-
E-mail
wulinghuimin@126.com
-
Phone
13482574326
-
Address
Shanghai Gonghe New Road Baoshan Wanda
Product Categories
Shanghai Wuling Optoelectronics Technology Co., Ltd
Japanese Shimadzu LABNIRS near-infrared brain imaging system
NegotiableUpdate on 04/27
- Model
- Nature of the Manufacturer
- Producers
- Product Category
- Place of Origin
Overview
LABNIRS is a functional near-infrared light brain imaging system (research type) that evaluates changes in the composition of oxygenated and deoxygenated hemoglobin in the cerebral cortex using safe near-infrared light. The degree of restriction on the participants' activities during testing is relatively small, ensuring that they can undergo brain function testing while engaging in activities similar to those in daily life. LABNIRS also has extended functions, such as synchronous measurement with EEG, real-time data transmission, etc., providing support for the research of brain function in a wider range of fields. The LABNIRS system has three major features: 1. Reliable performance a. Multi channel, high-density data acquisition b. High speed sampling, greatly improving the time resolution of near-infrared optical brain imaging technology (fNIRS) c. Wavelength absorbance calculation, photomultiplier tube as a detector, achieving high-sensitivity data acquisition 2. Easy operation a. Intuitive and user-friendly user interface b. Simple keyboard operation to complete data acquisition and analysis process 3. Powerful expansion a. Comprehensive and diverse optional accessories provide strong support for acquisition needs b. Acquisition channels can be added according to experimental requirements c. According to different expansion needs, it can be combined with EEG, eye movement, MRI and other equipment for use
Product Details
•New fiber cap system
Fiber optic caps that can be flexibly adjusted according to needs can be suitable for different curve head shapes, not only for adults but also for children of different ages. There are four types of optical fibers to choose from:
1. Top area fiber optic cap - measuring the top area of the head
2. Temporal fiber optic cap - measures the areas on both sides of the head, with optional fiber optic caps covering the back and front of the head 3. Full head fiber optic cap - measure the entire head 4. Forehead fiber optic cap - measuring the forehead area •The graphical user interface makes the operation simpler An intuitive and user-friendly interface can complete complex measurements, and data analysis can be achieved with simple buttons.
•Measurement Mode
1. Fiber optic layout is clear at a glance
2. The fiber arrangement settings during the collection process can be reflected in the trend chart and imaging chart.
•analysis pattern
1. Comprehensive data processing capabilities
Provide various data analysis and processing, including independent principal component analysis (ICA), frequency filtering, task addition, channel adjustment, centroid and integral analysis.
2. Powerful statistical analysis capabilities The algorithm based on the General Linear Model (GLM) can easily obtain statistical analysis results and evaluations of measurement points. 3. Multi distance measurement function Combined with close range measurement, reduce scalp blood flow and eliminate the influence of other redundant signals. 4. Batch processing function Pre setting analysis steps and implementing batch processing of data greatly improve analysis efficiency. 5. Data output function Supports data output in text document format (compatible with NIRS-SPM).
Expanded and Powerful (Optional) Video recording system Stimulus presentation system Fiber optic expansion EEG synchronous measurement MRI fusion software 3D positioning measurement system (magnetic) Real time data transmission system
The LABNIRS functional near-infrared optical brain imaging system can be applied not only in drug development and medical research, but also in many disciplinary fields, including basic research, information science research, and educational psychology research. The system has complete optional components, which enable it to meet the rapidly growing research needs of these disciplines.
EEG synchronous measurement system (optional)
NIRS can be synchronously measured with EEG. LABNIRS high-speed sampling can effectively synchronize EEG measurements. MRI fusion software (optional) 3D information imaging can be overlaid on top of individual MRI images. Using a whole brain FLASH bracket to achieve whole brain imaging. Real time data transmission function (optional) Support biofeedback and brain computer interface (BMI) for experimental subjects, and control peripheral devices through real-time transmission of data to the computer for data acquisition. Stimulus presentation system (optional) Accurately control the presentation time of visual and auditory stimuli. Video recording system (optional) During the measurement process, the physical movements of the experimental subjects are synchronously recorded to achieve video recording in a natural environment.
