Mayte Abigail Mtz

[Raynal Matthieu @raynal_cnrs]

If you want to know how an achiral phosphine ligand can give access to 4 stereoisomers of a molecule with high enantiomeric excesses, please check: https://t.co/jIoFm4EfUI

[Mayte Abigail Mtz @Mayte_Abi_M]

@ServicioTelcel Llevo varios días con pésima señal 😡 no puedo hacer ni recibir llamadas e incluso los mensajes de texto tardan en llegar.

[FacultadMedicinaUNAM @FacMedicinaUNAM]

#UnGoyaPara los doctores Ivan Ramos y Edgar Zenteno, ganadores del Premio Alzheimer 2021-2022, por encontrar el papel de la O-glicosilación en el desarrollo de la enfermedad y la muerte neuronal. #GacetaFacMed https://t.co/hdWO61XJ7g

[Raynal Matthieu @raynal_cnrs]

Our new foray in control of chirality in supramolecular helical catalysts. Copper is not as innocent as we initially thought 😅https://t.co/LYC4r9UUAZ. Congrats to all members of the group involved in the project including @_7amud_ , @Mayte_Abi_M and first paper for Huanjun!

[Ediciones UAEM @EdicionesUAEM]

El artículo más reciente de la revista #Vórtice🌀, nos habla sobre una enfermedad genética que impide tener defensas desde el nacimiento.
La vida en una burbuja
Autores: Edgar Gustavo Ramos Martínez, Iván Emmanuel Ramos Martínez y Anaiza Rico Luna
https://t.co/Pqku7zxpwb

[LatinXChem @LatinXChem]

Now you can register in the LatinXChem 2020 Webinar Series. EVERYONE can register thanks to the gentle sponsorship of @udlap. Please RT and follow @LatinXChem to keep this community growing.

Please, fill this registration form:

https://t.co/IlWd95dDtU

[LatinXChem @LatinXChem]

#LatinXChem Webinars Serie is just around the corner.
Keep tuned for the information on how to register in these marvelous talks that we will have during the next week.

#LatinXChem #Webinars

[Mayte Abigail Mtz @Mayte_Abi_M]

@gutierrez_lab @LatinXChem The distance between the centroids of the stacked rings consistent with an aromatic interaction (distances ranging from 3.48 to 3.63 Å). For more details of crystal structure, you can check out: Chem. Commun., 2019, 8548. Thank you again to see my poster.

[Mayte Abigail Mtz @Mayte_Abi_M]

Hi @LatinXChem, this is my work “Dissecting the role of the sergeants in supramolecular helical catalysts: from chain capping to intercalation”, #LatinXChem #LatinXChemCat #Cat035.

[Mayte Abigail Mtz @Mayte_Abi_M]

@gutierrez_lab @LatinXChem Thank you so much. The structural data for other ester BTAs reveal a helical network by means of a crossed hydrogen-bond pattern involving the amide and ester (N∙∙∙O distances ranging from 2.86 to 2.95 Å).

[Mayte Abigail Mtz @Mayte_Abi_M]

Very pleased to work with Matthieu Raynal @raynal_cnrs, here are our recent work in the field of #supramolecularpolymerchemistry

[Mayte Abigail Mtz @Mayte_Abi_M]

Take a moment to check out our recent work about supramolecular helical catalysts
#supramolecularcatalysis
@Polymers_SU
@IPCM_Sorbonne

[Mayte Abigail Mtz @Mayte_Abi_M]

@CamargoLab @LatinXChem Thank you Pedro. We found that the enantioselectivity of a model catalytic reaction is directly proportional to the optical purity of our supramolecular helices and then the factor of proportionality depends on the sergeant structure.

[Gobierno de México @GobiernoMX]

Conferencia de Prensa #Coronavirus #COVID19 | 18 de abril de 2020. #UnidosSaldremosAdelante https://t.co/T9vDHxKdyg

[Palli Thordarson @PalliThordarson]

1/25 Part 1 - Why does soap work so well on the SARS-CoV-2, the coronavirus and indeed most viruses? Because it is a self-assembled nanoparticle in which the weakest link is the lipid (fatty) bilayer. A two part thread about soap, viruses and supramolecular chemistry #COVID19

[Libros UNAM @librosunam]

¿De vacaciones? lo tienes casi todo, tiempo libre, ganas de leer, pero el dinero vuela en estas fechas 💸.
@CulturaUNAM tiene más de 200 títulos gratuitos para animarte😉👇

[Royal Society of Chemistry @RoySocChem]

7️⃣ simple rules for science teaching.

Students find the idea of a scientific model hard to grasp so you need to be explicit. Learn how to teach scientific models 😊 👍 https://t.co/8fy6ZDYNXg