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MOIS Series --- HTP / HT / HTX
Introduction
The MOIS Series (HTP / HT / HTX) delivers high-performance in vivo imaging for small animal studies across oncology, immunology, pharmacology, and stem cell research.
With a back-illuminated CCD (≥90% quantum efficiency) and cooling capacity up to -90°C, MOIS ensures exceptional sensitivity for low-light applications. The fluorescence module features up to 26 narrowband filters and advanced spectral unmixing algorithms, improving multi-color accuracy and quantification.
Supporting a range of imaging fields from 2.5 × 2.5 cm to 25 × 25 cm, the system adapts to localized or whole-body needs. Built-in correction technologies—including bias, flat-field, background suppression, and cosmic ray removal—ensure consistent, reproducible results, ideal for high-standard in vivo research workflows.
Advantages
- Ultra-High Sensitivity
- Broad Spectral Compatibility
- Reliable Multimodal Imaging
- Quantitative Accuracy
- Scalable Field of View
- Data Consistency
Applications
- Cancer
- Drug Development
- Immunity & Stem Cells
- Developmental Biology
- Neuroscience
- Genetics & Molecular Biology
Features
- Equipped with a back-illuminated, -90°C depth-cooled CCD camera to effectively reduce background noise.
- Features a quantum efficiency of > 90%, with special coating processing on the chip to ensure high sensitivity in the 500-700nm range.
- F/Stop≤ 0.95.Lens collects more photons per unit time, capturing finer details and less noise.
- Covers a wide wavelength range of 400-900 nm, suitable for variouscommonly used dyes and probes in scientific research scenarios.
- Includes standard equipment with 19 excitation filters and 7 emission narrow band filters, ensuring a pure signal to avoid color crosstalk and provide realistic data.
- The calibrated light source meets NIST standards for absolutebioluminescence quantification, ensuring consistent results across imaging parameters.
- Excitation light intensity uniformity guarantees consistent strength across various fields of view, enhancing the reliability of fluorescence data collection.
- Field of view (FOV) ≥ 25cm × 25cm, enables simultaneous monitoring of at least 5 animals.
- Equipped with a 5-channel anesthesia tray and active scavenging masks to prevent anesthetic gas leakage.
Specifications
| Module | Parameters | MOIS HTP | MOIS HT | MOIS HTX |
| Imaging Modules | Fluorescence Imaging Module | √ | √ | √ |
| Bioluminescence Imaging Module | √ | √ | √ | |
| Spectral High-Resolution Imaging | √ | √ | √ | |
| X-Ray Module | × | × | √ | |
| Upconversion Fluorescence Imaging (UCFI) Module | Expandable & Upgradeable | |||
| Detector | Camera Type | Back-illuminated sensor, Scientific-grade CCD | ||
| Operating Temperature | -70℃ | -90℃ | -90℃ | |
| Pixel Count | 1024×1024 | |||
| Aperture (F-Stop) | ≤ 0.95 | |||
| Minimum FOV (Field of View) | 2.5cm × 2.5cm(optional) | |||
| Maximum FOV | 25cm × 25cm | |||
| Quantum Efficiency | ≥90%（500–700nm） | |||
| Laser System | Broadband Light Source | 150W Halogen-tungsten broadband | ||
| Guide Laser | Real-time FOV center display for positioning | |||
| Filters | Excitation Filters | 19 | ||
| Emission Filters | 7 | |||
| Software | Real-time Acquisition System | Supports real-time image acquisition with light prompts, time series module, communication connection, and bioluminescence/fluorescence multi-mode imaging switching. Synchronous acquisition module supported. | ||
| Offline Analysis Workstation | Support image analysis, time spectrum analysis module, need to be authorized by molecular software quantitative module | |||
| Environmental Control | Multi-Animal Imaging Chamber | 5 channels | ||
| Temperature Module | Temperature control range: 20-40 ℃, accuracy: ±0.1℃ | |||
| Anesthesia System | Anesthesia gas control:iso concentration: 0.5%-5% adjustable | |||
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