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850 Treffer

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  1. Detailansicht für Treffer 1 öffnen
    LMN at SemEval-2022 Task 11: A Transformer-based System for English Named Entity Recognition
    Lai, Ngoc Minh
    2022
    academicJournal
    Wie komme ich dran?
  2. Detailansicht für Treffer 2 öffnen
    Dielectronic resonances of LMn and LNn (n $\geq$ 4) series in highly-charged M-shell tungsten ions
    Dipti ; Borovik Jr., A. ; et al.
    2020
    academicJournal
    Wie komme ich dran?
  3. Detailansicht für Treffer 3 öffnen
    LMN at SemEval-2022 Task 11: A Transformer-based System for English Named Entity Recognition
    Lai, Ngoc
    In: Proceedings of the 16th International Workshop on Semantic Evaluation (SemEval-2022, 2022
    Konferenz
    Wie komme ich dran?
  4. Detailansicht für Treffer 4 öffnen
    Unilateral Facial Nerve Palsy LMN Type: An Unusual Complication of P. vivax Infection
    Shrivastava, Mayank ; Mathur, Pooja ; et al.
    In: Journal of the Indian Academy of Geriatrics ; ISSN 0974-3405 0974-2484, 2018
    academicJournal
    Wie komme ich dran?
  5. Detailansicht für Treffer 5 öffnen
    LMN Toolbox
    Nelles, Oliver
    In: Nonlinear System Identification ; page 1151-1163 ; ISBN 9783030474386 9783030474393; (2020)
    Buch
    Wie komme ich dran?
  6. Detailansicht für Treffer 6 öffnen
    Map of Dessie town (source; Google map, Available at: https://www.google.com/search?q=south+wollo+map&source=lmns&bih=654&biw=1366&client=firefox-b e&hl=en&sa=X&ved=2ahUKEwjyyfmwgMryAhUBahoKHbDRCq0Q_AUoAHoECAEQAA#).
    Solomon Ahmed Mohammed (10196674) ; Mesfin Haile Kahissay (11610734) ; et al.
    2021
    Bild
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  7. Detailansicht für Treffer 7 öffnen
    Untersuchung dielektronischer LMn-Resonanzen von Neon-artigen Kryptonionen mit einer Elektronenstrahl-Ionen-Falle
    Botz, M.
    2020
    Online Hochschulschrift
    Zugriff:
    Volltext
    Volltext
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  8. Detailansicht für Treffer 8 öffnen
    Permanent LMN denervation of human skeletal muscle and recovery by h-b FES: management and monitoring
    Kern, Helmut ; Stramare, Roberto ; et al.
    2010
    academicJournal
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  9. Detailansicht für Treffer 9 öffnen
    Anisotropic LMN dielectronic resonances from ratios of magnetic-dipole lines
    Ralchenko, Yu. ; Gillaspy, J. D.
    2013
    academicJournal
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  10. Detailansicht für Treffer 10 öffnen
    Stamp-Perforation-Inspired Micronotch for Selectively Tearing Fiber-Bridged Carbon Nanotube Thin Films and Its Applications for Strain Classification
    Taehoon Kim (79056) ; Daesik Kim (162386) ; et al.
    2021
    academicJournal
    Wie komme ich dran?
  11. Detailansicht für Treffer 11 öffnen
    Functional Echomyography: thickness, ecogenicity, contraction and perfusion of the LMN denervated human muscle before and during h-bFES
    Zanato, Riccardo ; Martino, Leonora ; et al.
    2010
    academicJournal
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  12. Detailansicht für Treffer 12 öffnen
    Manifestation of postcollision interaction in Krypton LMN Auger spectra following K-shell photoionization
    Li, S. ; Koulentianos, D. ; et al.
    2023
    unknown
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  13. Detailansicht für Treffer 13 öffnen
    Manifestation of postcollision interaction in Krypton LMN Auger spectra following K-shell photoionization
    Li, S. ; Koulentianos, D. ; et al.
    2023
    unknown
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  14. Detailansicht für Treffer 14 öffnen
    CCDC 1849328: Experimental Crystal Structure Determination : catena-[(mu-25,35-(1,3,6,8-tetraoxo-1,3,6,8-tetrahydrobenzo[lmn][3,8]phenanthroline-2,7-diyl)bis([11,21:23,31-terphenyl]-14,34-dicarboxyato))-tetrakis(mu-oxo)-tetra-aqua-tri-zirconium(iv) unknown solvate]
    Mallick, Arijit ; Liang, Hanfeng ; et al.
    2020
    Online unknown
    Zugriff:
    Volltext
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  15. Detailansicht für Treffer 15 öffnen
    Crystal structure of bisbenzimidazo [2,1-b:2′1′-i]benzo[lmn] [3,8]phenan-throline- 8,17 -dione, C26H12N4O2
    Mizuguchi, J. Mizuguchi*
    In: Zeitschrift für Kristallographie - New Crystal Structures ; volume 218, issue JG, page 139-140 ; ISSN 2197-4578 1433-7266, 2003
    academicJournal
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  16. Detailansicht für Treffer 16 öffnen
    Crystal structure of trans-bisbenzimidazo[2,1-b:1',2'-j]benzo[lmn][3,8]- phenanthroline-6,9-dione, C26H12N4O2
    Mizuguchi, J.
    In: Zeitschrift für Kristallographie - New Crystal Structures ; volume 218, issue 1, page 137-138 ; ISSN 2197-4578 1433-7266, 2003
    academicJournal
    Wie komme ich dran?
  17. Detailansicht für Treffer 17 öffnen
    Crystal structure of bisbenzimidazo[2,1-b:2',1'-i]benzo[lmn][3,8]phenanthroline- 8,17-dione, C26H12N4O2
    Mizuguchi, J.
    In: Zeitschrift für Kristallographie - New Crystal Structures ; volume 218, issue 1, page 139-140 ; ISSN 2197-4578 1433-7266, 2003
    academicJournal
    Wie komme ich dran?
  18. Detailansicht für Treffer 18 öffnen
    Figure 5. Both DP and SP differentiation trajectories approach the transcriptional state of primary MNs (pMNs), but DP does so with higher precision. ; (a) tSNE visualization of 874 single cell transciptomes from FACS purified Mnx1+ MNs from embryos reveals heterogeneity within this population. To make comparisons between DP and SP with pMNs we used only the subset of Mnx1:GFP+ primary cells in a bona-fide MN state. See Figure 5—figure supplement 1 for marker gene expression in each population. (b) Comparison of average gene expression profiles for cell states along the DP and SP trajectories with pMNs. In both methods similarity increases as differentiation proceeds. Late DP states are the most similar to embryonic MNs. (c) Projection of the reference E13.5 pMNs into the visualization from Figure 3 revealed that pMNs closely associate with the terminal states of both DP and SP (i). Close examination of the terminal populations (EMN, LMN) from DP and SP compared to pMNs reveals heterogeneity representing state subtypes (ii). At a single cell level DP LMNs were the most closely associated with E13.5 pMNs; 64% of DP LMNs had at least 1 pMN nearest neighbor out of its most similar 50 cells compared to 6% for SP LMNs (iii). The subtypes present within terminal DP and SP populations could be annotated using marker genes. DP and SP EMNs express progenitor genes including Mnx1, along with Nkx2-2 and Nkx6-1 in SP only. The major SP LMN outgroup expressed Gata3, indicating a hindbrain identity. Both DP LMNs and pMNs shared expression of the terminal MN differentiation gene Ebf2. (d) Systematic pairwise differential gene expression analysis between terminal DP and SP states and pMNs. Each panel is a volcano plot of differentially expressed transcription factors. Both DP and SP LMNs show limited gene expression differences to pMNs. The dominant differences are positional, with DP and SP LMNs lacking the most posterior Hox genes. Other expression differences are explained by differences in terminal state subtypes as shown in c). Differentially expressed genes were filtered for TFs with a corrected p-value 4, and minimum expression of 1umi/cell average.
    2017
    unknown
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  20. Detailansicht für Treffer 20 öffnen
    Figure 2. Dissection of DP and SP motor neuron differentiation strategies using InDrops single cell RNA sequencing. ; (a) Summary of the direct programming (DP) and standard protocol (SP) differentiation strategies. (b–c) tSNE visualization of single cell RNA sequencing data from each differentiation strategy. Timepoints are shown inset. Cell state clusters are color coded and annotated with their identities: ESC = embryonic stem cell; NP = neural progenitor; PNP = posterior neural progenitor; PVNP = posterior and ventral neural progenitor; MNP = motor neuron progenitor; EMN = early motor neuron; LMN = late motor neuron; CN = cortical neuron; DSCN = dorsal spinal cord neuron; Gl1 = glia type 1; Gl2 = glia type 2; Mus = muscle; Meso = mesoderm; Endo = endoderm; Oligo = oligodendrocyte; Astro = astrocyte; Stro = stromal. Arrows inside the bounded area indicate the hypothesized cell state progression during MN differentiation for each method. (d–e) Expression heatmap of marker genes used to identify each subpopulation. Colors and annotations for the subpopulations are the same. (f–g) Subpopulation abundances for each protocol over time. DP has significantly higher MN production efficiency than SP (66% vs. 9%) at the late timepoint. MN = EMN or LMN; NP = NP, PNP, or PVNP; Other = everything else. Colors and labels match b-e).
    2017
    unknown
    Wie komme ich dran?
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