Matches in SemOpenAlex for { <https://semopenalex.org/work/W4224288836> ?p ?o ?g. }
- W4224288836 endingPage "6003" @default.
- W4224288836 startingPage "5996" @default.
- W4224288836 abstract "Tracking the pH variation of intracellular vesicles throughout the endocytosis pathway is of prior importance to better assess the cell trafficking and metabolism of cells. Small molecular fluorescent pH probes are valuable tools in bioimaging but are generally not targeted to intracellular vesicles or are directly targeted to acidic lysosomes, thus not allowing the dynamic observation of the vesicular acidification. Herein, we designed Mem-pH, a fluorogenic ratiometric pH probe based on chromenoquinoline with appealing photophysical properties, which targets the plasma membrane (PM) of cells and further accumulates in the intracellular vesicles by endocytosis. The exposition of Mem-pH toward the vesicle's lumen allowed to monitor the acidification of the vesicles throughout the endocytic pathway and enabled the measurement of their pH via ratiometric imaging." @default.
- W4224288836 created "2022-04-26" @default.
- W4224288836 creator A5008411328 @default.
- W4224288836 creator A5056398365 @default.
- W4224288836 creator A5059402356 @default.
- W4224288836 creator A5073173035 @default.
- W4224288836 creator A5086625921 @default.
- W4224288836 date "2022-04-04" @default.
- W4224288836 modified "2023-10-18" @default.
- W4224288836 title "Imaging and Measuring Vesicular Acidification with a Plasma Membrane-Targeted Ratiometric pH Probe" @default.
- W4224288836 cites W1785714480 @default.
- W4224288836 cites W1840681509 @default.
- W4224288836 cites W1979283161 @default.
- W4224288836 cites W2003110090 @default.
- W4224288836 cites W2005496979 @default.
- W4224288836 cites W2008738601 @default.
- W4224288836 cites W2012838605 @default.
- W4224288836 cites W2014727170 @default.
- W4224288836 cites W2046128749 @default.
- W4224288836 cites W2047622488 @default.
- W4224288836 cites W2048722243 @default.
- W4224288836 cites W2050560642 @default.
- W4224288836 cites W2058922582 @default.
- W4224288836 cites W2062562477 @default.
- W4224288836 cites W2068807411 @default.
- W4224288836 cites W2076952459 @default.
- W4224288836 cites W2125149488 @default.
- W4224288836 cites W2126662679 @default.
- W4224288836 cites W2129788878 @default.
- W4224288836 cites W2195009031 @default.
- W4224288836 cites W2312836697 @default.
- W4224288836 cites W2324434817 @default.
- W4224288836 cites W2328219368 @default.
- W4224288836 cites W2401710715 @default.
- W4224288836 cites W2405562096 @default.
- W4224288836 cites W2460362280 @default.
- W4224288836 cites W2486931804 @default.
- W4224288836 cites W2512484144 @default.
- W4224288836 cites W2518885831 @default.
- W4224288836 cites W2529267651 @default.
- W4224288836 cites W2550736838 @default.
- W4224288836 cites W2561696664 @default.
- W4224288836 cites W2597620443 @default.
- W4224288836 cites W2617380759 @default.
- W4224288836 cites W2735462337 @default.
- W4224288836 cites W2747121213 @default.
- W4224288836 cites W2755763754 @default.
- W4224288836 cites W2761437386 @default.
- W4224288836 cites W2764111344 @default.
- W4224288836 cites W2805496163 @default.
- W4224288836 cites W2883077614 @default.
- W4224288836 cites W2895853566 @default.
- W4224288836 cites W2898052380 @default.
- W4224288836 cites W2905394311 @default.
- W4224288836 cites W2919109663 @default.
- W4224288836 cites W2950757810 @default.
- W4224288836 cites W2950891082 @default.
- W4224288836 cites W2965700810 @default.
- W4224288836 cites W2967044247 @default.
- W4224288836 cites W2972207122 @default.
- W4224288836 cites W3000011955 @default.
- W4224288836 cites W3000127825 @default.
- W4224288836 cites W3006443325 @default.
- W4224288836 cites W3044450512 @default.
- W4224288836 cites W3094494758 @default.
- W4224288836 cites W3095074933 @default.
- W4224288836 cites W3152603151 @default.
- W4224288836 cites W3153821205 @default.
- W4224288836 cites W3162099068 @default.
- W4224288836 cites W3167461271 @default.
- W4224288836 cites W3195860111 @default.
- W4224288836 cites W3208003697 @default.
- W4224288836 doi "https://doi.org/10.1021/acs.analchem.2c00574" @default.
- W4224288836 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/35377610" @default.
- W4224288836 hasPublicationYear "2022" @default.
- W4224288836 type Work @default.
- W4224288836 citedByCount "11" @default.
- W4224288836 countsByYear W42242888362022 @default.
- W4224288836 countsByYear W42242888362023 @default.
- W4224288836 crossrefType "journal-article" @default.
- W4224288836 hasAuthorship W4224288836A5008411328 @default.
- W4224288836 hasAuthorship W4224288836A5056398365 @default.
- W4224288836 hasAuthorship W4224288836A5059402356 @default.
- W4224288836 hasAuthorship W4224288836A5073173035 @default.
- W4224288836 hasAuthorship W4224288836A5086625921 @default.
- W4224288836 hasBestOaLocation W42242888362 @default.
- W4224288836 hasConcept C12554922 @default.
- W4224288836 hasConcept C130316041 @default.
- W4224288836 hasConcept C134897140 @default.
- W4224288836 hasConcept C1491633281 @default.
- W4224288836 hasConcept C167019083 @default.
- W4224288836 hasConcept C185592680 @default.
- W4224288836 hasConcept C28005876 @default.
- W4224288836 hasConcept C41625074 @default.
- W4224288836 hasConcept C55493867 @default.
- W4224288836 hasConcept C79747257 @default.
- W4224288836 hasConcept C79879829 @default.
- W4224288836 hasConcept C86803240 @default.