morphological change

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Morphological Development (Development of multicellular organism, characterization and change)
Morphological development starts with a single cell which able to divide or die. The cells are joined by springs and formed the morphological individuals. One of the studies had done in India to determine the morphological characterization of Echinococcus from food producing animals. Cystic echinoccosis is a common infecting in food producing animals. In this research 21,861 animals had been examined and found the highest prevalence of hydatid cysts (5.10 %) followed by buffaloes (3.81%), pig (0.87%) and sheep (0.075%). (Pednekar, 2009,
Schramm, 2011). Another article had study on morphological development and characterization of aromatase and estrogen receptors alpha and beta in fetal ovaries of cattle. In this study the aim was to understand the role of estradiol-17β in fetal ovarian development, presence an localization of cytochrome p450 aromates (P450arom) and estrogen receptors alpha and beta proteins characterized in fetal ovaries of cattle. In the day of 110 of the experiment ovarian structures within different lobes appeared to be different morphological development stages. At the end of this experiment morphological development had analyzed that in granulosa cell growing of oocytes of follicles. Also both ERα and ERβ protein was observed in overigerous cords and granulosa cells and oocytes of follicles. (Burkart, 2009) Similar research had done by Celine Ferre, was “comparison of early morphological and molecular changes induced by 17-alpha-methytestosterone and estradiol benzoate in rat ovary.”(Ferre, 2013) The goal of this experiment was to identify early events and linked to morphological change in the ovary by exposure t...

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...ent.” (Burkhart, 2010) After Ferre, studied the molecular and morphological changes induced by 17MT (an androgenic compound) and EB (estrogenic compound) on the rat ovary, scientist stated that “Our work indicated that the detection of early key hormonal markers in short term studies can help to predict the adverse long term effects on target” (Ferre,2013) End of the TGFα scientist concluded his experiment that “TGFα overexpression alone does not lead to tumor formation or epithelial hyperplasia in the mouse urogenital organs even though TGFα overexpression elicits bladder outlet obstruction.” (Yoshio, 2010) Morphological changes based on environmental factors, O’Regan stated that “focal palatine erosion” (FPE) can be developed by soft diet chetahs. Moreover, in several cases, this can lead to sinuses developing between oral and nasal cavities. (Yoshio, 2010)

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