Colorimetric detection of pyrophosphate in aqueous solution by pyrogallol red-based Zn2+ complex in the presence of poly(diallyldimethylammonium chloride)

Colorimetric sensing of H2PO4− using a Pb2+ complex of a pyridylazo dye in aqueous solution

“…Optical chemosensors for the sensitive and selective detection of environmentally and biologically relevant anions have attracted considerable interest in various clinical, biological, and environmental fields. [1][2][3][4][5][6][7][8][9][10][11][12][13][14] Among biologically functional anions, phosphates are of great significance because of their vital roles in biological processes such as gene regulation, energy storage, and cellular signalling. [15][16][17] Phosphates are also essential components of lipid phosphate, nucleic acid polymers DNA and RNA, high-energy phosphate compounds adenosine triphosphate (ATP), teeth, and bone matrix.…”

“…Optical chemosensors for the sensitive and selective detection of environmentally and biologically relevant anions have attracted considerable interest in various clinical, biological, and environmental fields 1–14 . Among biologically functional anions, phosphates are of great significance because of their vital roles in biological processes such as gene regulation, energy storage, and cellular signalling 15–17 .…”

Microwave-assisted synthesis of green fluorescent copper nanoclusters: a novel approach for sensing of hydroxyl radicals and pyrophosphate ions via a “turn-off–on” mechanism

“…Several techniques have been devised for the sensing of ˙OH and PPi such as fluorescence spectroscopy, 9,10 chemiluminescence-derived methods, 11,12 electrochemical biosensors, 13,14 colorimetry 15,16 and various other approaches. Fluorescence-based approaches stand out among them because of their simplified use, noninvasive nature and high sensitivity.…”

“…7 As a result, PPi recognition and quantification is crucial for diagnosing disorders; for example, calcium pyrophosphate dihydrate (CPPD) crystal deposition and chondrocalcinosis disease. 8 Several techniques have been devised for the sensing of OH and PPi such as fluorescence spectroscopy, 9,10 chemiluminescence-derived methods, 11,12 electrochemical biosensors, 13,14 colorimetry 15,16 and various other approaches. Fluorescencebased approaches stand out among them because of their simplified use, noninvasive nature and high sensitivity.…”

Zinc‐Terpyridine Based Chemosensor for Detection of Pyrophosphate Anion in Aqueous Medium

“…In the last few decades, substantial focus invested in designing chemosensors with optical responses for anion sensing which play a key role in various biological processes. [1][2][3] In particular, pyrophosphate (PPi, P 2 O 7 4À ) anion is significantly important as it is an essential anion for normal cell functioning due to its involvement in various bioenergetics and metabolic processes, including cellular signal transduction, DNA replication, protein synthesis. [4][5][6] PPi can also be used to monitor the telomerase elongation process in the diagnosis of cancer, in real-time sequencing of DNA.…”