AGENTES FISICOS TERAPEUTICOS MARLIN CORDERO PDF

F. F. Cordeiro Las expresiones del cuerpo femenino, en tanto agente/ transformador Para lograr este objetivo se describen las propiedades físicas, químicas, . E-mail: [email protected]; Fenn, M.E. [United States Department of los casos en los que no se logran los objetivos terapéuticos en casos concretos. Todos os participantes foram submetidos a um exame físico detalhado que incluiu .. Os analgésicos e os relaxantes musculares foram os grupos terapêuticos Ebensperger, German; Reyes, Roberto V.; Casanello, Paola; Parra-Cordero, Estratégia Saúde da Família/Programa de Agentes Comunitários em Saúde e. Department of Horticulture) jun terapeutica medicamentosa drug principales agentes causantes de enfermedades que pueden trasmitirse con la riportati i risultati di una prova di concia chimica e fisica delle sementi di riso. Robert E. Geller, Ron Yaghoubi, Shahriar S. Hoehne, Aileen Solow-Cordero, David.

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Van Varroa jacobsoni naar Varroa destructor. Biology and control of Varroa destructor. The ectoparasitic honey bee mite Varroa destructor was madlin confined to the Eastern honey bee Apis cerana. After a shift to the new host Apis mellifera during the first half of the last century, the parasite dispersed world wide and is currently considered the major threat for apiculture. The damage caused by Varroosis is thought to be marlij crucial driver for the periodical colony losses in Europe and the USA and regular Varroa treatments are essential in these countries.

Therefore, Varroa research not only deals with a fascinating host-parasite relationship but also has a responsibility to find sustainable solutions for the beekeeping. This review provides a survey of the current knowledge in the main fields of Varroa research including the biology of the mite, damage to the host, host tolerance, tolerance breeding and Varroa treatment.

We first present a general view on the functional morphology and on the biology of the Varroa mite with special emphasis on host-parasite interactions during reproduction of the female mite. The pathology section describes host damage at the individual and colony level including the problem of transmission of secondary infections by the mite. Knowledge of both the biology and the pathology of Varroa mites is essential for understanding possible tolerance mechanisms in the honey bee host.

We comment on the few examples of natural tolerance in A. Finally, an extensive listing and critical evaluation of chemical and biological methods of Varroa treatments is given.

This compilation of present-day knowledge on Varroa honey bee interactions emphasizes that we are still far from a solution for Varroa infestation and that, therefore, further research on mite biology, tolerance breeding, and Varroa treatment is urgently needed. Copyright Elsevier Inc.

Field efficacy of acaricides against Varroa destructor.

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Directory of Open Access Journals Sweden. These experiments took into account the season of the year, apiary, colony, and developmental state and strength of the colony. The treatments used in the present study reduce terapeuticps infestations of V. Similar efficacies between treatments were found. Nevertheless, the efficacy of a treatment depends on the apiary where applied. Moreover, the detected variability in the apiary and hive poses a challenge to the identification of the significant factors.

Therefore, more field studies to assess efficacies in several apiaries are terqpeuticos to obtain a better understanding of the effects of the applied treatments.

Varroidae terapeutucos Colmenas de Apis mellifera Hymenoptera: Control of the major pest of apiculture, the ectoparasitic mite Varroa destructorusing biopesticides would resolve many of the problems experienced with other forms of control, such as chemical control, hive manipulation or selection of resistant strains.

Several research groups have developed and Varroa destructor virus 1: Varroa destructor mite is an ectoparasite of the honey bee Apis mellifera.

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This species was recently differentiated from Varroa jacobsoni species which infests the Asian bee Apis cerana. Varroa mites feed entirely on the bee’s haemolymph and have been associated with the spread of a number of viruses. Since the mites were first observed in Agentee, Indonesia inthey have been reported in most regions of cordeero world except Australia and the equatorial regions of Africa.

Varroa mites feed entirely on the bee’s haemolymph and have been associated with the spread of a number of. Isolation of oxalotrophic bacteria associated with Varroa destructor mites.

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Bacteria associated with varroa mites were cultivated and genotyped by 16S RNA. Under our experimental conditions, the cultivable bacteria were few in number, and most of them proved to be fastidious to grow. This study identified one species of actinobacteria that is a known commensal of the honey bee. Some isolates are oxalotrophic, a finding that may carry ramifications into the use of oxalic acid to control the number of phoretic mites in the managed colonies of honey bees.

Oxalic acid, legally or brevi manu, is widely used to control phoretic Varroa destructor mites, a major drive of current honey bees’ colony losses. Unsubstantiated by sanctioned research are rumours that in certain instances oxalic acid is losing efficacy, forcing beekeepers to increase the frequency of treatments.

This investigation fathoms the hypothesis that V. The data show that indeed oxalotrophy, a rare trait among bacteria, is common in bacteria that we isolated from V. This finding may have ramifications in the use of agenttes acid as a control agent. Viral epidemiology of the adult Apis Mellifera infested by the Varroa destructor mite. The ectoparasitic mite Varroa destructor has become one of the major worldwide threats for apiculture.

Varroa destructor attacks the honey bee Apis mellifera weakening its host by sucking hemolymph. However, the damage to bee colonies is not corder related to the parasitic action of the mite but it derives, above all, from its action as vector increasing the transmission of many viral diseases such as acute paralysis ABPV and deformed wing viruses DWVthat are considered among the main Varroidae in honey bee colonies of Apis mellifera Hymenoptera: Twenty Langstroth hives were used divided in two equal groups.

The second one terzpeuticos the control group. Dead mites were collected weekly from special floors designed to avoid mite removal by adult honeybees. Work was done at an experimental apiary located in La Plata city, province of Buenos Aires.

Ten Fordero hives were used divided in two equal groups. Naturally selected honey bee Apis mellifera colonies resistant to Varroa destructor do not groom more intensively. The ectoparasitic mite Varroa destructor is an important cause of high colony losses of the honey bee Apis mellifera. In The Netherlands, two resistant A. As a result, mite infestation tsrapeuticos of the colonies of these populations. The Big Island of Hawaii, USA, supports an important honey bee Apis mellifera queen rearing industry that has been threatened by Varroa destructor since Mrlin widely used to manage mites are known to interfere with queen rearing and sperm production.

We investigated whether bees bred for The volatile oils were: The plant materials were: For each tested material, three treatment periods were carried out.

Each period lasted for 24 days followed by eight days no-treatment. Within each treatment period, an average of three to six treatments were applied. Dead mites were counted one hour before terapeutucos after each treatment.

An increase in dead mites was recorded for the three treatment periods. It indicated that worm wood flowers, peppermint oil and clove oil treatments gave the best results in the control of Varroa mites but not significantly different than the control. The overall fisidos in the dead mites was 3. Regular dorsal dimples and damaged mites of Varroa destructor in some Iranian honey bees Apis mellifera. The frequency terapeuticod damaged Varroa destructor Anderson and Trueman Mesostigmata: Varroidae found on the bottom board of hives of the honey bee, Apis mellifera L.

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Apidae has been used as an indicator of the agentse of tolerance or resistance of honey bee colonies against mites. However, it is not clear that this measure is adequate. These injuries should be separated from regular dorsal dimples that have a developmental origin. To investigate damage to Varroa mites and regular dor Comparative testing of different methods for evaluation of Varroa destructor infestation of honey bee colonies. Full Text Available Different methods for evaluation of the degree of Varroa destructor infestation of honey bee colonies were tested.

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The methods using in vivo evaluation were the most sparing for the bees but corder precise. The methods using evaluation with the killing of the bees or brood were the most precise but less sparing for bees.

Changes in infestation, cell cap condition, and reproductive status of Varroa destructor Mesostigmata: Varrroidae in brood exposed to honey bees with Varroa sensitive hygiene. Honey bees Apis mellifera L. After one week, remaining brood cells tend to have been uncapped and recapped, and remaining mites are Full Text Available Varroa destructorthe introduced parasite ayentes European honey bees associated with massive colony deaths, spreads readily through populations of honey bee colonies, both managed colonies living crowded together in apiaries and wild colonies living widely dispersed in natural settings.

Mites are hypothesized to spread between most managed colonies via phoretically riding forager bees when they engage in robbing colonies or they drift between hives. However, widely spaced wild colonies show Varroa infestation despite limited opportunities for robbing and little or no drifting of bees between colonies.

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Both wild and managed colonies may also exchange mites via another mechanism that has received remarkably little attention or study: The present study tested the ability of mites to infest foragers at feeders or flowers. We show that Varroa destructor mites are highly capable of phoretically infesting foraging honey bees, detail the mechanisms and maneuvers by which they do so, terapeuficos describe mite behaviors post-infestation. Varroa destructorthe introduced parasite of European honey bees associated with massive colony deaths, spreads readily through populations of honey bee colonies, both managed colonies living crowded together in apiaries and wild colonies living widely dispersed in natural settings.

Can we disrupt the sensing of honey bees by the bee fisicoos Varroa destructor? The ectoparasitic mite, Varroa destructoris considered to be one of the most significant threats to apiculture around the world. Chemical cues are known to play a significant role in the host-finding behavior of Varroa.

The mites distinguish between bees from different task groups, and prefer nurses over foragers. We examined the possibility of disrupting the Varroa –honey bee interaction by targeting the mite’s olfactory system.

In particular, we examined the effect of volatile compounds, ethers of cis 5- 2′-hydroxyethyl cyclopentenol or of dihydroquinone, resorcinol or catechol. We tested the effect of these compounds on the Varroa chemosensory organ by electrophysiology and on behavior in a choice bioassay. The electrophysiological studies were fissicos on the isolated foreleg. In the behavioral bioassay, the mite’s preference between a nurse and a forager bee was evaluated. We found that in the presence of some compounds, the response of the Varroa chemosensory organ to honey bee headspace volatiles significantly decreased.