GBR-FSR
Non-invasive, high speed camera, analysis 30 juvenile at the same time
Product Description
The Zebrafish Auditory Startle Response Testing System (FSR) provides pure acoustic stimulation to juvenile zebrafish to produce a startle reflex. The test system can produce different frequencies of stimulation sounds, so that zebrafish juveniles can receive different degrees of stimulation in a relatively quiet environment, which can be used to test the auditory development and hearing loss of zebrafish juveniles, and can also be used for drug screening tests.
Unparalleled Advantages
High Standardization and Reproducibility: Guarantees the consistent and uniform evaluation of each experimental subject under precisely replicated conditions. This not only enhances the reproducibility of experimental outcomes but also enables seamless comparison and verification of research results across different experimental batches and research laboratories. Such standardization is the cornerstone of reliable scientific research and accelerates the translation of zebrafish research findings into broader biomedical applications.
Enhanced Efficiency and Productivity: Leveraging the rapid growth and prolific reproduction characteristics of zebrafish, in conjunction with a streamlined test cycle and highly efficient data acquisition mechanisms, researchers can expeditiously obtain experimental results. This accelerated pace of research not only expedites the discovery process but also permits a greater number of experimental iterations and investigations to be conducted within a defined time frame, thereby maximizing research output and productivity.
User-Friendly Operation and Minimized Subjectivity: Boasts a straightforward and intuitive operational protocol that can be executed through a series of simple and easily comprehensible steps. Even novice users can rapidly acclimate and proficiently operate the system. Moreover, the system's autonomous and intelligent recognition capabilities for specific symptoms and behavioral nuances significantly curtail human-induced interference and subjective biases. This ensures the generation of highly accurate and objectively reliable data, which is essential for drawing valid scientific conclusions and making informed research decisions.
Seamless Data Management and Analysis: Automatically generates comprehensive and detailed data reports and graphical visualizations, which are readily amenable to further advanced statistical analyses. Scientists can effortlessly extract and decipher valuable insights from the copious amounts of data, thereby streamlining the data processing pipeline and conserving substantial amounts of valuable time and intellectual resources. This efficient data management and analysis framework empowers researchers to focus on the core aspects of their research, namely, hypothesis formulation, experimental design, and result interpretation.
Key Applications
Auditory Development and Hearing Loss Evaluation: Facilitates the precise and accurate assessment of the auditory ontogeny and the detection of any latent hearing deficits in juvenile zebrafish specimens. This application is of paramount importance in understanding the developmental trajectory of the zebrafish auditory system and in identifying potential auditory pathologies at an early stage.
Drug Screening Assays: Serves as an invaluable and indispensable instrument for screening and evaluating the impact of pharmacological agents on the zebrafish auditory system. By systematically exposing zebrafish to different drugs and monitoring their auditory responses, this system provides a robust platform for drug discovery and preclinical research.
Product Parameters
*High-speed camera system
Video capture quality 1080p 120 fps
Lighting effect: 950nm infrared illumination
*The way the stimulus sound is produced
The stimulus frequency is adjustable from 1Hz to 20kHz
Tone-burst stimulation mode
*Zebrafish startle response analysis software system
Neural network image analysis software
Up to 30 juvenile trajectories were analyzed at the same time
This testing system finds extensive and diverse applications in various subfields of developmental biology, including but not limited to cell lineage tracing and analysis, mutation identification and characterization, saturation permeabilization studies, gene transfer investigations, and the construction of gene linkage maps. It represents an essential and integral asset for any zebrafish research endeavor, whether it is situated within the hallowed halls of academic institutions or the dynamic and competitive landscape of industrial research and development.
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