Their morphological implications were also discussed.
The rejection of the grouping of acoels with platyhelminths sensu stricto (see [4] for a thorough taxonomical discussion) have several morphological implications.
Finally, biological and technological implications of such morphological variations are briefly mentioned.
The behavioral implications of these morphological constraints may be relevant to the use of active electro-orientation/navigation [20], [25], [27] among different species.
Therefore, it seems that further investigations are still required to clarify the mechanisms underlying the pathogenesis of microvesicular steatosis, particularly in order to better establish the clinical implications of this morphological hepatic change.
The reliability and evolutionary implications of two important morphological characters (number of stamens, and morphology of bud scales) used in subgeneric classification within Salix remain untested, and a disjunct Old New World distribution pattern of a main clade of subgenus Salix s.l., revealed by a previous study, lacks a reasonable explanation.
The functional implications of the different morphological states and dynamic changes are still not completely understood; they include clearance of apoptotic cells (Petersen & Dailey, 2004; Davalos et al., 2005) and phagocytosis of cellular debris (Nimmerjahn et al., 2005).
Using this combination of morphometric, external morphological, and ontogenetic approaches, we address issues regarding the nature, origins, and evolutionary implications of marsupial syndactyly: What are the evolutionary characteristics of digit relationships in syndactylous marsupials?
In this article, we present the morphological and quantitative data of the islet graft Schwann cell network and pericytes and discuss the implications of their participation in the islet graft neurovascular regeneration.
Due to the important policy implications of this finding we are further evaluating the evolutionary distinctiveness of A. acuta using morphological data and loci with higher mutation rates.
