Carmela Pablo-Torres

Our work: Addressing the growing role of @EAACI_JM in @EAACI_HQ is now published in @AllergyEaaci!! It’s been a real pleasure working with such an amazing team! doi.org/10.1111/all.16…

🌟 This #KnowUsThursday, meet René Neuhaus, a research assistant from Germany with expertise in sample processing and #metabolomics data analysis, focusing on #lipidomics at @metabolomicaceu 🧪💻 Don’t miss out on discovering his work! #DataScience #Research

@allerbiomics @CPabloTorres @uspceumedicina Congratulations @CPabloTorres! A long journey successfully ended. All the best for the way ahead for our #CEMBIOer! And congrats also for @MEscribese & @IzquierdoAlv_E and all the @allerbiomics team!

@metabolomicaceu @allerbiomics @uspceumedicina @MEscribese @IzquierdoAlv_E Big thanks to the entire @metabolomicaceu team! I feel incredibly lucky to have had the opportunity to train with you all. It was an enriching experience and I learned so much. Great place with outstanding professionals!

Congratulations @CPabloTorres for your outstanding dissertation at @uspceumedicina about “The role of platelets and T cells in severe allergy”. We are very proud of you and your work within these years at @allerbiomics group. #Harvard is very lucky to have you in a few days!! 🎉

This week’s #KnowUsThursday highlights Andrea Escolar, a talented predoctoral researcher and @EAACI_HQ Research Fellowship 2024 awardee! 🧬💻 She develops innovative #bioinformatic models to analyze #omic data linked to #allergy pathologies. Check out her contributions below! ⬇️

Felicidades Tomás! Ha sido un placer investigar contigo y aprender de un compañero tan talentoso 👑

Great news! 🎉 Our technical team at the Institute of Molecular Medicine Nemesio Díez at @USPCEU has been certified as Olink ®️ Certified Service Provider. A big step towards excellence in molecular research. Thank you all for your dedication!

Today on #WorldAllergyDay 🌎🤧 we emphasize the global impact of allergy and share our latest review on severe allergic inflammation and its links to other inflammatory conditions. Discover how understanding these connections can lead to better treatments: doi.org/10.1111/cea.14…

Join our team! 📢 We are offering a predoctoral position to do a thesis in our research group. If you are passionate about immunology, metabolomics, analytical chemistry, data analysis and translational research, this is your chance! 🔬🧪🖥🧫 More info in the picture!

¡Únete a nuestro grupo! 📢 Ofrecemos una plaza para realizar la tesis en nuestro grupo. Si te apasiona la inmunología, la metabolómica, la química analítica, el análisis de datos y la investigación traslacional, ¡esta es tu oportunidad! 🔬🧪🖥🧫 ¡Más info en la imagen!

🎉 ¡Estamos de enhorabuena! @fundacionmutua ha financiado nuestro proyecto en @uspceu liderado por @chivato_perez para investigar las vesículas extracelulares del plasma como biomarcadores de gravedad en alergias respiratorias usando análisis multiómico 🌟🔬

Today, in our #KnowUsThursday we’re thrilled to present Juan Carlos López Rodríguez, @lopix81, our most recent postdoctoral researcher. He is a #FlowCitometry fan and will be focused on deciphering the link between T cell immunity and #metabolomics in severe allergic diseases👨‍🔬🧪

In honor of #WorldMicrobiomeDay, our research has been spotlighted in the @BioMedCentral website! Check out the link below 👇🏼 biomedcentral.com/p/wmd-2024

Today is the world day of one of our greatest allies, the microbiota‼️The microbiome plays a critical role in the development of different #AllergicDiseases. If you are interested to learn more about it, check out the review we wrote!👀 doi.org/10.18176/jiaci… #WMD2024

Open Access: The impact of high-salt diet on asthma in humans and mice: Effect on specific T-cell signatures and microbiome. First author: Stephanie Musiol; corresponding author: Francesca Alessandrini Read the article here: doi.org/10.1111/all.16… Epidemiological study discovers novel associations between high intake of dietary salt and #asthma incidence in females but not in males. High-salt diet feeding in female mice aggravates allergic outcomes: serum IgE, lung inflammatory cell infiltration, TH2-TH17 profiles, reduced Tregs and increased expression of lung osmosensitive stress genes. High-salt consumption induces alterations of short-chain fatty acids (SCFA) in serum and of gut and lung microbiome. #Allergy_journal Read more articles published in #Allergy on the #microbiome here: journalallergy.com/barrier-and-mi…

Check out our @allerbiomics new review about "Severe allergy as a Chronic Inflammatory Condition from a Systems Biology Perspective"‼️👇🏼onlinelibrary.wiley.com/doi/10.1111/ce…

Looking for biomarkers of #inflammation?🔍 Check out our novel metabolomic methodology published at @MetabolitesMDPI! Dive into our 36 metabolites-panel and explore how these mediators, described in #allergy, are affected on your model!🔬 #health #research doi.org/10.3390/metabo…

Today, on #ScienceShareMondays, we present an interesting letter where we described how the oral mucosa barrier integrity is extensively compromised in respiratory allergic phenotypes associated with mites and olive pollen. Feel free to check it out at doi.org/10.1111/all.13…

"The maximal lifespan [of people and 347 mammalian species] is strongly associated with an epigenetic signature that is largely independent of sex, body mass, calorie restriction, or other lifestyle factors" @ScienceAdvances science.org/doi/full/10.11… @prof_horvath and colleagues