Company Categories: Drug Discovery, Laboratory Equipment and Preclinical Toxicology
Visual Neuroscience Research Equipment
DetailsStriatech is a global leader in the development and distribution of innovative visual neuroscience research equipment.
The company’s groundbreaking systems and devices are revolutionising the field of visual neuroscience by providing researchers and scientists from leading pharmaceutical, biotechnology, research laboratories and academia with the tools they need to propel discoveries, advance preclinical studies, and forge new paths in therapeutic development.
Visual Neuroscience Research Equipment
Specialising in breakthrough systems and devices with unrivalled reliability and objectivity, particularly in measuring the vision of laboratory animals for ophthalmological drug development, Striatech’s products are a game-changer in visual neuroscience and drug discovery.
Striatech’s pioneering systems portfolio is designed to meet the complex demands of neuroscience research, offering high-precision tools like the OptoDrum and AcuiSee for in vivo assessments of visual performance in laboratory animals, as well as the Photorefractor and Keratometer for detailed ocular assessments, and the ScotopicKit and DarkAdapt for specialised scotopic studies.
Measuring Visual Performance in Mice
The unique OptoDrum device for automated measurement of visual performance in mice and rats is a beacon of innovation, streamlining the process with unparalleled efficiency.
Fulfilling the critical need for dependable and objective in vivo assessment of visual acuity and contrast sensitivity in mice and rats, the OptoDrum system sets a new standard in ophthalmology research. Automated measurement of visual performance in mice is a breakthrough that greatly accelerates research while guaranteeing objective and reproducible outcomes.
Unlike traditional behavioural and electrophysiological methods which are often time-consuming and invasive, the OptoDrum system is based on the optomotor reflex, which does not require fixation or surgery. The non-invasive nature and complete automation of the OptoDrum system are a game-changer, allowing for the frequent and harmless testing of subjects. The user-friendly OptoDrum system and software negate the need for extensive training of both animals and personnel, translating into substantial savings of time and resources, a crucial factor in the competitive drug discovery landscape.
OptoDrum is particularly valuable in ophthalmology to assess visual acuity and contrast sensitivity, as well as to track retinal degeneration and evaluate innovative treatment options like stem cells and optogenetics. It is also essential for efficacy and safety testing of novel ophthalmic drugs. In disease models, researchers can monitor the progression of conditions such as retinal degeneration, glaucoma, multiple sclerosis, stroke and diabetes. In toxicology, the system screens for vision defects and tests the effects of stress and neurotoxic substances. In phenotyping it is used to evaluate new genetic lines for visual dysfunctions.
Visual Acuity Testing of Lab Animals
The AcuiSee system stands out as a breakthrough device that automatically determines the visual abilities of a wide range of laboratory animals. Employing operant conditioning, AcuiSee offers a fully automated and reliable analysis to quickly and objectively find visual acuity and contrast sensitivity.
This system is significant for in vivo preclinical research, where precise and non-invasive methods are paramount. AcuiSee’s ability to deliver high-throughput objective results without invasive procedures makes it an invaluable asset in the pharma industry. It streamlines the workflow process providing unrivalled convenience, allowing researchers to focus on the interpretation and application of data rather than the complexities of data collection.
The system is a pivotal innovation in visual neuroscience. Like the flagship OptoDrum system, the AcuiSee system is invaluable for in vivo research, excelling in ophthalmology, pharmacology, disease models and toxicology studies. Furthermore, AcuiSee’s capabilities extend to cognitive behaviour studies, providing insights into the effects of visual impairments on cognitive functions. This comprehensive device is indispensable for researchers aiming to push the boundaries of understanding and treating visual disorders.
Myopia Research Devices
Striatech’s Photorefractor and Keratometer are innovative devices in the field of vision research, particularly in the study of myopia. The Photorefractor device automatically measures the refractive state of the eye in small, alert laboratory animals, using an infrared eccentric photorefraction method. It is utilised by researchers from leading laboratories to advance their understanding of the development of myopia and the effectiveness of potential treatments. The Keratometer device also uses an indirect method to monitor eye growth but it is focused on monitoring the radius of the corneal curvature.
These devices are essential for researchers studying the mechanisms of eye growth, the interaction between myopia and other diseases, the influence of external stimuli on the development of myopia, and the pharmacology of myopia prevention. They provide a uniquely fast, automated, and objective way to gather data, even in moving animals, which is vital for advancing research in vision disorders and developing new therapeutic strategies.
Scotopic Vision Research Tools
Striatech’s ScotopicKit and DarkAdapt tools are key advancements in vision research under low-light conditions. The ScotopicKit, an accessory for the OptoDrum, enables researchers to conduct optomotor testing in dark-adapted animals, crucial for understanding rod photoreceptor functions and night vision. It includes filters to simulate near-darkness conditions, enabling the study of scotopic vision and assessment of visual thresholds.
The DarkAdapt is a specialised box that ensures hassle-free dark adaptation while maintaining complete light-tightness, even in well-lit laboratory environments. This controlled environment for dark adaptation ensures that animals are properly prepared for experiments without light interference. These tools offer a sophisticated solution for researchers studying visual processes under scotopic conditions, enhancing the accuracy and scope of their findings in visual neuroscience.
About Striatech
Headquartered in Germany, Striatech is a pioneering company specialising in the development and distribution of innovative equipment for visual neuroscience research. The company stands at the forefront of breakthrough neuroscience technology that combines easy handling and innovative analytical methods.
Founded by a team of vision scientists as a spin-off from the University of Tübingen, Striatech’s mission is to advance the understanding of vision through its state-of-the-art devices and contribute to the healing of visual disorders and blindness across the world.
Striatech’s sophisticated devices and tools for in vivo preclinical research are a pivotal ally for researchers in the quest for pharmaceutical breakthroughs, embodying the spirit of innovation that drives the industry forward.
Products
In Vivo Assessment of Visual Performance in Mice
The unique OptoDrum device for automated in vivo assessment of visual performance in mice and rats offers unmatched capabilities for vision researchers. By leveraging …
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Device for Visual Acuity Testing of Laboratory Animals
The cutting-edge AcuiSee device for visual acuity testing of laboratory animals stands out as a breakthrough in the realm of visual neuroscience research technology …
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Photorefractor Device for Myopia Research
The Photorefractor is an innovative device designed to automatically measure the refractive state of the eye of small, alert laboratory animals. This unique device …
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Keratometer Device for Measuring Corneal Curvature
Striatech’s Keratometer is an innovative device for automated measuring of corneal curvature in alert small laboratory animals. This cutting-edge device provides fast, objective and …
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ipRGCs as Early Biomarkers for Neurodegenerative Disease Detection
Groundbreaking Research Highlights ipRGCs as Promising Biomarkers for Neurodegenerative Diseases A Striatech .pdf Case Study OptoDrum plays a key role …
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Neuroprotective Potential of Vitamin C Identified for Glaucoma Treatment
New Research Highlights the Potential of Vitamin C in Protecting Vision for Glaucoma Patients A Striatech .pdf Case Study OptoDrum, …
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Striatech to Exhibit and Host Q&A Sessions at ARVO Meeting 2024
Striatech is excited to exhibit at the upcoming annual ARVO Meeting in Seattle, Wash, which will be held between the …
Read MoreContactStriatech GmbH
Vor dem Kreuzberg 17
D-72070 Tübingen
GermanyPhone: +49 7071 53 9130
