Non-Functionalized Dyes

4CzIPN CAS No.: 1416881-52-1 CAT: R12-0005 INQUIRY
Texas Red-X CAS No.: 199745-67-0 CAT: R12-0004 INQUIRY
K18-TMR-Hepcidin CAT: R12-0003 INQUIRY
sulfo-Cyanine7.5 dimethyl Purity: NMR 1H, HPLC-MS (95%) CAT: R12-0002 INQUIRY
BODIPY 493/503 CAS No.: 121207-31-6 Purity: ≥98% CAT: R12-0001 INQUIRY
sulfo-Cyanine5 dimethyl CAT: F03-0040 INQUIRY
Cyanine7.5 dimethyl CAT: F02-0120 INQUIRY
(E,E)-3,5-Bis(phenylethenyl)-BDP lipid stain CAS No.: 148185-53-9 CAT: F01-0274 INQUIRY

Background

BOC Sciences is committed to providing customers with high-quality non-functionalized dyes.

Non-functional dyes generally refer to organic dyes and pigments that do not have special properties, and only use the characteristics of various colors produced by the dye itself under light irradiation to dye the sample. It is often used as a basic marker for animal and plant cells to better observe the morphology and location of cell tissues.

Characteristics of Non-functional dyes

The characteristics of non-functional dyes include that, first of all, non-functional dyes are easy to prepare and are usually purified from extracts of animal and plant pigments. Secondly, non-functional dyes are easy to operate and have good biocompatibility. Finally, non-functional dyes have a wide range of applications, are not confined to a single category, and are cheap.

Application of Non-functional dyes

Common non-functional dyes have a wide range of applications in biology and provide help for biomedical experiments or some physical and chemical experiments.

For example, the common natural non-functional dye magenta is extracted from a tropical female cochineal after drying, grinding into powder. It is commonly used in embryology for overall staining, nuclear staining, titration, ammonia solution indicator, microanalysis, fluorescence analysis, dyes, food coloring, etc.

At the same time, some synthetic non-functional dyes also play an important role. Like methyl blue, which is well known, it is widely used in the production technology of animals and plants. He can dye nerve cells together with eosin, which is also an indispensable dye in bacterial production. Its aqueous solution is the living dye of protozoa. Methyl green, different from methyl blue in color, is a green powdered alkaline dye, which is soluble in water (solubility 8%) and alcohol (solubility 3%). Methyl green is the most valuable cell and dye. It is often used to dye chromatin in cytology. Together with eosin, it can be used to dye plant xylem. It can be seen that non-functional dyes have broad application space and can be used for dyeing and labeling in many fields, but they lack specific dyeing for a specific position.

Fluorescent Services

Fluorescent Beads Bright, uniform microspheres for calibration and tracing.
Fluorescent Nanoparticles Stable, bright nanoscale probes for imaging and sensing.
Fluorescent Proteins Genetically encoded fluorescent markers for live-cell imaging.