CAS 141-86-6

2,6-diamino-pyrtrin

Diainopyridine

Palestrina, 2,6-diamo-

Pyrrinter, 2,6-Diyliamine

II VI-Diainopyridine XCIX +% &

2,6-Diainopyridine,> XCVIII%

2,6-DAP

2,6-diainminopyridine

2,6, pyridinediamine

VI, amino-II (1h) -pyridinimine

Molecular Formula: C5H7N3

Molecular pondus 109.13

CAS 141-86-6 est medium ad capillos tinctura products.

Structuram:

CAS 141-86-6: Applications, commoda et challenges in modern chemiae

Introductio

CAS 141-86-6, chemica identified as II-aminopyrimidine est heterocyclic organicum compositis cum amplis applications in pharmaceuticals, agrochemicals et materiae scientiae. Et unique structuram, combining a Pyimidine anulum cum amino coetus, grants quod versatility ut aedificium obstructionum in synthetica elit. Hic articulus explorat key utitur, beneficia, et limitations of CAS 141-86-6, quatenus sua significatione per industrias.

CAS 141-86-6 applications

Pharmaceutical synthesis

CAS 141-86-6 est discrimine medium in medicamento progressionem. Serves sicut praecursor antiviralis et anticancer agentibus, inter nucleoside analogs. Exempli gratia eius derivationes sunt incorporatus in pharmaca targeting RNA virus per Mimicking Pyimidine Bases, Disrupting Viral Relationarent.

AGROCHEMICAL formulae

In agricultura, CAS 141-86-6 adhibetur ad synthesize herbicides et fungicides. Eius facultatem ad alligandos enzymes in planta pathogens auget efficacia seges tutela agentibus dum obscuratis environmental perseverantia.

Coordination Chemistry

Et amino et NITROGENIUM-dives structuram de CAS 141-86-6 facit eam a valuable Ligand in metallum, organicum frameworks (MOFS) et Catalysts. Hi materiae usus est in Gas repono, Catalysis et sensoriis.

Biochemical investigationis

Inquisitores utilitas cas 141-86-6 ad studium enzyme inhibition machinationes, praecipue in Kinases et dehydrogenases, adiuvat inventionis of targeted therapies ad metabolicae perturbationes.

CAS 141-86-6 commoda

Structural versatility

In Dual eget coetus CAS 141-86-6 activare diversimode modifications, permittens chemists ad scissor derivationes ad propria applications, ex medicamento candidati ad provecta materiae.

Sumptus-efficens synthesis

Complexus Heterocysples comparari, CAS 141-86-6 potest esse synthesized via directa itineribus, ut condensatio amidines cum β-diketones, reducendo productio costs.

REACTIVITAS

In electronic-dives Pyimidine circulum in cas 141-86-6 facilitates electrophilic substitutione profectae, accelerans synthesim functionalized componit.

Low Environmental Perseverantia

Dissimilis Halogenated Analogs, CAS 141-86-6 Degredes magis in naturali conditionibus, aligning cum viridi Quaestiones principiis.

Limitations de cas 141-86-6

Toxicity de

Longum patefacio ut CAS 141-86-6 ut pose salutem metus, comprehendo respiratoriorum et cutis irritatio, necessitating stricte pertractatio protocols in industriae occasus.

Solubility challenges

In limitata solubility of CAS 141-86-6 in Suspendisse solvents completates eius usum in Aqueous reactiones, saepe requiring organicum solvents qui suscitant salutem et arbitrio de.

Stabilitatem exitibus

Sub acidic aut summus temperatus conditionibus, CAS 141-86-6 potest subire decomposition, restringens suum utilitatem in certa synthetia.

Regulatory crator

Dum Cas 141-86-6 late solebat, evolving ordinationes super Amine, quibus componit potest impulsum suum accessibility in regionibus cum Stringent eget controls.

Futurum expectationes

Innovations in application of CAS 141-86-6 sunt focused in vincit limitations. Nam exempli gratia:

Nanocarrier Systems: Encapsulating CAS 141-86-6 ad augendae solubility et reducere toxicity.

Sustainable synthesis: developing solvente libero vel biocatalytic modi ad producendum cas 141-86-6 cum inferioribus environmental ictum.

Ai-repulsi medicamento Design: Leveraging Cas 141-86-6 scriptor pegmata ad generate novae bioactive moleculis per computational modeling.

Ut praecisione chemicals adolescit, ut CAS 141-86-6 est ad remanere lapidem angularem de industrialis et pharmaceutical elit.