Jorge Lopez-Sanchez

PhD in Organic Chemistry - University of Murcia

[SOC-UMU Lab @socumu_lab]

Superproud PhD supervisors, @Aure288 and @jbernicano, of @socumu_lab’s brand-new Dr @Jorge_LS_Alma! Many thanks to the evaluation committee — @MarticaMarin, Víctor Blanco (@MOR_Fun_Group) and @CarlosFrancoPuj — for their great contribution during his defense. All the best, Jorge!

[J. Am. Chem. Soc. @J_A_C_S]

Mechanically Planar-to-Point Chirality Transmission in [2]Rotaxanes | Journal of the American Chemical Society @amcuezva @QuimicaUm
@UMU @socumu_lab #Planar #Point #Chirality #Rotaxanes https://t.co/Aga1iDEGpM

[JIQ Murcia 2023 @JIQ_Murcia2023]

Ya tenemos disponible la página web del XIX Simposio de Jóvenes Investigadores Químicos, que tendrá lugar en Murcia del 13 al 16 de noviembre de 2023. ¡Os esperamos! @JovenesQuimicos @RSEQUIMICA
https://t.co/s0A1UVDuKL

[Jorge Lopez-Sanchez @Jorge_LS_Alma]

@amcuezva El verdadero congreso empieza ahí 😝

[SOC-UMU Lab @socumu_lab]

Happy to share the new profile picture of the Synthetic Organic Chemistry Group from @QuimicaUm @UMU #Murcia #MurciaFotos #RealTimeChem #ScienceCommunity #AcademicTwitter #TwitterWorld

[Marta ML @MarticaMarin]

El grupo de @socumu_lab presentando su investigación en el @sij2021AdH . Gran congreso y nos llevamos premio!! Nos vemos en Murcia!! @PuigcerverJulio @GuilleCutillas @Jorge_LS_Alma

[Jóvenes Investigadores Químicos (JIQ-RSEQ) @JovenesQuimicos]

Enhorabuena a vosotros... Y a todos los demás allá donde estén 😜
@sij2021AdH #SIJ2021

[J Org Chem/Org Lett @JOC_OL]

Now in #JOC, scents delivery from pseudorotaxanes is reported by @socumu_lab at @UMU. This #openaccess work by @Jorge_LS_Alma @alajamat @Aure288 @jbernicano shows how different stimuli activate smart profragrances for uncaging sandalwood alcohols. https://t.co/Gs7xzspfWU

[SOC-UMU Lab @socumu_lab]

Delighted to share the ultimate work of Jorge, Mateo, Aure y Pepe, just out in @JOC_OL, on preserving and releasing of fragrances by programming kinetically stable pseudo #rotaxanes Well done team 👏👏@UMUdivulga @AgEInves @FundacionSeneca 👉 Check out in https://t.co/AFtx4IT1Vl

[LatinXChem @LatinXChem]

@LatinXChem congratulates @Jorge_LS_Alma from @UMU. The #OC083 poster got an honorable mention in the #LXChemOrg category.

Thank you for your participation and enthusiasm sharing your work!

https://t.co/fOK2PXedK4

[Jorge Lopez-Sanchez @Jorge_LS_Alma]

@jgonzalezm74 @LatinXChem Gracias por la pregunta. Los rotaxanos son moléculas complejas y difíciles de preparar, si añadimos la problemática de mezcla de diferentes compuestos, el resultado sería muy complicado. Por lo tanto, partir de compuestos naturales puros sería lo ideal.

[Jorge Lopez-Sanchez @Jorge_LS_Alma]

Hi @LatinXChem! I´m glad to share the poster entitled "Controlled Release of Fragrances from Mechanically Interlocked Systems". The smell is a pleasure that we can enjoy for a while. #LatinXChem #LXChemOrg #OC083

[Jorge Lopez-Sanchez @Jorge_LS_Alma]

@Ramarr87 @LatinXChem Gracias por la pregunta. Las principales aplicaciones podrían ser en productos de higiene personal, productos de limpieza o productos del hogar, como por ejemplo en ambientadores de liberación lenta o incluso en detergentes.

[Jorge Lopez-Sanchez @Jorge_LS_Alma]

@MolinaGroup @LatinXChem Thermogravimetric analysis showed that synthesised rotaxanes are stable and keep their structural integrity at the solid state up to 200 ºC.

[Jorge Lopez-Sanchez @Jorge_LS_Alma]

In our research group (@socumu_lab @alajamat @Aure288 @jbernicano), we have designed a system for the controlled release of fragrance using rotaxanes covalently linked to scents and their subsequent controlled delivery.

[Adrian Saura-Sanmartin @SauraSanmartin]

Hi @LatinXChem, this is my work 'Macrocycle-based metal-organic frameworks as fullerene containers', #LatinXChem #LXChemOrg #OC130
@socumu_lab @amcuezva @MarticaMarin @jbernicano @UMUdivulga @FundacionSeneca
Check out the complete work: https://t.co/pSuUZMAO4G

[Guillermo Cutillas @GuilleCutillas]

Hi @LatinXChem! This is our work "New Discoveries in Azidoisocyanide Chemistry". Although they are unpredictable molecules, we know more and more about them thanks to the mechanistic study of the reactions in which they are involved. Check it out! #LatinXChem #LXChemOrg #OC031