Application: Tetramethyl-rhodamine hyaluronic acid (TR-HA) has similar applications to those described for fluorescein hyaluronic acid but has certain advantages. As mentioned earlier, the fluorescence of tetramethylrhodamine is less dependent on pH than FITC-labels. Also the longer emission wavelength avoids interference from background images in experimental environments. Invasive growth into brain tissue employing TR-HA and 2-photon imaging has been described. Morphology: White powder |
Synonyms: HA, Hyaluronan, Hyaluronate, Sodium hyaluronate, Poly(b-glucuronic acid-[1?3]-b-N-acetylglucosamine-[1?4]); a-?UA-(1?27)-GlcNAc; sodium hyaluronate powder, hyaluronic acid; hyalobarrier gel; haluronic acid; hyaluronic acid sodium; hyaluronic acid na-salt; |