Rodríguez-López Electrochemistry Lab at Illinois

Many good times here but we must give new places with a better heart a chance. Maybe this place’s heart comes back to the right place, eventually. Meantime, we will be migrating to where the butterflies are. Find us as jrl-electrochemistry 🦋

@UChicagoPME @UChicago @YingShirleyMeng @UChiClimate 👏🏽 @YingShirleyMeng congrats!

#Battery expert and @UChicago Pritzker School of Molecular Engineering professor, @YingShirleyMeng, is set to lead the Energy Technologies Initiative (ETI), one of three pillars in the newly launched @UChiClimate Institute for Climate and Sustainable Growth. 🌎These initiatives are designed to explore novel approaches for answering the same question: How can we transition the planet off fossil fuels without sacrificing jobs, prosperity, and growth? 🔗Read about how the ETI will bring more powerful batteries to market and that will originate at the @UChicagoPME: pme.uchicago.edu/news/uchicago-… #UChicago #Energy #Climate

@shawchem @ShawsChem Congrats!

@hyunhonoh_chem @J_A_C_S @gokcealtincekic Congrats, Hyun!

Our lab's third paper is now out in @J_A_C_S! Led by our graduate student, @gokcealtincekic, we have used open-circuit potential measurements and computational simulations to determine H-atom transfer thermochemistry of a MOF, Ti-MIL-125. pubs.acs.org/doi/full/10.10…

@PUCancerInst @JahanDawlaty @BoilerFootball @AstonlabsPurdue @PurdueChemistry @PurdueScience @Research_Purdue Nice! He certainly desrves all recognition!

During the #HammerDownCancer @BoilerFootball game on Friday, we had the honor of presenting R. Graham Cooks with the game ball. A leader in the field of mass spectrometry, Cooks and his team @AstonlabsPurdue develop new scientific technology and medical instruments that enable scientists and physicians to detect and treat cancer, improving the lives of patients worldwide.

Proud to see our own @ArSantiagoC in this mix! Go @LatinXChem !

@alan_enciso @LatinXChem @MatyPolymerLab @CmuScience Very cool! Congrats!

Hi @LatinXChem, this is my work “Breathing ATRP: Fully Oxygen Tolerant Polymerizations Assisted by Enzymes”, #LatinXChem #LatinXChemNanoMat #Nano006 #ATRP @MatyPolymerLab @CmuScience

@marianobarella @LatinXChem @FerStefaniLab @HybridNano @insunsam @IanVioli @Nano_Juli @vicguglielmotti @DPallarola nice! well accomplished work, congrats!

Hey @LatinXChem! Have you ever wonder how hot is an illuminated nanoparticle? Well, we can answer that question ;) We're presenting a new implementation of Anti-Stokes thermometry that can estimate the temperature of single NPs #LatinXChemNanoMat #LatinXChem #Nano016 (1/5)

@oscmedrano1011 @LatinXChem cool, que bonito el EPR, felicidades.

Hi @LatinXChem, presenting my work "Synthesis and Characterization of Novel Self-Doped Conjugated Polyelectrolytes for Electrochemical Energy Storage Applications" at #LatinXChem24 #LatinXChemNanoMat #NanoMat028 #CPEs

@jesabelquiroz @LatinXChem Hola Jesabel, muy interesante poster. ¿Cómo se comparan tus resultados con otras variedades de maíz? También me queda la duda, ¿esperarías que diferentes compuestos mostraran diferentes tendencias redox a las vistas aquí en diferentes solventes?

Hola @LatinXChem, presento mi Póster #LatinXChemAna #Ana43 en el cual se realizó la evaluación antioxidante y bromatológica de una variedad de maíz criollo rojo del Estado de Puebla. Muchas gracias #LatinXChem24, quedo atenta a cualquier duda.

@Donaspalcafe @LatinXChem oh wow, so in your photosynthesis experiments you expect to be measuring trace short chain primary alcohols in butanol? it’s great your method works so well in butanol.

@JRlLab @LatinXChem Thank you! Yes, in fact the matrix was considered at the time of validation. In our case, the matrix was only the alcohols used (Methanol, Ethanol and Isoprpronsol) diluted in 99.5% Butanol, so it did not represent a matrix effect and could be dismissed.

Hi @LatinXChem, presenting my work "Validation of an analytical method for the quantification of secondary products generated in catalytic reactions of artificial photosynthesis by gas cormatography coupled to a flame ionization detector". at #LatinXChem24 #LatinXChemAna #Ana19.

@Donaspalcafe @LatinXChem Ok, that’s clear now, thanks!

@JRlLab @LatinXChem Regarding the relative standard deviation, it is a parameter established by ourselves to have an acceptable reproducibility (the injections were performed manually), it aims that other operators within the laboratory can reproduce this validation without the need for pior trainin

@Fati_1120 Excelente, ¡gracias por tus respuestas!

@JRlLab En experimentos futuros esperamos tener mejor noción de la composición de las baterías de estudio para corregir ese tipo de cuestiones :D

Hola #LatinXChem24 presento mi trabajo "Lixiviación ácida de contenidos catódicos de baterías de iones de litio gastadas para recuperación de materiales de valor agregado" #LatinXChemAna #Ana27

@Fati_1120 Hola Fátima, interesante trabajo. Algunas preguntas: 1) en la construcción de tus curvas de calibración, consideraste el efecto de la matriz? yo esperaría que el carbono te podría afectar la cuantificación notablemente; 2) has considerado usar una batería mejor conocida?

@CarolaRomF @LatinXChem @LondonMetCPS thanks for your insights and congrats on a nice work

@JRlLab @LatinXChem @LondonMetCPS 2. The concentrations found in neurons are within 171 μM. We tested with concentrations from 1000 μM to 0.5 μM (including 100 μM). A more detailed concentration study will have to be done to further analyse EPR signals around the concentrations found in neurons. Thank you!

Hi @LatinXChem, presenting my work: 'Novel Lanthanide Probes for Detection of Acetylcholine activity' #LatinXChem24 #LatinXChemAna #Ana03 @LondonMetCPS #analyticalchemistry

@RoviraYare2559 @LatinXChem ok, so CAU-17 is itself not photocatalytic

@JRlLab @LatinXChem Hello. Thanks for your comment. CAU-17, whose name comes from the university that discovered it in Germany, is considered a metal-organic network or MOF as it is also known, formed in its structure by a metal (Bismuth) and an organic binder (trimesic acid).

Hola @LatinXChem, soy Yarelys Campos Rovira, presentando mi trabajo: Synthesis of WO3/CAU-17 photocatalyst and its evaluation in the photocatalytic degradation of fluoroquinolones en LatinXChem 24. LatinXChem24 #LatinXChemAna #Ana56

@RoviraYare2559 @LatinXChem thanks for mentioning some of these properties

@JRlLab @LatinXChem The one that has photocatalyst properties is WO3 (tungsten trioxide). MOXI (moxifloxacin) and LEVO (levofloxacin) are drugs from the quinolone family widely consumed by the population worldwide for the treatment of infectious pathologies because they are considered antimicrobial.