Product synthetic-chemistry-aie

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Catalog	name	Description	price
R-C-331	TPE-2SO3Na	Aggregation induced luminescence (AIE) molecule is a kind of compound with special fluorescence characteristics.The fluorescence intensity of this compound is weak in the single molecule state and enhanced in the aggregation state.This unique luminescence phenomenon is due to the fact that the intramolecular rotation of AIE molecules is hindered in the aggregation state,which inhibits the decay of non radiative energy and leads to the enhancement of fluorescence intensity.	price>
R-C-332	TPETA	Aggregation induced emission (AIE) refers to the phenomenon that a kind of molecules that do not emit light or have weak light in solution can enhance their luminescence after aggregation.Fluorescence imaging is a very important imaging mode and has the prospect of clinical transformation.Compared with traditional visible light (400-700 nm) and nir-i (700-900 nm),nir-ii (1000-1700 nm) has smaller scattering and stronger penetration in biological tissues,which is conducive to improving the imaging depth and spatial resolution of deep tissues.	price>
R-C-333	TPA propargyl ketone	Aggregation induced emission (AIE) is a kind of phenomenon that molecules in solution which do not emit light or have weak luminescence enhance their luminescence after aggregation.Aie products are used in chemical sensors, biosensors,biological imaging and other fields.	price>
R-C-334	TPABDFN	Preparation and biological application of polymer matrix induced fluorescence enhanced near infrared fluorescent nanoparticles two kinds of fluorescent molecules tpabdfn and 2tpabdfn with aggregation enhanced fluorescence (AEE) properties were designed and synthesized.The maximum emission peaks of tpabdfn and 2tpabdfn are in the near infrared region of 691 nm and 702 nm,respectively, and their solid-state fluorescence quantum efficiencies are 5.9% and 19.1%, respectively.These two kinds of molecules also have Stokes shift of about 200 nm. These excellent properties show that they have high application value in the field of biology.	price>
R-C-335	TVP	Triphenylvinyl (TPV)-substituted bisthiazole 4 and tetraphenylvinyl (TPE)- substituted triphenylamine functionalized oxazole 5 were designed and synthesized by palladium catalyzed Suzuki cross coupling reaction.Tpv4 exhibits aggregation induced emission (AIE) behavior,while tpe5 exhibits aggregation induced quenching (ACQ) due to π-π stacking.	price>
R-C-336	DSAI	Using aggregation induced emission (AIE) active molecule dsai as probe and water-soluble carbon nanotubes as selective platform,a label free optical platform for SNP detection was designed by fluorescence quenching effect.The interaction between dsai and DNA molecules in solution leads to strong fluorescence.In order to distinguish wild DNA from single nucleotide mutated DNA,we induced water-soluble carbon nanotubes as effective fluorescence quenching materials.The interaction between dsai and wild DNA is very strong,so dsai molecules can not be pulled out from wild DNA,and the fluorescence remains unchanged.The interaction between dsai and SNP DNA is relatively weak.Water soluble carbon nanotubes can pull multiple dsai molecules out of SNP DNA through strong electrostatic interaction,resulting in partial fluorescence quenching of DNA.	price>
R-C-337	AIE:DSAC2N	Aggregation induced emission (AIE) in fluorescence bioanalysis,the discovery of AIE phenomenon is the development of new biological fluorescent probes.	price>
R-C-338	TB1	TB1;AIE two region aggregation induced luminescence material AIE two region luminescence,λ em: 975 nm,Aggregation induced emission (AIE) in fluorescence bioanalysis,the discovery of AIE phenomenon is the development of new biological fluorescent probes.	price>
R-C-930	TTVP	TTVP (Tris (4-vinylphenyl) vinylphosphine) is a water-soluble red fluorescent material, while AIE represents Aggregation Induced Emission. Therefore, TTVP water-soluble red AIE aggregation induced luminescence material refers to a material that utilizes the molecular characteristics of TTVP to induce aggregation induced luminescence in a water-soluble environment.	price>
R-C-769	AIE:TPABDFN	In the field of biological imaging,far red/near infrared fluorescence has great advantages.Because far red and near-infrared fluorescence is less harmful to human body,and can be used for deep tissue imaging.Moreover,the biological tissue has little self absorption to far red and near infrared fluorescence.It has large two-photon absorption cross section and bright near-infrared emission.	price>

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