Sino Biological Inc. hase commit to developing a variety of antibodies, including Immunohistochemistry / IHC antibody, Flow Cytometry / FACS antibody, Immunofluorescence / IF / ICC antibody, Immunoprecipitation / IP antibody, Western Blot / WB antibody and ELISA antibody. Each application of the antibodies is a rigorous screening and quality control testing. Sino Biological Inc. has developed 1700 high quality Immunofluorescence / IF / ICC Antibodies which have been test strictly. The test images of the Immunofluorescence / IF / ICC Antibodies are shown on website for the user's reference.
Immunofluorescence / IF / ICC antibodies of Sino Biological Inc. have six main characteristics. The first one is that the antibodies have better affinity and sensitivity than Immunofluorescence / IF / ICC antibodies of other leading brands. Immunofluorescence / IF / ICC antibodies of Sino Biological Inc. have been validated by multiple cell types when the antibodies been test. Some Immunofluorescence / IF / ICC antibodies have been further verification by strict negative controls. Sino Biological Inc. has good cofocal platform for detection of Immunofluorescence / IF / ICC antibodies that ensure the pictures and images are fine and clear. Sino Biological Inc. has other test platform for antibody test which can confirm Immunofluorescence / IF / ICC antibodies based on other mechanism.
Immunofluorescence / IF / ICC antibodies have been confirm by antigen blocking assay base on Sino Biological Inc. 's large antigen library
Immunofluorescence technique is one of the earliest developing techniques in the labeling of immune system, and is a technique based on the immunological, biochemical, and microscopic techniques. Fluorescence microscopy is a tool for the detection of fluorescence, which plays an important role in the experimental results. Good fluorescence microscopy can be a better and more clear fluorescence results.
There are many unique advantages compared with the conventional field illumination microscope, including the control of focal depth, illumination intensity, and reduce the noise interference of the non focal plane, and obtain the optical sections from a certain thickness of the specimen, which is both CT. For ordinary light source, the interference of the non focal plane information is inevitable, but the core technology of the co focus is to remove the non focal plane information of a certain thickness specimen by using the spatial filtering technique. The rapid development of confocal microscopy in the field of scientific research, the main reason is that it can be observed in the production method without changing the ordinary fluorescent microscope, can be observed very clear high quality images, and by confocal microscopy can be very convenient to observe live cells or tissues. Confocal technology has become one of the most important optical microscopy technology achievement.
There are two main types of immunofluorescence imaging: fluorescence microscopy and confocal microscopy. The focus of the most core technology is to remove the non focal plane information of a certain thickness specimen by using the spatial filtering technology, the optical microscope (CT) can reduce the interference and improve the imaging quality.