Carlos Angel-Jijón

Hola @LatinXChem y a todos los participantes. Mi nombre es Carlos Ángel Jijón. Muy Felizmente les presento mi trabajo "Ciclación azida-alquino: una herramienta para funcionalizar aminoácidos con indoles". #LatinXChem24 #Org044 #LatinXChemOrg #Químicaclick #Ciclaciónalquinoazida

@MezaGordillo @LatinXChem Hi! Sometimes. Normally, We would think that a ratio 1:1 ( azide: alkyne) is best. But a ratio 1:1.2 alkyne/ azide is used to obtain good yields. Because the mechanism starts with the activation of alkyne and the azide attack to this complex.

@CarlosAngel92 @LatinXChem Hi Carlos, congratulations! Based on your experience, do you consider that using different molar ratios of azide and alkyne could yield different products depending on this ratio?

Hola @LatinXChem y a todos los participantes. Mi nombre es Carlos Ángel Jijón. Muy Felizmente les presento mi trabajo "Ciclación azida-alquino: una herramienta para funcionalizar aminoácidos con indoles". #LatinXChem24 #Org044 #LatinXChemOrg #Químicaclick #Ciclaciónalquinoazida

Hi @LatinXChem, presenting my work ‘Síntesis, propiedades fotofísicas de un complejo de Tb(III) y su aplicación como recubrimiento luminiscente’ at #LatinXChem24 #LatinXChemNanoMat #NanoMat096 #LanthanideComplex #Ligand #Luminescence #GreenEmission

Hi @LatinXChem , presenting my work "Recycled PET coating for protection of hydraulic concrete against chloride ion penetrarion" at #LatinXChem24 #LatinXChemEnv #Env016

Hola @LatinXChem, presento mi trabajo “Optimización de la síntesis de nanopartículas de oro con extracto de papaya: Efecto de la temperatura” en #LatinXChem24 #LatinXChemGreen #Green33. #Sintesisverde, #SensorColorimetrico, #UV-vis, #Extractosvegetales @PosgradoCIUAS

Hello! @LatinXChem I am happy to present my work “Study of the electrodeposition of Zn nanoparticles on carbon paste for the determination of Diclofenac” at #LatinXChem24 #LatinXChemAna #Ana21 #Electrochemistry #NSAIDs #Chemistry

Hey @LatinXChem! Les comparto mi trabajo "Evaluación teórica de los efectos mutagénicos de caespitato." #LatinXChem24 #LatinXChemComp #Comp120 #Tuberculosis #Fitoquímicos #AMES #fármacos #LatinXChem #caespitato #ADN #mutación #Bioinformática

@OrgSynLujanLab @LatinXChem Hello! Yes. Because by blocking the acid group, the amino acid prefers protein synthesis (it starts at the unprotected amino end). It has been decided to join the indole to the carboxylate to direct the amino acid towards protein synthesis. Modifications can be made to indol ring

@CarlosAngel92 @LatinXChem Hello Carlos, this is Armando Luján from Cinvestav MX. Beyond the general interest in expanding chemical space by combining an amino acid with an indole, is there a specific reason why attaching an indole to the carboxylate end of an amino acid is particularly important?

Hola @LatinXChem presento mi trabajo "Síntesis y estudio antifúngico de moléculas híbridas benzofurano-tetrazol 1,5-DS vía RMC de alto orden" en #LatinXChem24 #LatinXChemOrg #Org042

Hi @LatinXChem, presenting my work 'Synthesis of dinuclear palladium(II) and gold(I) complexes integrating N-heterocyclic carbenes functionalized with thioether groups' at #LatinXChem #LatinXChemOrg #Org098

Hi @LatinXChem, presenting my work 'Stereoselective Synthesis of Indane-fused γ-Spirolactams' part of my master thesis in the group of @marcoshrdz at @iquimicaunam #LatinXChemOrg #Org053 #LatinXChem24

Hello @LatinXChem, presenting my work "Crystal structure and magnetic properties of TmCr₁₋ₓCoₓO₃ perovskites", related to the design, synthesis, and characterization of #new #materials with potential #multiferroic #properties #LatinXChem24 #LatinXChemNanoMat #NanoMat136 #ff

Hi @LatinXChem, presenting my work ‘Efectos estructurales de la sububidad β3 sobre el canal de sodio hNav1.7 ’ #LatinXChem24 #LatinXChemComp #Comp134 #MolecularDynamics #ProteinProteininterface #BUAP

Hola @LatinXChem presento mi trabajo el cual es titulado Estudio in silico de docking molecular para la búsqueda de potenciales inhibidores de PD-1/PD-L1 para el tratamiento contra el cáncer en #LatinXChem24 #LatinXChemBio #Bio50

Multi-task learning for enhanced quantum property predictions Characterizing the properties of many-body quantum systems is a fundamental task in quantum physics and quantum computing. However, this process becomes increasingly challenging as system size grows, requiring extensive data from measurements across multiple particles. A recent study by Wu an coauthors introduces  a machine learning model that addresses this challenge by leveraging short-range correlations—relationships between particles that are close to one another. The researchers developed a multi-task neural network that learns from local measurements and predicts global quantum properties, such as entanglement or phase transitions. Unlike traditional models that predict one property at a time, multi-task networks can handle multiple properties simultaneously, improving both accuracy and efficiency. 📲 nature.com/articles/s4146…

Hi @LatinXChem presenting my work Synthesis of heterocyclic organic chromophores with potential application as chemical sensors #LatinXChem23 #LatinXChemOrg #Org079 @OrgBiomolChem @EurJOC #fluorescence

Hi! @LatinXChem, presenting my work 'Design and synthesis of chromene derivatives with potential application in biological systems' at #LatinXChem23, #LatinXChemOrg, #Org088

Hi 👋🏻@LatinXChem ,presenting my work “Modified chitosan membranes with a fluorophore for lead detection” at #LatinXChem23 #LatinXChemEnv #Env061 #fluorescence #greenchemistry #lead #chitosan 💚🧪

Hi @LatinXChem presenting my work Synthesis of heterocyclic organic chromophores with potential application as chemical sensors #LatinXChem23 #LatinXChemOrg #Org079 @OrgBiomolChem @EurJOC #fluorescence