Product synthetic-chemistry-aie

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Catalog	name	Description	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>
R-C-2927	AC-TPE	Tetraphenylethylene molecules with strong fluorescence emission characteristics have attracted more and more research attention because of their wide application prospects in the fields of optoelectronic materials, biological detection, chemical sensing and so on.	price>
R-C-2933	Ir(bt)2(acac)	Our company sells research regeats related to nano targeted drug delivery system, including synthetic phospholipid, polyethylene glycol derivatives, block copolymers, gold nanoparticles, magnetic nanoparticles and fluorescent dyes.	price>
R-C-3399	Olaparib-C3-TPP	Olaparib is a drug that inhibits multi ADP ribose polymerase,Triphenyl phosphate is only an additive in flame retardant in gas phase.	price>
R-C-3400	Olaparib-C5-TPP	Olaparib is a drug that inhibits multi ADP ribose polymerase,Triphenyl phosphate is only an additive in flame retardant in gas phase.	price>
R-C-5865	CVQIINKKL-TPE	TPE-CVQIINKKL,Tetraphenylethylene(TPE)is a small organic molecule with a unique property known as aggregation-induced emission (AIE).In its isolated state,TPE is non-emissive, but when aggregated or confined, it exhibits strong fluorescence emission.This characteristic makes TPE valuable in various applications,particularly in materials science and biological sensing.It can couple peptides and other functional groups.	price>
R-C-6408	AIE515nm	In dilute solutions, some functional groups within AIE molecules exhibit active relative motion(such as vibration and rotation).Molecules in excited states consume light energy in the form of thermal energy through vibration and rotation,resulting in a smaller proportion of energy output in the form of light and a decrease in fluorescence efficiency;When these molecules gather together,the restraining effect of each other restricts the internal movement of the molecules,resulting in a decrease in the proportion of energy dissipated through the movement form and an increase in the proportion of energy output in the form of light,thus exhibiting a phenomenon of fluorescence enhancement.	price>
R-C-6409	AIE603nm	In dilute solutions,some functional groups within AIE molecules exhibit active relative motion(such as vibration and rotation).Molecules in excited states consume light energy in the form of thermal energy through vibration and rotation,resulting in a smaller proportion of energy output in the form of light and a decrease in fluorescence efficiency;When these molecules gather together, the restraining effect of each other restricts the internal movement of the molecules,resulting in a decrease in the proportion of energy dissipated through the movement form and an increase in the proportion of energy output in the form of light,thus exhibiting a phenomenon of fluorescence enhancement.	price>
R-C-6429	N3-PyTPE	TPE-Py-N3,TPE-PyN3,Aggregation induced emission(AlE)is a non luminescent biomolecule that exists in the form of a single molecule in solution.As the solvent gradually evaporates,the fluorescence gradually increases.Tetrastyrene is an important class of aggregated luminescent fluorescent dyes.When the tetrastyrene molecule is in an aggregated or solid state,the rotation within the molecule is restricted.Non radiative channel forbidden excited molecules emit photons back to the ground state.	price>
R-C-6496	MeTTPy AIE	Aggregation-Induced Emission(AIE)is a photophysical phenomenon observed in some organic compounds where their luminescent properties are enhanced when they aggregate or crystallize from solution.The AIE phenomenon is often attributed to the restriction of intramolecular motions(RIM).In the molecularly dispersed state,non-radiative decay pathways are more accessible due to the ability of the molecule to undergo rotations and vibrations freely.	price>

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