucose monitor Developmental wearable technology is said to perform better than existing non-invasive products.

🔬 Stem cells can now be seen in 3D images!

서울아산병원, 줄기세포 특성 확인할 수 있는 기술 개발 - 메디칼업저버 [메디칼업저버 박선재 기자] 국내 연구진이 줄기세포의 고유한 특성을 입체적이고 생생하게 확인할 수 있는 기술을 개발해냈다.서울아산병원 김준기·백찬기 교수팀(융합의학과)이 광학 회절 단층촬영(Optical Di...

🙋‍♂️ "Will non-invasive blood glucose monitoring be possible?"
🙆‍♀️ "Maybe yes." This is why we need to pay attention to spectroscopy, especially Raman techniques.

Samsung Researchers’ Non-Invasive Blood Glucose Monitoring Method Featured in ‘Science Advances’ With diabetes and its associated costs on the rise around the world, effective blood glucose monitoring is considered more important than ever. While

Characteristic ciliary beat frequency (CBF) measurement with current video microscopic techniques can be error-prone due to the use of the single-point Fourier transformation, which is often biased for ciliary measurements. Herein, we describe a new video microscopy technique that harnesses a metric of motion-contrast imaging and image correlation for CBF analysis.

국내 연구진, 호흡기 진단 핵심 '섬모세포 운동횟수' 자동측정 기술 개발 호흡기 건강 진단의 핵심인 호흡 기도 내 섬모세포 운동기능을 더 빠르고 정확하게 자동책정하는 기술이 국내에서 개발됐다.서울아산병원 융합의학과 김..

🙋‍♂️"Can Raman spectroscopy help improving immune cell therapies?"

🙆‍♀️ "Yes, for sure!" "It is important and technically difficult to identify the type and activation of cells in living and intact immune cells without defiling or killing cells. According to the Nature (2016), Raman spectroscopy was quite useful in discriminating between living T cells and B cells, and in visualizing the activation status of living T cells without labeling. Also, Raman spectra of activated T cells with anti-CD3 and anti-CD28 antibodies largely differed compared to that of naïve T cells, enabling the prediction of T cell activation status at a single cell level, the article said."

Non-label immune cell state prediction using Raman spectroscopy - Scientific Reports The acquired immune system, mainly composed of T and B lymphocytes, plays a key role in protecting the host from infection. It is important and technically challenging to identify cell types and their activation status in living and intact immune cells, without staining or killing the cells. Using R...