Product-optoprobe

(00 44)20-30510723

Monitoring System of Vascular Microcirculation in Vivo

ADAPTIVE OPTICAL TOMOGRAPHY SYSTEM

ANIMAL OCT VASCULAR IMAGING SYSTEM

UTRAMICRO OPHTHALMOL IMAGING SYSTEM

RETINAL IMAGING SYSTEM

ANIMAL SLITLAMP

VISUAL ELECTROPHYSIOLOGICAL INSTRUMENT

REAL TIME MONITORING SYSTEM

MULTISPECTRAL DIGITAL SERIAL SCLICE SCANNER

The high-end multispectral digital serial slice scanner can automatically scan tissue specimens at high speed, digitally store and analyze, and complete the pathological analysis of tissue slices stained by multiple immunohistochemical stains.
UTRAMICRO OPHTHALMOL IMAGING SYSTEM

It is used for the research of disease screening, pathology, pharmacology, pharmacodynamics and other aspects of ophthalmic animal models. It is suitable for quantitative changes and qualitative analysis of retinal structure in various ophthalmic diseases, diabetes, arteriosclerosis, hypertension, stem cell research. Early, real-time and long-term damage-free evaluation can be performed on the microstructure changes of nerve cells, nerve fiber layers, capillaries, etc. in living animals.
ANIMAL OCT VASCULAR IMAGING SYSTEM

As our new generation of ophthalmic optical coherence tomography imaging system, this system can achieve comprehensive in vivo three-dimensional tomographic imaging of the cornea, iris, retina, and choroid, microvascular non-contrast imaging, and precise measurement of the eye axis. Corneal and retinal microvascular examination can realize the independent output and quantitative analysis of each layer of microvessels. The addition of the axial measurement function makes the equipment more powerful, and accurate measurement provides reliable data for the growth and development of the eyes, distance and nearsightedness. These powerful functions provide an intuitive diagnosis basis for ophthalmic diseases, so as to better understand the pathophysiological mechanism of fundus diseases to assist treatment. It is very helpful to the future gene therapy, stem cell therapy development and new drug research and development.
RETINAL IMAGING SYSTEM

Equipped with high-performance LED light source, it can provide light sources of various wavelengths that users need, and it is equipped with a special software system, which can be widely used in small animal retina research.
REAL TIME MONITORING SYSTEM

The eye is the only transparent and visible organ in animal organs. Through the non-destructive high-resolution test of the retina and choroid of the fundus, real-time tracking and measurement of the state of small animals can be achieved, which greatly improves the scientificity and accuracy of drug analysis and disease analysis At present, many diseases (such as hypertension, diabetes, senile disease, etc.) can see related lesions in the fundus retina.
VISUAL ELECTROPHYSIOLOGICAL INSTRUMENT

Visual electrophysiology is an important device for detecting visual function in ophthalmology research. Through electrophysiological examination, visual function can be objectively evaluated, and it is an objective observation index necessary for many researches. Observing visual function in scientific research experiments, electrophysiology is currently the only evaluation index.
ANIMAL SLITLAMP

Animal slit lamp is an indispensable important instrument for eye examination. The animal slit lamp is composed of an illumination system, a binocular microscope, and a high-listed reverse camera. It not only enables the superficial lesions to be observed very clearly, but also adjusts the focus and the width of the light source to form an "optical section", so that the lesions of deep tissues are also Can clearly show up.
ADAPTIVE OPTICAL TOMOGRAPHY SYSTEM

The adaptive optics tomography system can realize the three-dimensional cell-level scanning imaging of the retina, and realize the non-invasive and non-contrast-free high-definition scanning imaging of the retinal capillaries. Its axial resolution and lateral resolution can reach the order of micrometers. The pathogenesis, ultra-early diagnosis, treatment, and drug efficacy evaluation of retinal fundus diseases and related diseases have great application prospects.
MONITORING SYSTEM OF VASCULAR MICROCIRCULATION IN VIVO

Feature： High resolution：Micron level, 1-3mm penetration，imaging of three dimensional tissue in vivo Free of label：No need for contrast agent, the three-dimensional high resolution microvascular imaging can monitor the pathological changes of various vascular disease models Fast speed：Fast tomoscan at 350 fps Wide usage：Microvascular imaging can be performed on various tissues and organs, such as brain tissue, skin, bone ( skull, femoral condyle, surrounding soft tissue, etc. ), viscera ( liver, kidney, uterus, intestine, etc. ), tumors, etc. It can also be applied to a variety of animal models such as human, mouse, zebrafish, quail eggs, etc.