Continuous 11-day monitoring of iPS-induced renal organoidswith real-time area measurement

Real‑time tracking of iPS‑derived kidney organoid development with EOS live‑cell imaging for continuous monitoring and complete dynamic recording! A powerful tool for organoid research｜Long‑term continuous imaging clearly visualizes the entire induction and growth process of kidney organoids.

Cardiac Organoids:Calcium Transient Analysis

The Hiscore EOS live‑cell imaging and analysis system captures every beat of cardiac organoids. The system enables real‑time tracking of dynamic intracellular calcium fluctuations, automatically calculates beating frequency, contraction amplitude and waveform characteristics, and generates heatmaps to evaluate the effects of genetic or pharmacological interventions on the electrophysiological functions of cardiac organoids.

Demonstration of Flow Cytometry-Like Analytical Algorithm forEOS Live Cell Imaging Platform

The EOS live‑cell imaging system is equipped with the One by One single‑cell analysis algorithm. It performs individual segmentation of each cell and quantifies multi‑dimensional fluorescence and morphological parameters, generates scatter plots with one click, and integrates imaging with flow‑like gating analysis. It retains spatial morphological information of cells while delivering high‑throughput cell‑population classification comparable to flow cytometry. Flow‑like quantification can be achieved simultaneously during long‑term live‑cell monitoring, greatly streamlining experimental workflows.

EOS Bright Field: Capture the pulsation of heart muscle cells

EOS bright-field 10x and 20x scopes capture the pulsation of myocardial cells. The pulsation of myocardial cells is the basis for the contraction and relaxation of the heart and an important part of life activities. Studying the pulsation of myocardial cells can help us understand the mechanism of cardiac function and provide a theoretical basis for the treatment of heart diseases.

EOS long-term Imaging: Oocyte division (Bright field)

This video shows the division process of mature oocytes in rats under the bright-field light microscope of the EOS long-term live cell imaging system.

EOS captures the morphological transformation of amoebas (intestinal pathogenic)

The morphological switching between the active and dormant phases of amoebas (intestinal pathogenic) collected by EOS. Take photos every 1 minute for 3 days.

EOS Large Field of View: 80-Field Stitched Long-Term Fluorescence Dynamics

A large timelapse video composed of 80 fields of view showcases the EOS long-term live cell green fluorescence wide-field effect of Hiscore Inc.

EOS1 Presents Real-Time Dynamics of Cell Co-Culture

A Hospital researcher use EOS1 live imaging system to capture interaction between Raw cell and AC cell. The autofocus and cell tracking are accuracy.

Cell Analysis

Single Cell Sequencing

Development and production of vaccine

Drug Research