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a phenomenon exhibited by many of the sea’s zooplankton. Bioluminescence is the production of cold light through internal biological processes, as opposed to phosphorescence or fluorescence, both of which are re-emitted light that was initially ...
At night along the sea’s edge, the ocean sometimes seems to glow, as if lit from within. This glow is the result of bioluminescence, a phenomenon exhibited by many of the sea’s zooplankton. Bioluminescence is the production of cold light through internal biological processes, as opposed to...
Bioluminescence is the natural phenomena of light production by living organisms. Generally, light is generated by a chemical reaction (oxidation) of a luciferin (substrate) by a luciferase (enzyme) in the presence of oxygen, or an involvement of photoprotein, a kind of stable substrate-enzyme ...
This glow is the result of bioluminescence, a phenomenon exhibited by many of the sea’s zooplankton. Bioluminescence is the production of cold light through internal biological processes, as opposed to phosphorescence or fluorescence, both of which are re-emitted light that was initially absorbed ...
is limited by the poor solubility and bioavailability of the NanoLuc substrate furimazine. Here, we report a new substrate, hydrofurimazine, whose enhanced aqueous solubility allows delivery of higher doses to mice. In the liver, Antares with hydrofurimazine exhibited similar brightness to AkaLuc ...
The cell proliferation of U87, however, was attenuated only by the media with high level of Aβ. Although Aβ circulates in peripheral organs through the whole body, it is equally important to examine any effect of Aβ containing CM on brain tumor cells due to the fact that Aβ ...
AkaLumine is an artificially synthesized analog of D-luciferin8. In addition, AkaLumine-HCl was developed to improve water solubility9. The maximum emission wavelength produced by the reaction between Luc and AkaLumine-HCl is 677 nm in the near- infrared region, indicating high tissue permeability....
at 0 mm. The bioluminescence is produced by the mixture of GP-Si-BPs (0.06 mM), D-luciferin (150 µM) and ATP (10 µM). Data are presented as mean values +/− SD (n = 3).gThe photothermal heating images of PBS, GP-Si-BPs under the irradiation of 808-nm...
(Supplementary Fig.19). It is worth noting that this time period is much shorter than that in previous xenografted tumor model. This should be attributed to the discrepancy in nanoprobe transport capabilities caused by the difference in tumor growth stage (Fig.7hand Supplementary Fig.16) and ...