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  Rodent models of stroke

  edited by Ulrich Dirnagl.

  Contents:
  From bedside to bench: How clinical reality should instruct stroke modeling / P. Patak and D.M. Hermann
  How to avoid bumping into the translational roadblock / M. Macleod
  Modeling focal cerebral ischemia in rodents: Introduction and overview / V. Prinz and M. Endres
  Focal cerebral ischemia in the mouse and rat using the intraluminal suture-filament model / L. Belayev, M. Endres and V. Prinz
  Focal ischemia models: Middle cerebral artery occlusion induced by electrocoagulation, occluding devices, and endothelin-1 / I.M. Macrae
  Rodent models of thromboembolic stroke / C. Orset ... [et al.]
  Photochemical and endothelin models of focal brain ischemia / O.W. Witte
  Housing in an enriched environment: A tool to study functional recovery after experimental stroke / K. Ruscher and T. Wieloch
  Modeling risk factors and confounding effects in stroke / B. McColl ... [et al.]
  Effect of anesthesia in stroke models / R.J. Traystman
  Noninvasive brain imaging in small animal stroke models: Mri and pet / A.M. Planas
  Non-invasive optical imaging in small animal models of stroke / A. Wunder and J. Klohs
  Behavioral testing in mouse models of stroke / M. Balkaya and M. Endres
  Behavioral testing in rodent models of stroke / G.A.S. Metz
  Histology and infarct volume determination / C. Sommer
  Ethics of modeling of cerebral ischemia in small animals / U. Lindauer
  Quality control and standard operating procedures / U. Dirnagl
  Statistics in experimental stroke research: From sample size calculation to data description and significance testing / U. Dirnagl
  Complexities, confounders, and challenges in experimental stroke research: A checklist for researchers and reviewers / U. Dirnagl.

  Digital Access Springer 2010
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• Article

  The use of electrophoresis of the water-soluble (sarcoplasmic) proteins of fish muscle to differentiate the closely related species of hake (Merluccius sp.).

  Mackie IM, Jones BW.

  Comp Biochem Physiol B. 1978;59(2):95-8.

  1. Electrophoretic separation patterns of water-soluble proteins of five species of hake, Merluccius merluccius; M. australis; M. productus; M. bilinearis and M. angustimanus, have been examined. 2. The patterns were reproducible within each species and distinguishable from one another. 3. The frequency distribution of numbers of vertebrae and of gillrakers were obtained for the same fish. 4. Only the electrophoretic patterns gave an unequivocal identification of the species.

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  PubMed