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Free-behaving Animal Stable &
Real-time Imaging
Three-dimensional Imaging
at Different Focal Planes
PORTABLE CELL MICROSCOPE IMAGING SYSTEM
SUPERNOVA-100
Miniature Two-Photon Microscope
FIRM-TPM is a miniaturized microscope without sacrificing imaging resolution, speed, fluorescence signal and imaging stability. It is the first microscope being able to capture dynamic image from neural or single spines in freely moving mice worldwide. This innovation was awarded "Method of The Year 2018" with other free-moving animals imaging methods by Nature Methods, and it won such a title”a revolutionary new tool for neuroscience research."
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The fast high-resolution miniature two-photon microscope (FIRM-TPM) acquires the first batch of cellular-resolution imaging data of single neurons and spines in freely behaving mice all over the world.
This head-mounted microscope can capture calcium dynamics of neurons and spines in awake mouse, effectively transmit 920-nm femtosecond laser pulses to obtain GFP or GCaMP signal, and track the same nueronal population in the same brain region accross multiple days or weeks. Particularly, it can not only be integrated with a Z-scanning module for three-dimensional imaging and multi-plane imaging in the study of neural circuitry, but can also be combined with optogenetics to precisely manipulate neural activity. FIRM-TPM has been widely used in in vivo imaging, especially in the field of neuroscience, and its application has been well extended to the fileds like skin imaging, stem cell study, diagnosis and treatment of diseases, etc.
Learn more>Based on our expertise in the R&D and production of miniature two-photon microscope, we offer advanced optoelectrinic product series, which includes 1030 femtosecond fiber laser, 1560 femtosencond fiber laser, ect.
We offer a product line of miniature microscope relevant parts for in vivo imaging that uses the wearable microscope.
Based on the self-developed miniaturized two-photon microscopic imaging technology, the cutting-edge technology in the field of brain science is re-applied. Submicron microscopic imaging system for skin biological cells, 2.2g ultra-light microscopic probe for convenient detection; special ultra-soft optical fiber, lossless signal transmission; femtosecond pulse laser, efficient and safe excitation; aerospace-level system, fast acquisition, real-time imaging. Cells, elastic fibers, collagen fibers, and metabolic information are intuitively visible. Safe and reliable, portable and minimalist, providing you with in-vivo, in-situ, non-invasive, label-free micro-nano-scale microscopic imaging
Learn more>Miniature two-photon microscope (SUPERNOVA-100) is a new product from Transcend vivoscope, based on miniature two-photon microscope (FHIRM-TPM) which combines the basic principles of confocal microscope and two-photon excitation in freely behaving animals. SUPERNOVA-100 provides complete solutions for in vivo Imaging, revolutionising neuroscience research.
Imaging neurons and synapses in the brain of free-moving animals with the resolution of a benchtop two-photon microscope, providing neuroscientists with a revolutionary new tool and opening up a new paradigm of neuroscience research. The easy-to-wear headpiece of SUPERNOVA-100 makes real of in vivo imaging in free-moving animals. SUPERNOVA-100 can be used in cognition, attention, sensory motor integration researches and a variety of studies in neural circuitry and neurological diseases.
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Tel：+86 10 6254 6960
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Postcode：211800
Tel：+86 400 998 9826
E-mail：info@tvscope.cn
Tel：+86 400 998 9826
E-mail：service@tvscope.cn
Method of the Year 2018
China's Top Ten Scientific Advances in 2017
China's Top Ten Progress of Optics in 2017
China's Top Ten Medical Technology News of the year In 2017
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