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  1. 121
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    1348. A Novel Host-Protein Signature Comprising TRAIL, IP-10 and CRP Differentiates Bacterial from Viral Infection in COPD Patients with Suspected Lower Respiratory Tract Infection
  2. 122
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    Prevalence and Clinical Consequences of Colistin Heteroresistance and Evolution into Full Resistance in Carbapenem-Resistant Acinetobacter baumannii
  3. 123
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    Multicentre open-label randomised controlled trial to compare colistin alone with colistin plus meropenem for the treatment of severe infections caused by carbapenem-resistant Gram-negative infections (AIDA): a study protocol
  4. 124
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    Excluded versus included patients in a randomized controlled trial of infections caused by carbapenem-resistant Gram-negative bacteria: relevance to external validity
  5. 125
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    Longer-term Mortality and Kidney Outcomes of Participants in the Combination Antibiotics for Methicillin-Resistant Staphylococcus aureus (CAMERA2) Trial: A Post Hoc Analysis
  6. 126
    por Babich, Tanya, Naucler, Pontus, Valik, John Karlsson, Giske, Christian G., Benito, Natividad, Cardona, Ruben, Rivera, Alba, Pulcini, Celine, Fattah, Manal Abdel, Haquin, Justine, Macgowan, Alasdair, Grier, Sally, Chazan, Bibiana, Yanovskay, Anna, Ami, Ronen Ben, Landes, Michal, Nesher, Lior, Zaidman-Shimshovitz, Adi, McCarthy, Kate, Paterson, David L., Tacconelli, Evelina, Buhl, Michael, Mauer, Susanna, Rodríguez-Baño, Jesús, de Cueto, Marina, Oliver, Antonio, de Gopegui, Enrique Ruiz, Cano, Angela, Machuca, Isabel, Gozalo-Marguello, Monica, Martinez-Martinez, Luis, Gonzalez-Barbera, Eva M., Alfaro, Iris Gomez, Salavert, Miguel, Beovic, Bojana, Saje, Andreja, Mueller–Premru, Manica, Pagani, Leonardo, Vitrat, Virginie, Kofteridis, Diamantis, Zacharioudaki, Maria, Maraki, Sofia, Weissman, Yulia, Paul, Mical, Dickstein, Yaakov, Leibovici, Leonard, Yahav, Dafna
    Publicado 2022
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    Duration of Treatment for Pseudomonas aeruginosa Bacteremia: a Retrospective Study
  7. 127
    por Muthuri, Stella G., Venkatesan, Sudhir, Myles, Puja R., Leonardi‐Bee, Jo, Lim, Wei Shen, Al Mamun, Abdullah, Anovadiya, Ashish P., Araújo, Wildo N., Azziz‐Baumgartner, Eduardo, Báez, Clarisa, Bantar, Carlos, Barhoush, Mazen M., Bassetti, Matteo, Beovic, Bojana, Bingisser, Roland, Bonmarin, Isabelle, Borja‐Aburto, Victor H., Cao, Bin, Carratala, Jordi, Cuezzo, María R., Denholm, Justin T., Dominguez, Samuel R., Duarte, Pericles A. D., Dubnov‐Raz, Gal, Echavarria, Marcela, Fanella, Sergio, Fraser, James, Gao, Zhancheng, Gérardin, Patrick, Giannella, Maddalena, Gubbels, Sophie, Herberg, Jethro, Higuera Iglesias, Anjarath L., Hoeger, Peter H., Hoffmann, Matthias, Hu, Xiaoyun, Islam, Quazi T., Jiménez, Mirela F., Kandeel, Amr, Keijzers, Gerben, Khalili, Hossein, Khandaker, Gulam, Knight, Marian, Kusznierz, Gabriela, Kuzman, Ilija, Kwan, Arthur M. C., Lahlou Amine, Idriss, Langenegger, Eduard, Lankarani, Kamran B., Leo, Yee‐Sin, Linko, Rita, Liu, Pei, Madanat, Faris, Manabe, Toshie, Mayo‐Montero, Elga, McGeer, Allison, Memish, Ziad A., Metan, Gokhan, Mikić, Dragan, Mohn, Kristin G. I., Moradi, Ahmadreza, Nymadawa, Pagbajabyn, Ozbay, Bulent, Ozkan, Mehpare, Parekh, Dhruv, Paul, Mical, Poeppl, Wolfgang, Polack, Fernando P., Rath, Barbara A., Rodríguez, Alejandro H., Siqueira, Marilda M., Skręt‐Magierło, Joanna, Talarek, Ewa, Tang, Julian W., Torres, Antoni, Törün, Selda H., Tran, Dat, Uyeki, Timothy M., van Zwol, Annelies, Vaudry, Wendy, Velyvyte, Daiva, Vidmar, Tjasa, Zarogoulidis, Paul, Nguyen‐Van‐Tam, Jonathan S., de Lourdes Aguiar‐Oliveira, Maria, Al Khuwaitir, Tarig SA, Al Masri, Malakita, Amin, Robed, Ballester‐Orcal, Elena, Bao, Jing, Basher, Ariful, Bautista, Edgar, Bertisch, Barbara, Bettinger, Julie, Booy, Robert, Bouza, Emilio, Bozkurt, Ilkay, Burgmann, Heinz, Čeljuska‐Tošev, Elvira, Chan, Kenny KC, Chen, Yusheng, Chinbayar, Tserendorj, Cilloniz, Catia, Cox, Rebecca J, Sarrouf, Elena B, Cui, Wei, Dashti‐Khavidaki, Simin, Du, Bin, El Rhaffouli, Hicham, Escobar, Hernan, Florek‐Michalska, Agnieszka, Gerrard, John, Gormley, Stuart, Götberg, Sandra, Honarvar, Behnam, Hu, Jianming, Kemen, Christoph, Koay, Evelyn SC, Kojic, Miroslav, Kudo, Koichiro, Kyaw, Win M, Leibovici, Leonard, Li, Xiao‐li, Li, Hongru, Libster, Romina, Loh, Tze P, Macbeth, Deborough, Maltezos, Efstratios, Marcone, Débora N, Marczynska, Magdalena, Mastalir, Fabiane P, Mickiene, Auksė, Moghadami, Mohsen, Moriconi, Lilian, Oliva, Maria E, Pečavar, Blaž, Poliquin, Philippe G, Rahman, Mahmudur, Rascon‐Pacheco, Alberto, Refaey, Samir, Schweiger, Brunhilde, Seale, Anna C, Sertogullarindan, Bunyamin, Smith, Fang G, Somer, Ayper, Souza, Thiago ML, Stephan, Frank, Tabarsi, Payam, Tripathi, CB, Viasus, Diego, Yu, Qin, Zhang, Wei, Zuo, Wei
    Publicado 2016
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    Impact of neuraminidase inhibitors on influenza A(H1N1)pdm09‐related pneumonia: an individual participant data meta‐analysis
  8. 128
    “…MICAL1 is recruited to the abscission site by the Rab35 GTPase through a direct interaction with a flat three-helix domain found in MICAL1 C terminus. …”
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    Oxidation of F-actin controls the terminal steps of cytokinesis
  9. 129
    “…Using siRNA knock-down, we demonstrate that Rab10-marked TREs remain prominent in cells upon MICAL-L1 or Syndapin2 depletion. However, depletion of Rab10 or its interaction partner, EHBP1, led to loss of MICAL-L1-marked TREs. …”
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    Defining the protein and lipid constituents of tubular recycling endosomes
  10. 130
    “…Further, hnRNPK in combination with the promoter region of MICAL2 increased Mical2 transcription. Knockdown of seRNA LOC100506178 or hnRNPK markedly repressed MICAL2, Vimentin and Snail expression and upregulated E-cadherin expression. …”
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    A novel oncogenic seRNA promotes nasopharyngeal carcinoma metastasis
  11. 131
    “…PP2A interacts genetically with the actin‐severing enzymes Mical and cofilin as well as other actin regulators during pruning. …”
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    PP2A phosphatase is required for dendrite pruning via actin regulation in Drosophila
  12. 132
    “…In diabetic mice, Sema3a(+) exacerbates laminin and collagen IV accumulation in Kimmelstiel-Wilson-like glomerular nodules and causes diffuse podocyte foot process effacement and F-actin collapse via nephrin, αvβ3 integrin, and MICAL1 interactions with plexinA(1). MICAL1 knockdown and sema3a inhibition render podocytes not susceptible to sema3a-induced shape changes, indicating that MICAL1 mediates sema3a-induced podocyte F-actin collapse. …”
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    Semaphorin3a Promotes Advanced Diabetic Nephropathy
  13. 133
    “…The C. elegans genome does not encode a multidomain MICAL-like molecule, but does encode five flavin monooxygenases (FMO-1, -2, -3, -4, and 5) and another molecule, EHBP-1, similar to the non-FMO portion of MICAL. …”
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    Flavin monooxygenases regulate Caenorhabditis elegans axon guidance and growth cone protrusion with UNC-6/Netrin signaling and Rac GTPases
  14. 134
    “…RT-qPCR data indicated that the expression of MiCal, MiGST_N_4, MiEFh, and MiACPS genes are highly expressed in M. incognita of pra-J2 and J3/J4 stages. …”
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    Characterization of Five Meloidogyne incognita Effectors Associated with PsoRPM3
  15. 135
    “…The gene pairs RIC8A-ATP1A4, HIST1H3C-HIST2H3D, HIST1H3E-BATF and MICAL1-TYK2 were identified with high positive correlations. …”
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    Identification potential biomarkers in pulmonary tuberculosis and latent infection based on bioinformatics analysis
  16. 136
    “…Rab35 functions with several proteins that are involved in vesicle trafficking such as ACAP2, MICAL-L1, ARF6 and EHD1, which are known to be involved in neurite outgrowth. …”
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    Rab35 and its effectors promote formation of tunneling nanotubes in neuronal cells
  17. 137
    “…MICAL-1 oxidized these c-actin variants and induced their de-polymerization, albeit at different rates. …”
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    Integration of Cardiac Actin Mutants Causing Hypertrophic (p.A295S) and Dilated Cardiomyopathy (p.R312H and p.E361G) into Cellular Structures
  18. 138
    “…Five other genes (F5, PXDNL, FRAS1, LCORL, and MICAL2) yielded P<1× 10(−5). Four previous reported associations were replicated in our study, including SLC2A9, ABCG2, RREB, and SLC17A1.…”
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    A genome wide association study of plasma uric acid levels in obese cases and never-overweight controls
  19. 139
    “…Sema3A-mediated F-actin changes in endothelial cells were through binding to the neuropilin2/VEGFR1 receptor complex, which in turn directly activates Mical2, a F-actin modulator. Down-regulation of Mical2, using specific siRNA, alleviated Sema3A-induced F-actin disorganization, cellular morphology changes and endothelial permeability. …”
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    Semaphorin3A elevates vascular permeability and contributes to cerebral ischemia-induced brain damage
  20. 140
    “…Increases (≥two-fold) were also observed in levels of Wnt signaling regulator (glypican-4), actin-binding chromatin modulator (BRG1) and nuclear actin filament depolymerizing protein (MICAL2; microtubule-associated monooxygenase, calponin and LIM domain containing), together with a decrease in tissue plasminogen activator. …”
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    Glucocorticoids Preferentially Influence Expression of Nucleoskeletal Actin Network and Cell Adhesive Proteins in Human Trabecular Meshwork Cells
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