Evolução dos preços relativos de grupos alimentares entre 1939 e 2010, em São Paulo, SP

OBJETIVO: Analisar a evolução dos preços relativos dos grupos de produtos alimentares e sua influência nas políticas públicas para uma alimentação saudável.MÉTODOS: Foram analisados dados do município de São Paulo de 1939 a 2010, a partir da aplicação de métodos de cálculo de números-índices. Foram utilizados dados do banco de preços e estruturas de ponderação da Fundação Instituto de Pesquisas Econômicas (1939 a 1988) e do Instituto Brasileiro de Geografia e Estatística (1989 a 2010). O banco de preços foi organizado, sua consistência foi testada e os preços foram deflacionados pelo Índice de Preços ao Consumidor. Os dados relativos a preços deflacionados foram calculados e agregados por categorias e grupos alimentares da pirâmide alimentar adaptada. Os índices de preços de cada grupo foram construídos aplicando a fórmula de Laspeyres modificada. O índice geral de preços da alimentação foi comparado com índices de cada grupo alimentar e respectiva categoria: alimentos in natura; alimentos industrializados; bebidas; carnes, leguminosas, leite e ovos; cereais e tubérculos; e refeições fora do domicílio.RESULTADOS: Os grupos alimentares de gorduras, óleos, condimentos, açúcares e alimentos processados (alimentos industrializados) apresentaram tendência de redução de preços em termos relativos. O índice dos alimentos in natura,como frutas e verduras, apresentaram tendência de elevação de preços. Outros grupos alimentares, como cereais, farinhas e massas, carnes, leite e ovos, apresentaram estabilidade de preços relativos ao longo do tempo.CONCLUSÕES: A evolução dos preços relativos dos alimentos no município de São Paulo mostra tendência desfavorável à manutenção da alimentação saudável em nível domiciliar em longo prazo.

First record of Anopheles (Anopheles) costai Fonseca & Ramos, 1939 in Espírito Santo State, Brazil

Field collections of immatures and adults of Culicidae were carried out in the Rio Doce Valley, Espírito Santo State, aiming to increase knowledge on the anopheline species of that region. Considering all Culicidae species collected, among other anopheline it is noteworthy the presence of Anopheles darlingi, An. oswaldoi and An. costai. Regarding to An. darlingi, responsible for malaria outbreak in the low lands in that state, it was expected to confirm its presence in the area. The register of specimens of An. costai in the field collections is relevant, increasing the geographical distribution of the species and representing better knowledge of the Series Arribalzagia of the subgenus Anopheles.

Distribuição geográfica de Lutzomyia (Nyssomyia) whitmani (Antunes & Coutinho, 1939) no Estado de Mato Grosso

No Estado de Mato Grosso, 100% dos municípios apresentam registros de casos autóctones de leishmaniose tegumentar americana. O presente trabalho objetivou verificar a distribuição geográfica de Lutzomyia whitmani no estado. Mato Grosso possui três ecossistemas distintos, o cerrado, o pantanal e área de domínio amazônico. Os dados sobre a ocorrência de Lutzomyia whitmani foram obtidos a partir de relatórios de pesquisa entomológica realizados pelo Núcleo de Entomologia da Fundação Nacional de Saúde no período de 1996 a 2000 e de 2001 a 2006 pelo Laboratório de Entomologia da Secretaria Estadual de Saúde de Mato Grosso. Foram realizadas pesquisas entomológicas em 83 (59,7%) dos 139 municípios de Mato Grosso. Lutzomyia whitmani foi capturado em 70 (84,3%) municípios, com ampla distribuição em todos os tipos de vegetação.

Biologia da Arsenura xanthopus (Walker, 1855) ( Lepidoptera - Adelocephalidae ), praga do «Açoita-Cavalo» (Luehea spp.) e notas sôbre seus inimigos naturais

Biology of Arsenura xanthopus (Walker, 1855) (Lep., Adelocephalidae), a pest of Luehea spp. (Tiliaceae), and notes on its natural enemies. In the beginning of 1950, one of the Authors made some observations about the biology of Arsenura xanthopus (Walker), in Piracicaba, State of S. Paulo, Brazil. From 1951 to 1953, both Authors continued the observations on such an important Adelocephalidae, the caterpillars of which represent a serious pest of Luehea spp. leaves. Actually, in some occasions, the caterpillars can destroy completely the leaves of the trees. The species is efficientely controlled by two natural enemies: an egg parasite (Tetrastichus sp., Hym., Eulophidae) and a fly attacking the last instar caterpillar (Winthemia tricolor (van der Wulp), Dip., Tachinidae). Tetrastichus sp. can destroy 100% of the eggs and the fly, 70 to 100% of the caterpillars. Indeed, facts as such are very interesting because we rarely know of a case of so complete a control of a pest by an insect. A. xanthopus had not yet been mentioned in our literature. Actually neither the systematic bibliography nor the economic one has treated of this species. However, a few other species of Arsenura are already known as living on Luehea spp. According to the Authors' observations, W. tricolor was also unknown by the Brazilian entomological literature. Arsenura xanthopus (Walker, 1855) After giving the sinonimy and a few historical data concerning the species, and its geographical distribution, the Authors discuss its placing in the genus Arsenura Duncan or Rhescyntis Huebner, finishing by considering Arsenura xanthopus as a valid name. The Authors put the species in the family Adelocephalidae, as it has been made by several entomologists. The host plant The species of Tiliaceae plants belonging to the genus Luehea are called "açoita-cavalo" and are well known for the usefulness of their largely utilized wood. The genus comprises exclusively American plants, including about 25 species distributed throughout the Latin America. Luehea divaricata Mart, is the best known species and the most commonly cultivated. Biology of Arsenura xanthopus Our observations show that the species passes by 6 larval stages. Eggs and egg-postures, all the 6 instars of the caterpillars as well as the chrysalid are described. The pupal period is the longest of the cycle, taking from 146 to 256 days. Data on the eclosion and habits of the caterpillars are also presented. A redescription of the adult is also given. Our specimens agreed with BOUVIER's description, except in the dimension between the extremities of the extended wings, which is a little shorter (107 mm according to BOUVlErVs paper against from 80 to 100mm in our individuals). Winthemia tricolor (van der Wulp, 1890) Historical data, geographical distribution and host are first related. W. tricolor had as yet a single known host-; Ar^-senura armida (Cramer). This chapter also contains some observations on the biolcn gy of the fly and on its behaviour when trying to lay eggs on the caterpillars' skin. The female of W. tricolor lays from 1 to 33 eggs on the skin of the last instar caterpillar. The mam region of the body where the eggs are laid are the membranous legs. Eggs are also very numerous oh the ventral surface of the thorax and abdomen. The. preference for such regions is easily cleared up considering the position assumed by the caterpillar when fixed motionless in a branch. In such an occasion, the fly approaches, the victim, puts the ovipositor out and lays the eggs on different parts of the body, mainly on the mentioned regions, which are much more easily reached. The eggs of the fly are firmly attached to the host's skin, being almost impossible to detach them, without having them broken. The minute larvae of the fly enter the body of, the host when it transforms into chrysalid. Chrysalids recentely formed and collected in nature f requentely show a few small larvae walking on its skin and looking for an adequate place to get into the body. A few larvae die by remaining in the skin of the caterpillar which is pushed away to some distance by the active movements of the chrysalid recentely formed. From 1 to 10 larvae completely grown may emerge from the attacked chrysalid about 8 days after their penetrating into the caterpillars' body and soon begin to look for an adequate substratum where they can transform themselves into pupae. In natural conditions, the metamorphosis occurs in the soil. The flies appear within 15 days. Tetrastichus sp. This microhymenoptera is economically the most interesting parasite, being commonly able to destroy the whole pos^ ture of the moth. Indeed, some days after the beginning of the infestation of the trees, it is almost impossible to obtain postures completely free of parasites. The active wasp introduces the ovipositor into the egg of the moth, laying its egg inside, from 80 to 120 seconds after having introduced it. A single adult wasp emerges from each egg. Sarcophaga lambens Wiedemann, 1830 During the observations carried out, the Authors obtained 10 flies from a chysalid that were recognized as belonging to the species above. S. lambens is a widely distributed Sarcophagidae, having a long list of hosts. It is commonly obtained from weak or died invertebrates, having no importance as one of their natural enemies. Sinonimy, list of hosts and distribution are presented in this paper. Control of Arsenura xanthopus A test has been carefully made in the laboratory just to find out the best insecticide for controlling A. xanthopus caterpillars. Four different products were experimented (DDT, Pa-rathion, BHC and Fenatox), the best results having been obtained with DDT at 0,25%. However, the Authors believe in spite of the initial damages of the trees, that the application of an insecticide may be harmful by destroying the natural agents of control. A biological desiquilibrium may in this way take place. The introduction of the parasites studied (Tetrastichus sp. and Winthemia tricolor) seems to be the most desirable measure to fight A. xanthopus.

Contribuição para o conhecimento do lepidóptero saturnídeo Rothschildia arethusa (Walker, 1855)

In this paper, the writers present a summary of their investigations on Rothschildia arethusa (Walker, 1855) ( Lepidoptera, Saturniidae ) performed at the Escola Superior de Agricultura "Luiz de Queiroz", Piracicaba, State of São Paulo, Brazil. The larva was found to feed on "bacupari do mato" (Rheedia sp.) ( Guttiferae ). Some bionomical notes on the larval and pupal stages and the description of the adult are the mainly subject.

Ensaio de combate químico ao ácaro da leprose Brevipalpus phoenicis (Geijskes, 1939) em pomar cítrico

O ácaro da leprose Brevipalpus phoenicis é considerado o responsável ou um dos responsáveis pela transmissão da leprose em citros. O presente trabalho foi realizado com a finalidade do combate químico ao ácaro. Os tratamentos foram oito: pulverizaram-se cinco defensivos em diferentes formulações comerciais e dosagens, tendo cada laranjeira recebido 7,0 litros de calda. A análise dos resultados mostrou que o bromopropilato (tratamento padrão) se manteve eficiente durante todo o experimento; a clofentezina, na menor dosagem, foi bastante promissora e teve efeito residual relativamente longo.

Pulverização de novos acaricidas no combate ao ácaro da leprose Brevipalpus phoenicis (GEIJSKES, 1939) (Acari: Tenuipalpidae) em citros

O ácaro da leprose é, segundo alguns autores, o vetor responsável pela transmissão da leprose, doença possivelmente causada por um vírus. Este trabalho foi realizado com o objetivo de combate químico ao ácaro, que nos últimos anos está se tornando mais importante. Os tratamentos eram seis, cada um com quatro repetições, mas os produtos eram três. Cada laranjeira recebeu 3,33 litros de calda. Todos os defensivos utilizados conduziram a excelentes resultados até os 89 dias após a pulverização, ocasião em que os trabalhos foram encerrados.

Novo ensaio de combate químico ao ácaro da leprose dos citros Brevipalpus phoenicis (Geijskes, 1939) em laranjeiras

O ácaro da leprose Brevipalpus phoenicis (Geijskes, 1939) é o vetor responsável pela transmissão do agente causador da leprose em laranjeiras, possivelmente um vírus. A doença é grave, responsável por grandes perdas nos laranjais paulistas. Este trabalho foi realizado com o objetivo de combate a esse ácaro com a aplicação de defensivos químicos. Tratamentos: A) testemunha; B) fempropatrina (13,5g); C) clofentezina (20,0g); D) bifentrina (5,6g); E) binapacril (50,0g); F) flubenzimina (60,0g); G) ciexatina (20,0g). As quantidades entre parênteses sao de ingrediente ativo para 100 litros de água. Gastaram-se 4 litros de calda por árvore e 1.332 litros por hectare. A ciexatina, binapacril e bifentrina foram os tratamentos mais eficientes, principalmente a ciexatina.

Ácaro da leprose Bvevipalpus phoenicis (Geijskes, 1939): combate experimental em laranjeiras

Com o objetivo de combater o ácaro da leprose foi montado um campo experimental com os seguintes tratamentos: A) testemunha; B) clofentezina, 9,45g; C) clofentezina, 9,45g + alquenóis multimetílicos, 0,4g; D) quinometionato, 25,Og; E) quinometionato, 37,5g; F) piretróide RU-1.000, l,76g; G) piretróide RU-1.0Q0, 2,0g; H) dicofol, 37,0g (tratamento padrão). As quantidades citadas são de ingredientes ativos em 1000 litros de calda (Tabela 1). Cada laranjeira foi pulverizada com 6 litros de calda, aplicada com pulverizador costal motorizado. Foram feitas 6 avaliações: a prévia (03 dias antes da pulverização) e 5 pos-aplicaçao (05, 14, 18, 26 e 35 dias após a aplicação). Pela análise dos resultados obtidos verifica-se que os tratamentos B, F, G e H. foram os mais eficientes. Os resultados da redução real podem ser observados na Tabela 2.

Verificação da infecção de moscas da família Tachinidae pela Empusa Cohn, 1855: essas moscas, sugando ulceras lepróticas, se infestaram com o bacilo de Hansen

The A. refers that, in his last study, in his last studying trip to Colonia Santa Fé, Minas Gerais State, last month of March (autumn), had captured many wild flies (all from Tachinidae family, according to various entomologists of the Instituto Oswaldo Cruz), on a leprotic ulceration of the left leg of a lepromatous case of leprosy. The microscopical examination of the abdominal material from sch flies proved the presence, in rather great number, of HANSEN bacilli and a fungus of the genus Empusa COHN 1855. The A. intends to continue, next summer, such interesting research.

Anfíbios Anuros da coleção Adolpho Lutz: III - Hyla claresignata Lutz & B. Lutz, 1939

Hyla claresignata Lutz & Lutz, 1939, is a large species apparently not closely allied to the other known Brazilian hylas. It is characterized by the very small tympanum; the head is short and the snout rounded; the legs are long, the hands and feet unusually large, the latter extensively webbbed. The specific name is derived from the insular, irregular, or roughly triangular, dark spots, with a light halo, found mostly in the dorso-lateral region and on the legs. It belongs to the rain-forest fauna of the Marítime Range. The adult is a bromeliad-dweller and the tadpole rhyacophilous. DESCRIPTION. Vomerine teeth in two separate, oblique, groups, behind the large choanae, parallel to the posterior half of their inner border. Tongue entire, short, very broad and hardly free behind. Snout short, rounded, with distinct canthus rostralis and gradually sloping loreal region. Eye very large and prominent, its horizontal diameter almost equal to the distance between its anterior corner and the tip of the snout. Tympanum very small, less than one third of the diameter of the eye, but distinct, partly covered by a short, heavy ridge. Lateral fingers less than one third webbed; fourth finger slightly longer than the second, just reaching the base of the disk of the third; subarticular tubercles well developed; an angular pollex rudiment, more noticeable in the males. Toes almost completely webbed, the edge of the web inserted at the base of the disk on the third and the fifth; an inner metatarsal tubercle. Skin smooth above, granular beneath, on the throat minutely so. No dermal appendage on the hell. Habit robust, head broader than long, body rather heavy, slightly narrowed in the postaxillary region. Legs long, the tibiotarsal articulation reaching beyond the tip of the snout when adpressed. Type (female): 61 mm. (Fig. 1.) DIAGNOSIS of TADPOLE (by G. Orton). "A large specialized, mountain-stream tadpole, with wide head an elongated, flattened snout, greatly enlarged lips and high tooth formula. Eyes dorsal. Spiracle sinistral, projecting, situated far back on side. Anus dextral. Tooth formula 8/12 to 9/14 in fully grown larvae. Tail with a prominent, vertical dark band across musculature and fins; a second concentration of dark pigment near tip of tail, may or may not form a similar but narrower band. Maximum known total length: 60mm.; head and body length 25mm. (Figs. 6 e 7). For further details see Lutz & Lutz, 1939 and Lutz B. & Orton G. 1946.