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41 - 58 of 58 search results for `Development and Neuroscience` |u:research.pdn.cam.ac.uk
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  2. Matthew Mason: publication abstract

    https://research.pdn.cam.ac.uk/staff/mason_ma/RNMFDC2010_abstract.html
    5 Jan 2012: 2010) Calcium phosphate mineralization in phosphatic brachiopods, and vertebrates. European Cells and Materials 19, suppl. ... To access this paper via the European Cells and Materials website, please click here.
  3. Matthew Mason: publication abstract

    https://research.pdn.cam.ac.uk/staff/mason_ma/ZVMFFIV2015_abstract.html
    15 Jul 2015: Volodina, E.V. (2015) Vocal development during postnatal growth and ear morphology in a shrew that generates seismic vibrations, Diplomesodon pulchellum. ... In this paper, the Russian team which first described this bizarre behaviour have explored the
  4. Matthew Mason: publication abstract

    https://research.pdn.cam.ac.uk/staff/mason_ma/GMA_et%20al_2019_Fluorescence.html
    3 Apr 2019: During the mating season, they can be seen by day walking around the forest floor and producing their soft buzzing calls, in search of a mate. ... To our great surprise, when we shone an ultra-violet (UV) lamp at the frogs, their backs and heads glowed
  5. Matthew Mason: publication abstract

    https://research.pdn.cam.ac.uk/staff/mason_ma/M2016_Internallycoupled.html
    14 Nov 2016: In contrast, the right and left middle ears of mammals are generally regarded as being acoustically isolated from each other, i.e. ... sound entering one ear will not excite the contralateral ear, and sound localisation is therefore based on different
  6. Matthew Mason: publication abstract

    https://research.pdn.cam.ac.uk/staff/mason_ma/M2016_anatomyII_abstract.html
    5 Apr 2016: Simple, "textbook" models of impedance matching have used by many zoologists in their studies of middle ear function in a diverse range of animals, and have even been used by palaeontologists ... Electrical analogue models represent an alternative way to
  7. Matthew Mason: publication abstract

    https://research.pdn.cam.ac.uk/staff/mason_ma/M2004_Chlorotalpa_abstract.html
    8 Mar 2011: Amblysomus species, and the greatly hypertrophied ossicles of e.g. Chrysochloris or Eremitalpa (as described in Mason, 2003a). ... 1995) model which predicts high-frequency hearing limit, and the Bárány (1938) model of inertial bone conduction.
  8. Matthew Mason: publication abstract

    https://research.pdn.cam.ac.uk/staff/mason_ma/JMSB2008_abstract.html
    18 May 2011: the stapedius muscle would also be missing and any response must come from the tensor contraction.
  9. Matthew Mason: publication abstract

    https://research.pdn.cam.ac.uk/staff/mason_ma/RMCD2012_abstract.html
    6 Sep 2012: Vertebrates, barnacles and brachiopods are very distantly related from each other, each being placed in a separate major division of the animal kingdom (Deuterostomia, Ecdysozoa and Lophotrochozoa respectively). ... Within each group, calcium phosphate
  10. Matthew Mason: publication abstract

    https://research.pdn.cam.ac.uk/staff/mason_ma/M2013_abstract.html
    23 May 2013: Mice and rats are widely used in experimental studies, often as control groups. ... I then review the nature of the middle ear apparatus in moles and golden moles.
  11. Matthew Mason: publication abstract

    https://research.pdn.cam.ac.uk/staff/mason_ma/MN2002_operculum_abstract.html
    8 Mar 2011: The operculum. Journal of Experimental Biology 205: 3167-3176. The otic operculum is a cartilaginous element which shares the oval window with the stapes footplate in many frogs (and some salamanders).
  12. Matthew Mason: publication abstract

    https://research.pdn.cam.ac.uk/staff/mason_ma/MN2002_extrastapes_abstract.html
    29 Mar 2012: Rather than the one-ossicle system of textbooks, the extrastapes and stapes of the frog actually behave as if they are two! ... Comparing our experimental results, we found a significantly greater velocity ratio in male frogs than in females, which we
  13. Matthew Mason: publication abstract

    https://research.pdn.cam.ac.uk/staff/mason_ma/VMHECMBFF2010_abstract.html
    2 Dec 2011: In those bats which do not echolocate using laryngeal sound, members of the family Pteropodidae ("megabats"), the connection between stylohyal and tympanic is missing. ... This anatomical relationship between stylohyal and tympanic reliably distinguishes
  14. Matthew Mason: publication abstract

    https://research.pdn.cam.ac.uk/staff/mason_ma/M2007_chapter_abstract.html
    3 Jul 2015: The anatomy of the middle ear in amphibians. 2.1.1 The middle ear cavity and tympanic membrane. ... 5.4 The opercularis system and the detection of substrate vibrations. 5.5 The opercularis system and pressure buffering.
  15. Matthew Mason: publication abstract

    https://research.pdn.cam.ac.uk/staff/mason_ma/MSCQV2015_froginner_abstract.html
    23 Mar 2015: 1973. This famous illustration has been reproduced many times in books, high-profile review articles and scientific papers, and we have also seen it used to illustrate undergraduate lectures. ... We also found what appears to be a fluid connection
  16. MJM species list

    https://research.pdn.cam.ac.uk/staff/mason_ma/Species_list.html
    6 Aug 2012: Micromys minutus. Harvest mouse. Mus musculus. House mouse (domestic and wild). ... Rattus norvegicus. Brown rat (domestic and wild). Bathyergidae. Heterocephalus glaber. Naked mole-rat.
  17. Matthew Mason: publication abstract

    https://research.pdn.cam.ac.uk/staff/mason_ma/MN2002_Eremitalpa_abstract.html
    8 Mar 2011: findings relating to its middle ear structure and function, taken from my unpublished PhD thesis. ... Illustrations of the intact E.g. namibensis ossicles can be found in Mason (2007) and Mason & Narins (2009).
  18. 15640513352837 1..30

    https://research.pdn.cam.ac.uk/staff/schultz/pdfs%20website/2019%20Fabian%20Ken2%20eLife.pdf
    29 Oct 2019: Department of Physiology, Development and Neuroscience, University ofCambridge, Cambridge, United Kingdom. ... Research article Neuroscience. Results. Choice task and behaviorTwo monkeys performed in a probabilistic choice task (Figure 1B) in which they
  19. Orbitofrontal signals for two-component choice options comply with…

    https://research.pdn.cam.ac.uk/staff/schultz/pdfs%20website/2019%20Alex%20NatComm.pdf
    29 Oct 2019: represent vectorial, multi-component choice options. https://doi.org/10.1038/s41467-019-12792-4 OPEN. 1 Department of Physiology, Development and Neuroscience, University of Cambridge, Cambridge CB2 3DY, UK. ... or aremore abstract, such as quantity and

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