• June 22, 2019

The cagaitera (Eugenia dysenterica D.C.) is a native fruit species from the Cerrado region of Brazil. Its main use is for food, but it has medical, pharmaceutical. The aims of this work were to elaborate a fruit wine from cagaita (Eugenia dysenterica DC) pulp and to compare the fermentations conducted with free and with. The mature fruits of cagaita (Eugenia dysenterica) are harvested by hand. After cleaning (immersion in sodium hypochlorite ppm) and selection, the fruits.

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Mice were gently placed on the platform upon stepping four paws onto the grid floor when they received a 0.

Oxidative Medicine and Cellular Longevity

These findings were histologically assessed and proven, which sheds light on cagaita as a noteworthy source of neuroprotective compounds. It is important to understand the reactive nature of the liver in response to other disease conditions.

The negative control was divided in to two groups including animals treated orally with 1 mL of ricin oil or 0.

dysentdrica To receive news and publication updates for Oxidative Medicine and Cellular Longevity, enter your email address in the box below. Eugenia punicifolia Beach Cherry. These results may be related to the geographic location of the analyzed fruits. Our readership spans scientists, professors, researchers, librarians, and students, as well as business professionals.

The activity of catalase enzyme can be measured by following either the decomposition of H 2 O 2 or the liberation of O 2.

Superoxide Dismutase SOD Activity The principle of this method is the ability of superoxide dismutase enzyme to inhibit the autoxidation of epinephrine. These fruits dysenterida supplement the diet and are a source of medicine, textile fibers, building materials and fuel. View at Google Scholar E. Leaves were dried at C in a circulating air oven.

Membrane processes applied to cagaita pulp The consumption of fruit juice in Brazil and in the industrialized world has increased significantly in recent decades. However, further experiments need to be done to elucidate our interpretation.


This is an open access article distributed under the Creative Commons Attribution Licensewhich permits unrestricted use, distribution, and reproduction in any medium, provided the original work is properly cited.

Cagaita – Eugenia dysenterica

How to cite and reference Link to this chapter Copy to clipboard. Using fruit juice or pulp that has been clarified by the membrane processes of microfiltration is already a reality in the international market. The vitamin C content in cagaita pulp as reported by Ribeiro was Lawn trees, antidiarrhoeal, antifungal, sysenterica and treatment of diabetes and jaundice. All results evaluated from mice subjected to 90 days of aluminium exposure. This peak potential value is akin to the observed for catechol moiety in natural antioxidants, such as catechin and quercetin.

Since this group was solely treated with AlCl 3it can be attested that this metal promotes memory impairment. Literature reports that chronic aluminium poisoning leads to the decrease of manganese-dependent SOD activity mitochondrial SOD in mouse brain. Silva, Santos-Junior, and Ferreira found the level of vitamin C to be Now containing plants. Therefore, the cagaita can be classified as a medium source of ascorbic acid. Although brain tissue contains endogenous antioxidants capable of ROS reduction, some enzymes also contribute to promote redox homeostasis.


Physiological development of cagaita (Eugenia dysenterica).

AlCl 3 exposure expressively reduced CA1 layer A typical total ion chromatogram obtained from the cagaita pulp analysis is presented in Figure 7. Introduction Diarrhea is responsible for deaths in adults and especially children all over the world, particularly in developing countries [ 12 ]. The pulp of the cagaita fruit has shown considerable promise for its vitamin C content and is considered a source of that nutrient when compared to other fruit.

The authors did not mention whether the pulp was obtained with or without peels.

Diarrhea is a consequence of innumerable pathologic conditions. Seed Availability Seeds are not available for the Cagaita.


After different drug administration periods no administration—T0, one dose—T1, repeated doses for 7 days—T2, and repeated doses for 14 days—T31 mL of blood was collected by heart puncture, without anticoagulant substances, in order to obtain serum samples, and further analyzed according to several biochemical variables such as chloride, magnesium, phosphorus, and alanine aminotransferase by using commercial kits Labtest Diagnostic S.

Behavioral Studies In order to assess the neuroprotective properties of CHE against aluminium-induced neurotoxicity, three behavioral tests were conducted, namely, step-down test to evaluate short- and long-term memories [ 13 ], open-field, and chimney tests to evaluate locomotor activity [ 1415 ].

Campomanesia lineatifolia Perfume Guava. The cagaita tree, belongs to the Myrtaceae family of plants, consisting of 14 genera and represented by species that naturally occur in the Cerrado. Experimental Design Animals were segregated in 6 groups I to VI each group and undergone chronic treatment for 90 days. As all polyphenols, quercetin promotes ROS scavenging, which minimizes oxidative stress and oxygen-related injuries in brain mater [ 12 — 21 ].

Physiological development of cagaita (Eugenia dysenterica).

The results ranged from 1. After the 45 th day, a second treatment was orally administered in the afternoon. The high fructose content dysenterlca be explained by the fact that the cagaita fruit used in their study was fully ripened.

Based on the results reported by several authors cited in this paper regarding the physical and chemical characteristics of the antioxidant action of the cagaita fruit, one can conclude that there is potential for therapeutic and medicinal applications. Tissue lesion in the intestine was classified by the occurrence dydenterica villi alterations and ulceration or inflammatory process.