Publications by authors named "M Elena Lopez-Martin"

We present an interesting case of severe ulcerative colitis flare, of challenging management because of a cytomegalovirus co-infection, in which upadacitinib achieved clinical and biochemical remission after poor responses to ganciclovir and tofacitinib.

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Cell-penetrating peptides (CPPs) can translocate into cells without inducing cytotoxicity. The internalization process implies several steps at different time scales ranging from microseconds to minutes. We combine adaptive Steered Molecular Dynamics (aSMD) with conventional Molecular Dynamics (cMD) to observe nonequilibrium and equilibrium states to study the early mechanisms of peptide-bilayer interaction leading to CPPs internalization.

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The following paper presents the findings of a study conducted on the distances at which the field generated by a ϕ-symmetric circular Taylor aperture distribution can be classified as far-field, and also the efficiency across various study parameters. The [Formula: see text] transition integers that produce a monotonic distribution, which have been traditionally used and analyzed, are compared with those that yield a peaked distribution, and offer greater efficiency. Additionally, modified circular Taylor [Formula: see text] distributions featuring synthesized patterns with one or two depressed inner sidelobes, which have not been previously explored, are also examined.

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Introduction: Real-world data on the effectiveness of upadacitinib for inflammatory bowel disease (IBD) are limited. To assess upadacitinib persistence, effectiveness, and safety in a real-world scenario.

Methods: Retrospective multicenter study of patients with IBD who received upadacitinib before 31st December 2022 and at least 12 weeks before the recruitment date.

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Article Synopsis
  • Tachykinins, like substance P and neurokinin B, interact with Alzheimer's β-amyloid (Aβ) peptide, with neurokinin A (NKA) playing a crucial role in this interaction.
  • Using computational and experimental methods, researchers have found that a specific part of the NKA structure (Phe in the FXGLM signature) is key to its interaction with Aβ.
  • The interaction between NKA and Aβ not only alters Aβ's behavior but also reduces its toxicity, suggesting that maintaining a balance of NKA might be important in preventing the aggregation process seen in Alzheimer's disease.
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