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  1. 261
    “…Electroporation parameters were optimized in order to maximize the number of transformed cells while minimizing the extent of damage to the adult wing. While certain electrical parameters were well tolerated by the wing tissue, the physical damage caused by the insertion of the tungsten electrodes led to frequent disruptions of the adult wing pattern around the puncture sites. …”
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    In Vivo Electroporation of DNA into the Wing Epidermis of the Butterfly, Bicyclus anynana
  2. 262
    “…The wing motions of a male and a female fire ant alate, which beat their wings at 108 and 96 Hz, respectively, were captured with a stereo imaging system at a high frame rate of 8,000 frames per second. …”
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    Fire Ant Alate Wing Motion Data and Numerical Reconstruction
  3. 263
    “…This study investigated the genotoxicity of Lapachol (LAP) evaluated by wing spot test of Drosophila melanogaster in the descendants from standard (ST) and high bioactivation (HB) crosses. …”
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    Genotoxicity of lapachol evaluated by wing spot test of Drosophila melanogaster
  4. 264
    por Carkett, Martin D, Logan, Malcolm PO
    Publicado 2011
    “…RNA-seq transcriptomics of digit primordia in the developing chick wing and leg has clarified a long-standing dispute between paleontologists and embryologists about evolutionary homology.…”
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    1, 2, 3: Counting the fingers on a chicken wing
  5. 265
    “…The nanoscale protrusions of different morphologies on wing surfaces of four cicada species were examined under an environmental scanning electron microscope (ESEM). …”
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    Influence of Cuticle Nanostructuring on the Wetting Behaviour/States on Cicada Wings
  6. 266
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    An Aggressive Sphenoid Wing Meningioma Causing Foster Kennedy Syndrome
  7. 267
    “…Butterfly eyespots may have evolved from the recruitment of pre-existent gene circuits or regulatory networks into novel locations on the wing. Gene expression data suggests one such circuit, the Hedgehog (Hh) signaling pathway and its target gene engrailed (en), was recruited from a role in patterning the anterior-posterior insect wing axis to a role patterning butterfly eyespots. …”
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    Differential Involvement of Hedgehog Signaling in Butterfly Wing and Eyespot Development
  8. 268
    “…Remarkably, at a time when the war effort was singularly focused on the development of the atomic bomb, groups working at Oak Ridge and Chicago carried out key measurements and recognized the future utility of neutron diffraction quite independent of its contributions to the measurement of nuclear cross sections. …”
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    The early development of neutron diffraction: science in the wings of the Manhattan Project
  9. 269
    “…To the best of our knowledge, this is the first reported case of sphenoid wing GN. The nature and origin of this tumor are discussed, and the GN literature is reviewed.…”
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    Ganglioneuroma of the sphenoid wing: a case report and literature review
  10. 270
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    Living with clipped wings—Patients’ experience of losing a leg
  11. 271
    “…Using the model system of the Drosophila wing imaginal disc, we directly stretch the tissue finding a significant increase in cell proliferation, thus confirming this hypothesis. …”
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    Mechanical Control of Organ Size in the Development of the Drosophila Wing Disc
  12. 272
    por Lorenz, Camila, Suesdek, Lincoln
    Publicado 2013
    “…Recently, in some studies, chemically treatment (staining) of the wings was used to improve the viewing of landmarks. …”
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    Evaluation of Chemical Preparation on Insect Wing Shape for Geometric Morphometrics
  13. 273
    por Salazar, Félix, Barrientos, Alberto
    Publicado 2013
    “…The results show an inhomogeneous roughness distribution on the wing, as expected according to the anisotropic influence of the winds over the entire wing geometry. …”
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    Surface Roughness Measurement on a Wing Aircraft by Speckle Correlation
  14. 274
    por Lentink, David, de Kat, Roeland
    Publicado 2014
    “…Sailplanes depend on extreme wing smoothness to increase the area of laminar flow on the wing surface and minimize drag for extended glides. …”
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    Gliding Swifts Attain Laminar Flow over Rough Wings
  15. 275
    por Fang, Yanshan, Bonini, Nancy M.
    Publicado 2015
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    Hope on the (fruit) fly: the Drosophila wing paradigm of axon injury
  16. 276
    por Ohno, Yoshikazu, Otaki, Joji M
    Publicado 2015
    “…BACKGROUND: Butterfly wing color patterns emerge as the result of a regular arrangement of scales produced by epithelial scale cells at the pupal stage. …”
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    Spontaneous long-range calcium waves in developing butterfly wings
  17. 277
    por Ohno, Yoshikazu, Otaki, Joji M.
    Publicado 2015
    “…Previously, we successfully recorded real-time in vivo images of developing butterfly wings over time at the tissue level. …”
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    Live Cell Imaging of Butterfly Pupal and Larval Wings In Vivo
  18. 278
    “…We also document that the wing gustatory hair and tracheal architectures are capable of trapping volatile molecules from the environment, which might increase the efficiency of their spatial detection by way of wing vibrations or during flight.…”
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    Nano-architecture of gustatory chemosensory bristles and trachea in Drosophila wings
  19. 279
    “…The medial deformity of the winged scapula improved in all cases, without any residual esthetic disorders. …”
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    Syndrome of fascial incarceration of the long thoracic nerve: winged scapula()
  20. 280
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    Antibacterial titanium nano-patterned arrays inspired by dragonfly wings
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