15 research outputs found
Gynecological and psycho-sexual aspects of women with history of anorectal malformations
No full textPurpose: Women with anorectal malformation (ARM) are expected to have a normal life span, therefore, gynecological and psycho-sexual issues are also important. Aim of the study was to assess these aspects in adult females with history of ARM. Methods: Thirty-seven women from two ARM referral centers, aged ≥ 16, were identified. Gynecologic visit, cervicovaginal swab, pelvic ultrasound, FSH, LH, prolactin, progesterone, 17–β–estradiol, DHEAS, testosterone, TSH during follicular and luteal phases, and administration of FSFI questionnaire to screen the female sexual functioning were performed. Data were compared with six controls. Results: Nineteen patients, mean age 21.7 (16–45), participated to the study. Associated anomalies, mostly affecting limbs, vertebrae and genitalia, were present in 57.8% of cases. Mullerian anomalies were retrieved in 36.8%. Hormones’ levels were normal. Concerning sexual functioning, four women (21%) reported dyspareunia or impossible penetration, four did not answer the FSFI questionnaire due to lack of confidence about their sexuality, and three scored lower than the cut-off value for female sexual function. Conclusion: This study confirms the importance of a multidisciplinary long-term follow-up for ARM patients, including a careful study of the reproductive tract to detect and treat those conditions that could affect the fertility. Moreover, an appropriate psychological support should be provided
Development and electroanalytical investigation of a novel rectifying semiconductor/polymer interface
No full textPolybithiophene (pbT) thin films have been electrochemically deposited on n-TiO2 prepared by electrochemical oxidation of titanium. The rectifying behaviour of this novel inorganic semiconductor/conducting polymer interface is demonstrated by cyclic voltammetry experiments, interpreted in the framework of Gerischer's theory on 'semiconductor/redox-electrolyte' interfaces treated as Schottky barriers. Moreover, experimental evidence of a photovoltaic effect is given by a photoelectrochemical investigation carried out by illuminating the pbT layer with photons of appropriate frequency
The Board of Directors of Listed Firms: Theory and Evidence
No full textIl presente contributo esamina il consiglio d’amministrazione delle società aventi azioni quotate in Borsa Italiana, e le retribuzioni destinate ai suoi membri, alla luce delle numerose innovazioni dell’ordinamento giuridico italiano e seguendo quella linea di analisi recentemente proposta dalla letteratura avente alla propria base l’idea che gli amministratori possono influenzare a proprio vantaggio i termini del pay-package loro corrisposto.
A tal fine l’elaborato presenta una struttura articolata in due parti, nella prima delle quali viene fornita una visione organica dell’assetto istituzionale in cui l’analisi empirica, prodotta nella seconda, trova il proprio presupposto. Più specificatamente, la prima parte della tesi fornisce un’analisi giuridico-finanziaria della figura dell’amministratore (Capitolo 1) e del consiglio d’amministrazione (Capitolo 2), che risulta, oltre che assente in letteratura, quantomai attuale alla luce delle numerose e recenti riforme normative introdotte in materia. La normativa primaria, costituita dagli articoli del codice civile riguardanti gli amministratori ed i sistemi d’amministrazione e controllo (libro V, sezione VI bis, del Codice Civile) e dalle disposizioni contenute nel T.U.F., va oggi infatti completata con le nuove disposizioni contabili derivanti dall’applicazione degli IAS, ed in particolare dell’IFRS2, con le novità introdotte dalla cosiddetta Nuova Legge sul Risparmio (D. L. n. 262/2006), con le linee di comportamento descritte nella terza versione del Codice di Autodisciplina (Best Practice Code, 2006), con le prescrizioni di tipo previdenziale e fiscale contenute nelle Leggi "Finanziaria" del 2006 e del 2007, nonché con le novità in materia di governance bancaria volute da Mario Draghi (emanate a Marzo di quest’anno ma da recepire entro il 30 Giugno 2009). La seconda parte dell’elaborato, prendendo spunto dai diversi approcci utilizzati in letteratura (Capitolo 3), e con riferimento al contesto italiano, fornisce invece un’analisi empirica del sistema di compenso applicato agli amministratori. Dapprima è tracciata, relativamente al periodo indagato (1999-2006), la dinamica temporale della ricchezza distribuita ai propri amministratori dalle società italiane. Successivamente viene fornita una stima dell’intensità degli incentivi impliciti nei directors’ pay-packages (i.e. pay-performance sensitivity), unitamente ad una analisi delle determinanti che ne sono alla base. L’ipotesi che guida tale parte del lavoro è che in un contesto caratterizzato da proprietà concentrata, a causa della capacità dell’azionista di maggioranza di estrarre risorse dalla società, è ragionevole presumere che gli amministratori risultino destinatari di una remunerazione meno sensibile alle performances dell’impresa e tendenzialmente più elevata. Più semplicemente la questione che viene posta è se gli amministratori scontano la possibilità d’espropriazione, componendo convenientemente il proprio pacchetto di compenso.
I risultati ottenuti confermano la validità dell’impianto d’ipotesi proposto ed evidenziano che la qualità della corporate governance è la variabile chiave. Le imprese dotate di un efficace ed efficiente governo societario riescono a controllare il processo di formazione delle remuneration policies impedendone manipolazioni opportunistiche. Le imprese caratterizzate da weak corporate governance risultano invece non solo incapaci di attuare politiche retributive volte alla massimizzazione del valore d’impresa, ma anche esposte all’estrazione di risorse da parte dei propri amministratori.What the largest corporation pay their top managers is one of the most analyzed topics in corporate finance since Jensen and Murphy, 1990. As they noted (Jensen and Murphy 2004), a well-designed remuneration package for executives attracts the right executives at the lowest cost; retains them at the lowest cost (i.e. encourage the right executives to leave the firm at the appropriate time); and motivates executives to take actions that create long-run shareholder value and avoid actions that destroy value. However, several recent studies have shown that the characteristics of real world compensation contracts rarely meet their counterparts in compensation contracting theory because of the executives’ capability to influence the terms of their compensation package to their personal advantage. For example, Yermack (1997) provides evidence that executives influence timing of their stock option awards, receiving at-the money options just prior to releasing news that increases company stock prices. Bebchuk, Fried, and Walker (2002) and Bebchuk and Fried (2003, 2004) argue that the practice of granting options at-the-money (rather than out-of-the-money or with exercise prices indexed to market movements) reflects the influence of rent-seeking managers trying to maximize their compensation in ways that are largely camouflaged to investors and the public. Going ahead, others empirical research give proofs that the executives’ power to influence their pay package is stronger when shareholders are diffuse and more passive (Bertrand and Mullainathan, 2001), and when the corporate governance is weaker (Garvey and Milbourn, 2006; Harford and Li, 2007).
At the same time, the expropriation literature shown that dominant shareholders, especially in firms with poor corporate governance (Klapper and Love, 2004; Durnev and Kim, 2005; Dahya, Dimitrov and McConnell, 2008) and in countries with weak legal protection (La Porta, Lopez-de-Silanes, Shleifer and Vishny, 2002; Claessens, Djankov, Fan and Lang, 2002; Durnev and Kim, 2005), are able to divert resources from others shareholders to himself for personal consumption. Since expropriation implies fewer resources assignable to marginal shareholder, the firms which are ex ante more likely to be expropriated, trade at discounted valuations. Despite the considerable empirical evidence on the costs bore both by the dominant shareholder and by the minorities in case of expropriation, the literature doesn’t provide evidence of the cost supported by directors. Expropriation, in fact, represents, ex ante, a cost also for directors. First, it’s a direct cost which negatively affects the expected overall compensation rewarded, when directors have part of their remuneration which is tied to company’s performances. Since expropriation is a net loss for the company, which leads to a correspondent fall in the company market valuation, the closer is the alignment of directors’ interests with those of shareholders, the bigger is this cost. Second, since directors have to perceive the maximization of shareholders’ wealth (i.e. avoid loss of it), expropriation should affect negatively the director’s reputation capital.
This work examines the director’s compensation in firms which are more likely to be expropriated by their dominant shareholders. In essence, the question I address is whether directors discount the expropriation’s possibility, setting up conveniently their compensation’s contract. I explore this issue using a sample of directors’ compensation data of Italian Listed firms made up over the period 1999-2006. The case of Italian Listed companies is of particular interest for several concomitant reasons. First, Italian firms have been historically more prone to choosing a closely-held ownership structure characterized by a wide separation between ownership and control (Johnson, La Porta, Lopez de Silanes and Shleifer, 2000; Faccio and Lang, 2002; Volpin, 2002; and Barontini and Caprio, 2006; Mengoli, Pazzaglia, and Sapienza, 2006). Second, Italy is a country where the low protection of minority shareholders allows controlling shareholder to extract a considerable amount of private benefits (Bigelli and Mengoli, 2004; McCahery and Vermeulen, 2004; and Bigelli, Merhotra and Rau, 2006). Finally, Italy is a country where the high dominant shareholder’s capability to replace directors and where the low efficiency of the job-market of directors, provide narrowed incentives to directors in order to effective monitoring dominant shareholder’s actions (Barontini and Caprio, 2002; Volpin, 2002).
Overall, results confirm the testable hypotheses, and provide evidence of the key-role exerted by corporate governance. Firms with strong corporate governance are able to monitor the compensation policies creation process avoiding opportunistic manipulation. On the opposite, firms with weak system of corporate governance seem unable to implement compensation policies directed at the firm value maximization, and, going ahead, seem to be expropriated also by theirs directors
Electrochemical solar cells with layer-type semiconductor anodes. Performance of n-MoSe2 cells
No full textBest-performance of cold-formed steel stiffened trapezoidal self-supporting roof members under flexural bending due wind suction pressure
No full textConstruções leves em aço são frequentemente utilizadas como uma solução estrutural apropriada permitindo redução do custo da supra e infraestrutura. Nesse contexto, empregam-se Perfis Formados a Frio (PFF) e que, sendo elementos estruturais esbeltos, tornam-se propícios a condições de flambagem. Assim, este estudo desenvolve uma solução de telha autoportante em PFF do tipo viga-calha que apresente o melhor rendimento tanto à flexão (provocada pela ação do vento) quanto à cobertura obtida. Para a análise de estabilidade, utilizou-se o software CUFSM (Constrained and Unconstrained Finite Strip Method) baseado no Método das Faixas Finitas. Além disso, usou-se o Método da Resistência Direta para a determinação da resistência à flexão de projeto. Logo, este artigo apresenta seis análises numéricas a fim de propor um modelo que apresente a melhor relação entre Momento Resistente Efetivo e taxa de cobertura. Finalmente, sugere-se uma solução de telha do tipo viga-calha autoportante que se mostre eficiente na flexão sob vento de sucção e apresente uma taxa de cobertura satisfatória.Lightweight steel constructions are often used as a suitable structural solution, allowing cost reduction on the superstructure and infrastructure work. In this context, one employs the cold-formed steel profiles (CFS) and, for being slender structural elements, they become liable to buckling. Thus, this paper seeks to develop a shape solution for a cold-formed steel stiffened trapezoidal roofing member that presents the best alternative with respect to both flexural bending (caused by wind suction pressure) and obtained covering. For the stability analysis one used the software CUFSM (Constrained and Unconstrained Finite Strip Method) based on the Finite Strip Method. In addition, one used the Direct Strength Method to calculate the design bending strength. Therefore, six parametric analysis were made in order to propose a model that presents the best relation between bending strength and covering ratio. Finally, one suggests a solution for the stiffened trapezoidal roofing member that offer the best efficiency under the flexural bending due wind suction pressure and with a satisfactory covering ratio
A Revista Azougue e o poeta Roberto Piva: o saque e a dádiva
No full textDissertação (mestrado) - Universidade Federal de Santa Catarina, Centro de Comunicação e Expressão, Programa de Pós-Graduação em Literatura, Florianópolis, 2011O estudo da revista de poesia Azougue (SP - RJ, 1996 - 2008) através da indexação no banco de dados do Núcleo de Estudos Literários e Culturais (Nelic) e análise da revista em seu conjunto de dez volumes, me permitiu perceber uma relação especial que se deu em suas páginas: o contato com o poeta Roberto Piva. Isso possibilitou um trajeto de leitura que se baseia na relação poeta/ revista via saque/dádiva, ou seja, há nesse contato uma espécie de reciprocidade: a revista é reconhecida pelos poetas que publica e o poeta é reconhecido por ter tido seus poemas nela publicados. Por conta disso, fez-se necessário voltar aos anos 1960 para verificar o contexto em que se inseriam Roberto Piva e outros poetas próximos a ele, cujos poemas foram republicados pela revista Azougue nos anos 1990. A idéia de rizoma, desenvolvida por Deleuze e Guattari, me permitiu explicar melhor a relação entre esses poetas, mostrando-se mais eficiente do que agrupá-los numa geração, pois há, na revista, antes que um grupo, uma ramificação entre os poetas publicados que iniciaram suas carreiras nos anos 1960 e outros em formação. Esses últimos pela colaboração na revista, passaram a escrever seus próprios poemas e publicá-los, muitos pelo selo Azougue
Chrysopilus fascipennis Bromley
No full text<i>Chrysopilus fascipennis</i> Bromley <p>Figures 93–99</p> <p> <i>Chrysopilus fascipennis</i> Bromley <i>in</i> Curran, 1931: 8, James, 1968: 3.</p> <p> <b>Material.</b> Holotype ɗ, GUIANA, Kartabo, Bartica District, 06º 27’ N, 58º 37’ W, I-V/1921, Bromley col. (AMNH); additional specimens: 7 ɗ, BRAZIL, State of Pará, Santarém, Fazenda Taperinha, 02º 25’ N 54º 43’ W, X-XI/1970, Exped. Perm. Amaz. cols. (MZSP); 1 ɗ, State of Amapá, Serra do Navio, 00º 53’ S 52º 00’ W, VIII/1959, Bicelli col. (MZSP).</p> <p> <b>Diagnosis.</b> Wing membrane with three brownish stripes; R2+3 reaching C very close to R1; R4 with strong sinuosity; first flagellomere conical, shorter than pedicel; gonostylus strongly truncated distally, with a clump of setae; ejaculatory apodeme long, exceeding base of terminalia; gonocoxal apodeme short.</p> <p> <b>Male.</b> Body length, 8.0– 8.2 mm. Wing length, 5.0– 5.5 mm. General color dark brown. Eyes dark brown, facets homogenous, ocellar tubercle dark brown, ocelli grayish. Gena and clypeus brownish gray; clypeus bare (Figure 96). Antenna dark brown; scape bare, half the length of pedicel; pedicel almost cubic; first flagellomere conical, shorter than pedicel (Figure 97). Maxillary palpus long and slender (Figure 94); proboscis and labella dark brown. Occiput gray, with silvery iridescent setae.</p> <p>Thorax (Figure 93) dark brown, with dark and golden setae. Halter bare, stem brown, tip yellow. Coxae and femora dark brown, with dark setae; tibiae brownish yellow. Wing membrane with three transverse brownish stripes (Figure 95); pterostigma indistinguishable amid stripes; R2+3 reaching C very close to R1, without distal sinuosity; proximal portion of R4 with strong concavity, without short appendage; R4 curved distally toward anterior margin; CuA2 and A1 fusing far from margin; crossvein m-m far from origin of M2.</p> <p>Abdomen brown, yellow stripes on first three segments. Tergite of first abdominal segment with silvery setae forming an iridescent band. Gonocoxite and gonostylus brown; gonocoxite wider than long; gonostylus strongly truncated distally, with a clump of setae; aedeagus long; ejaculatory apodeme exceeding base of terminalia; gonocoxal apodeme short; lateral ejaculatory process slender, parallel to ejaculatory apodeme (Figure 98); meso-anterior incision of tergite IX short (Figure 99); cercus brown.</p> <p> <b>Female.</b> For general description and terminalia characters, see Pimentel (1975).</p> <p> <b>Distribution.</b> <i>Chrysopilus fascipennis</i> occurs in northern Brazil and British Guiana. The holotype was formerly considered to be collected in Fonteboa, State of Amazonas, but it was a misinterpretation made by Curran (1931), since the type label brings clearly Kartabo, in the British Guiana, as the type-locality.</p>Published as part of <i>Santos, Charles Morphy D. & Amorim, Dalton De Souza, 2007, Chrysopilus (Diptera: Rhagionidae) from Brazil: redescription of Chrysopilus fascipennis Bromley and description of eleven new species, pp. 1-33 in Zootaxa 1510</i> on page 30, DOI: <a href="http://zenodo.org/record/177231">10.5281/zenodo.177231</a>
Desmiphorini
No full textDESMIPHORINI Thomson, 1860 819. Acaua exotica Martins & Galileo, 1995d: 29, fig. 5 Holotype male: Brazil, Mato Grosso do Sul: Salobra, 18–29.X.1938, F. Lane. 820. Anisopeplus perplexus Melzer, 1934b: 228, pl. 17, fig. 25 Holotype: Brazil, Rio de Janeiro: Itatiaia, 20.VII.1927, J.F. Zikán. 821. Blabia incompta Martins & Galileo, 1995a: 580, figs 8, 25, 29 Holotype male: Ecuador, Pichincha: Alluriquin, 14.IV.1984, R. Haswell. 822. Blabia oculifera Martins & Galileo, 1995a: 575, figs 21, 39, 40, 42 Holotype male: Brazil, Rondônia: Capoeira (Rio Madeira, cachoeira de Santo Antonio), 26.XI.1955, Expedição Permanente da Amazônia. 823. Blabicentrus capixaba (Martins & Galileo, 1998) Ceiupaba capixaba Martins & Galileo, 1998b: 261, fig. 6 Holotype male: Brazil, Espírito Santo: Linhares, X.1972, P.C. Elias. 824. Ceiupaba lineata Martins & Galileo, 1998b: 261, fig. 5 Holotype male: Brazil, Minas Gerais: Sete Lagoas (Instituto de Pesquisas Agronômicas), V.O. Becker. 825. Ceiupaba poranga Martins, Galileo & Santos-Silva, 2015: 289, figs 43– 46 Holotype male: Brazil, Bahia: Aracatu (Fazenda Lagoa do Tamburi), 14°30.961’S, 41°27.512’W), 18.XI.2013, A.S. Ferreira. 826. Cicatrisestola humeralis Martins & Galileo, 1995b: 163, fig. 1 Holotype male: Argentina, Jujuy: Jujuy, I.1950, Prosen. 827. Desmiphora (Desmiphora) circumspecta (Lane, 1973) Ischnolea circumspecta Lane, 1973a: 383 Holotype female: Brazil, São Paulo: Onda Verde (Fazenda São João), I.1946, F. Lane. 828. Desmiphora (Desmiphora) crocata Melzer, 1935: 186 Holotype: Brazil, Goiás: Jataí, C. Pujol. 829. Desmiphora (Desmiphora) decora (Melzer, 1928) Ischnolea decora Melzer, 1928: 147, pl. 24, fig. 4 Lectotype: Brazil, Rio de Janeiro: Itatiaia, 26.XI.1926, J.F. Zikán. The specimen is herein designated as the lectotype in order to stabilize the taxonomy and facilitate further identification of this species. 830. Desmiphora (Desmiphora) nascimentoi Martins, Galileo & Santos-Silva, 2015: 290, figs 47– 50 Holotype female: Brazil, Bahia: Milagres, 16–30.III.2013, A.M. Neto, E. Menezes & F. Nascimento 831. Desmiphora (Desmiphora) pretiosa Melzer, 1935: 186 Holotype: Brazil, Goiás: Jataí, C. Pujol. 832. Desmiphora (Desmiphora) rufocristata Melzer, 1935: 185 Holotype: Brazil, Goiás: Jataí, C. Pujol. 833. Desmiphora (Desmiphora) spitzi Melzer, 1935: 188 Holotype: Brazil, São Paulo: São Paulo (Ipiranga), 13.II.1927. R. Spitz. 834. Desmiphora travassosi Mendes, 1938b: 316, pl. 1 Holotype: Brazil, Rio de Janeiro: Angra dos Reis (Jussaral), XI.1934, Dario Mendes. 835. Desmiphora (Desmiphora) x–signata Melzer, 1935: 187 Holotype: Brazil, Pernambuco: Tapera, VI.1928, B. Pickel. 836. Dolichestola birai Galileo & Santos-Silva, 2016a: 224, figs 4–7 Holotype female: Argentina, Buenos Aires: Punta Lara, 03.I.1932, Bosq. 837. Estola acrensis Galileo & Martins, 2009b: 103, fig. 1 Holotype female: Brazil, Acre: Plácido de Castro, IX.1951, Expedição Departamento de Zoologia. 838. Estola cerdai Galileo & Martins, 2009c: 148, fig. 3 Holotype male: French Guiana, Route de Kaw (km 36), 15. IX.2005, Jean-Aimé Cerda. 839. Estola daidalea Martins & Galileo, 2002a: 2, fig. 1 Holotype male: Ecuador, Rio Napo – Aguarico, IX–X.1977, L. Peña. 840. Estola fratercula Galileo & Martins, 1999b: 86, fig. 10 Holotype male: Colombia, Bolívar: Zambrano (Hacienda Monterrey, 9°45’N, 74°49’W, 10 m), 10.II.1993, F. Fernández. 841. Estola operosa Martins & Galileo, 2007a: 176, fig. 2 Holotype male: French Guiana, Route de Kaw (km 37), 05. IX.1997, Odette Morvan. 842. Estola vulgaris Galileo & Martins, 1999b: 88, fig. 1 Holotype male: Colombia, Bolívar: Zambrano (Hacienda Monterrey, 9°37’48”N, 74°54’44”W), 27.VI.1994, F. Fernández & G. Ulloa. 843. Estolomimus apicale Martins & Galileo, 1997a: 101, fig. 1 Holotype female: Brazil, Espírito Santo: Linhares, X.1972, P.C. Elias. 844. Estolomimus distinctus Martins & Galileo, 1997a: 101, fig. 2 Holotype female: Brazil, Espírito Santo: Linhares (Parque Sooretama), 17–27.X.1978, F.S. Pereira. 845. Estolomimus maculatus Martins & Galileo, 2002b: 21, fig. 1 Holotype female: Brazil, São Paulo; São Paulo (Saúde), 03.I.1915, J. Melzer. 846. Estolomimus pulvereus Martins & Galileo, 1997a: 105 Holotype female: Brazil, Santa Catarina: Seara (Nova Teutonia), XII.1976, F. Plaumann. 847. Euestola basalis Martins & Galileo, 1997a: 110, fig. 6 Holotype female: Brazil, Minas Gerais: Santa Bárbara (Serra do Caraça), 23–25.XI.1960, Araujo & Martins. 848. Euestola fasciata Martins & Galileo, 1997a: 109, fig. 8 Holotype male: Brazil, São Paulo: Monte Alegre (Fazenda Santa Maria, 1100 m), 24–30.XI.1942, F. Lane. 849. Euestola lineata Martins & Galileo, 1997a: 110, fig. 7 Holotype female: Brazil, Espírito Santo: Linhares, X.1972, P.C. Elias. 850. Euestola obliqua Galileo & Martins, 2004: 329, fig. 7 Holotype male: Paraguay, Caazapá: Estero Cristal, 01–22.XI.1998, J. Jensen. 851. Eupogonius azteca Martins, Santos-Silva & Galileo, 2015: 87, figs 13–16 Holotype male: Mexico, Veracruz: Lake Catemaco, 25.VI.1969, Bright & Campbell. 852. Eupogonius bierigi Melzer, 1933a: 380 Holotype: Cuba, Sierra de Rangel, km 14, Viñales, 14.VII.1928, A. Bierig. 853. Eupogonius cyaneus Zajciw, 1962: 243, fig. 2 Holotype: Brazil, Espírito Santo: Córrego do Itá, XI.1956, W. Zikán. 854. Gyrpanetes cacapira Martins & Galileo, 1998b: 260, fig. 2 Holotype female: Brazil, Espírito Santo: Linhares, X.1972, P.C. Elias. 855. Gyrpanetes pukuaba Martins & Galileo, 1998b: 260 Holotype male: Brazil, Paraná: Ponta Grossa, J.P. Machado. 856. Inermestoloides birai Bezark, Galileo & Santos-Silva, 2016: 174, figs 8–11 Holotype male: Brazil, Amazonas, 09.VIII.1985, Bert Klein. 857. Ischnolea modesta Galileo & Martins, 1993: 76, figs 9, 14 Holotype male: Brazil, São Paulo: Ribeirão Preto (Faculdade de Medicina), I.1955, Barretto. 858. Ischnolea oculata Galileo & Martins, 1993: 71, figs 4, 13 Holotype male: Brazil, São Paulo: Itu (Fazenda Pau d’Alho), 05.XI.1960, U.R. Martins. 859. Ischnolea odettae Martins, Galileo & Tavakilian, 2008: 282, figs 5, 6 Holotype male: French Guiana, Montagne de Kaw, km 36, X–XI.2006, Odette Morvan. 860. Ischnolea singularis Galileo & Martins, 1993: 75, figs 8, 11 Holotype male: Brazil, Pará: km 103 rodovia Transamazônica, 20.II.1971, Bicelli. 861. Iurubanga arixi Martins & Galileo, 1996a: 303, fig. 13 Holotype male: Brazil, Santa Catarina: São Bento do Sul (Rio Vermelho), X.1950, R. von Diringshofen. 862. Malthonea spinosa Galileo & Martins, 1999b: 85, fig. 9 Holotype male: Colombia, Huila: La Plata (Finca Merembery, 2300 m), IV.1982, L.H. Giraldo. 863. Mimasyngenes barbozai Martins, Galileo & Limeira-de-Oliveira, 2011: 288, fig. 11 Holotype female: Brazil, Maranhão: Carolina (Fazenda Cincorá), 17–22.X.2009, F. Limeira-deOliveira, R.O. Souza & M.B. Aguilar Neto. 864. Mimasyngenes concolor Mehl, Galileo, Martins & Santos-Silva, 2015: 35, figs 4–6 Holotype female: Paraguay, Canindeyú: Carapa, [54°23'W, 24°22'S], 22.XI.2003, Ulf Drechsel. 865. Mimasyngenes fonticulus Martins & Galileo, 2012c: 336, fig. 7 Holotype: Brazil, Piauí: Caracol (Parque Nacional da Serra das Confusões, Fonte dos Bois) [9°13’22,8”S, 43°29’39,1”W], 07–17.XII.2010, A.M. Silva Neto & M. Xavier. 866. Mimasyngenes icuapara Galileo & Martins, 1996c: 879, fig. 6 Holotype female: Brazil, São Paulo: Itu (Fazenda Pau d’Alho), X.1985, U.R. Martins. 867. Mimasyngenes lucianae Galileo & Martins, 2003a: 478, fig. 5 Holotype female: Brazil, Sergipe: Caninde de São Francisco (Fazenda Poço Verde), 08.IV.2000, L. Iannuzzi. 868. Mimasyngenes piauiensis Galileo, Martins & Nascimento, 2014: 394, fig. 7 Holotype male: Brazil, Piauí: Caracol (Parque Nacional da Serra das Confusões, Fonte dos Bois), [9°13’22,8”S, 43°29’39,1”W], 07–17.XII.2010, A.M. Silva Neto & M. Xavier. 869. Mimasyngenes quiuira Galileo & Martins, 1996c: 878, fig; 7 Holotype male: Brazil, São Paulo: Itapira, 03. XI.1962, E. Dente. 870. Mimasyngenes ytu Galileo & Martins, 1996c: 880, fig. 8 Holotype female: Brazil, Minas Gerais: Belo Horizonte, O. Monte. 871. Mimopogonius hovorei Martins & Galileo, 2009c: 110, fig. 3 Holotype male: Ecuador, Azuay: El Oro (13 km N Oña), 23.III.2001, Frank T. Hovore. 872. Nepagyrtes piriana Martins & Galileo, 1998b: 261, fig. 3 Holotype male: Brazil, Minas Gerais: Santa Bárbara (Serra do Caraça, Fazenda Engenho, 800 m), X.1961, Kloss, Lenko, Martins & Silva. 873. Panegyrtes clarkei Galileo & Martins, 2007e: 352, fig. 6 Holotype male: Bolivia, Santa Cruz: Buena Vista (Hotel Flora & Fauna, 5 km SSE), 25. II.2005, Robin Clarke & Sonia Zamalloa. 874. Parischnolea jatai Martins & Galileo, 1995b: 162 Holotype male: Brazil, Goiás: Jataí (Fazenda Aceiro), X.1962, Expedição Departamento de Zoologia. 875. Piimuna gibbosa Martins & Galileo, 1998b: 265, fig. 10 Holotype female: Brazil, Santa Catarina: Nova Teutonia (21°11’S, 52°23’W), X.1940, F. Plaumann. 876. Piruauna pulchra Martins, Galileo & Limeira-de-Oliveira, 2009b: 518, fig. 10 Holotype female: Brazil, Maranhão: Caxias (Campus UEMA, Morro do Alecrim), 20–25.XII.2008, F.L. Oliveira. 877. Ptericoptomimus truncatus Melzer, 1935: 190 Holotype: Brazil, Rio de Janeiro: Itatiaia, 06. XII.1933, J.F. Zikán. 878. Stereomerus brachypterus Martins & Galileo, 1994c: 5, fig. 1 Holotype female: Brazil, São Paulo: São Paulo (Morumbi), 29.X.1944, Nick. 879. Stereomerus melzeri Martins & Galileo, 1994b: 8, fig. 12 Holotype female: Brazil, Amazonas: Humaitá, 15.IX.1975, M. Ferreira.Published as part of Monné, Miguel A., Santos-Silva, Antonio, Casari, Sônia A. & Monné, Marcela L., 2017, Checklist of Cerambycidae, Disteniidae and Vesperidae (Coleoptera) primary types of the Museu de Zoologia, Universidade de São Paulo, São Paulo, Brazil, pp. 1-104 in Zootaxa 4249 (1) on pages 64-67, DOI: 10.5281/zenodo.43947
