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Titlebook: Intestinal Absorptive Surface in Mammals of Different Sizes; Robert L. Snipes Book 1997 The Editor(s) (if applicable) and The Author(s), u

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er extremity as well as the kinetic chain. The necessary kinematics of throwing place significant stresses across the joints of the upper extremity, which can lead to potential overload and injury. The throwing motion of the overhead pitch is divided into six segments or phases from wind-up to follo
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Morphometry of the Mammalian Cecum and Colon,g to formulas by measuring length and breadths (Chivers and Hladik 1980). A second advantage is the use of imaging analysis to determine microscopically visible surface enlargements, which until now have not be included in most studies of intestinal surface area determination.
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Summary,y levels has been covered, especially for rodents and primates. In the past two decades, progress has been made by adding a new dimension to the previous structural studies, namely, the morphometries analysis of the intestine of various animals and subsequent employment of this data in an analysis based on principles of scaling.
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0301-5556 ientific world, at least in the field of medicobi­ ological research. Now, in the last decade of this century, scientists are returning to a conceptual way of thinking that characterized the beginning of this century, namely organismal thinking. The holistic concept is not a new one; it was rekindle
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0301-5556 opic to the electron microscopy level - the need to compare and observe these morphological entities in a quantitiative way became increasingly imminent. Quanti978-3-540-62986-3978-3-642-60822-3Series ISSN 0301-5556 Series E-ISSN 2192-7065
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