Publicações - ciências biológicas


Yane Costa Chaves; Ana Maria Raymundi; karina genaro; Cristina Aparecida Jark Stern; José Alexandre Crippa; Joice Maria da Cunha; Janaína Menezes Zanoveli
ACTA NEUROPSYCHIATRICA, v. 1, p. 1-33, 2023 DOI
Palavra-chave: anandamida; canabidiol; Hipocampo Dorsal
Áreas do conhecimento: Ciências Biológicas; Farmacologia; Neuropsicofarmacologia
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Cannabidiol modulates contextual fear memory consolidation in animals with experimentally induced type-1 diabetes mellitus
Ana Luiza Vale; Walter Francisco de Ávila Jr; Gabriel de Castro Jacques; Marcos Magalhães de Souza; Ângelo Parise Pinto
ODONATOLOGICA, v. 52, n. 3/4, p. 233-246, 2023 DOI
Palavra-chave: Dragonfly; Damselfly; Anisoptera; Zygoptera; South America; Neotropics
Áreas do conhecimento: Ciências Biológicas; Zoologia; Taxonomia dos Grupos Recentes; Insetos Aquáticos; Ciências Biológicas; Zoologia; Taxonomia dos Grupos Recentes
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David Lemke Dück; Marco Antonio Takashi Utiumi; Angelica Beate Winter Boldt; Elcio Juliato Piovesan
ARQUIVOS DE NEURO-PSIQUIATRIA, v. 81, p. 795-802, 2023 DOI
Palavra-chave: migranea; Enxaqueca; Efeito fundador; consanguinidade; menonita; Prevalência
Áreas do conhecimento: Ciências da Saúde; Clínica Médica; Neurologia; Ciências Biológicas; Genética; Genética Humana e Médica; Epidemiologia
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Daniela Ciccarelli; Cleusa Bona; Angelino Carta
PLANT BIOLOGY, n. 1, p. 1-8, 2023 DOI Home page
Palavra-chave: ecologia plantas costeiras; anatomia ecológica
Áreas do conhecimento: Ciências Biológicas; Botânica; ecologia vegetal; Ciências Biológicas; Botânica; Morfologia Vegetal; Anatomia Vegetal
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SANTOS, A.; HIRAIWA, P.M.; GUIMARÃES, B.G.; MARCHESI, L.F.; CARVALHO DE OLIVEIRA, J.; Daniela Fiori Gradia; SOARES, F.L.F.; ZANCHIN, N.I.T.; CAMARGO DE OLIVEIRA, C.; VIDOTTI, M.; MACEDO DE SOUZA BRANDÃO, A.P.; HRYNIEWICZ, B.M.; Hellen Abreu; BACH-TOLEDO, L.; SCHUSTER DA SILVA, S.; DELLER, A.E.; ROGERIO, V.Z.; BAÊTA RODRIGUES, D.S.
Materials Today Chemistry, v. 30, p. 101597 2023 DOI
Palavra-chave: COVID-19; Impedimetric biosensor; Nanostructured electrode; chemometrics; Saliva sample
Áreas do conhecimento: Ciências Biológicas; Bioquímica dos Microorganismos; Enzimologia
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RAYMUNDI, ANA MARIA; BATISTA SOHN, JEFERSON MACHADO; SALEMME, BRUNA WUILLEUMIER; CARDOSO, NATHALIE CARLA; SILVEIRA GUIMARÃES, FRANCISCO; Cristina Aparecida Jark Stern
NEUROPHARMACOLOGY, v. 225, p. 109386 2023 DOI
Palavra-chave: Delta - 9 tetrahidrocanabinol; ansiedade; Hipocampo Dorsal; NMDA; PTSD; psicofarmacologia
Áreas do conhecimento: Ciências Biológicas; Farmacologia; Neuropsicofarmacologia
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DAUDA, SULEIMAN; Ana Teresa Lombardi
PHOTOSYNTHESIS RESEARCH, v. 155, n. 1, p. 49-58, 2023 DOI
Palavra-chave: Algas; cobre; fisiologia alga; fotossíntese
Áreas do conhecimento: Ciências Biológicas; ECOTOXICOLOGIA
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Microalgae require copper (Cu) in trace levels for their growth and metabolism, it is a vital component of certain metalloproteins. Although this element has been widely studied concerning microalgae physiology, the effects of environmentally relevant levels have been less studied. We studied the photosynthesis and growth of the Chlorophyte Monoraphidium sp. exposed to Cu ranging from low (1.7 nM) to high (589.0 nM) free Cu ions (Cu2+) concentrations. The growth rate was unaffected by Cu concentrations in the range of 1.7–7.4 nM Cu2+, but decreased beyond it. The relative maximum electron transport rate (rETRm), saturation irradiance (Ek), photochemical quenching (qP and qL), and PSII operating efficiency $$(\Delta F/F_{m}^{\prime } )$$ were stimulated in the 3.4–7.4 nM Cu2+ range, concentrations slightly higher than the control, whereas non-photochemical quenching (NPQ) gradually increased with increasing Cu2+. The photosystem II antenna size [Sigma (II)440] increased under high Cu (589.0 nM), which resulted in a decrease in the quinone A (QA) reduction time (tau). In contrast, the QA re-oxidation time was unaffected by Cu exposure. These findings show that a slight increase in Cu stimulated photosynthesis in Monoraphidium sp., whereas high Cu reduced photosynthesis and increased the dissipation of captured light energy. This research is a contribution to the understanding of the dynamic photo-physiological responses of Monoraphidium sp. to Cu ions.
ARAÚJO, MAÍRA XAVIER; Freddy Bravo; Cláudio J B Carvalho
ZOOLOGICAL JOURNAL OF THE LINNEAN SOCIETY, v. 197, p. 1-30, 2023 DOI
Palavra-chave: classification; Moth flies; new status; Systematics; Taxonomy
Áreas do conhecimento: Ciências Biológicas; Zoologia; Taxonomia dos Grupos Recentes
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Abstract. Trichomyia is a cosmopolitan genus, and it is the only genus of Trichomyiinae to include extant species. In recent years, an increasing number of
DE LIMA, JORDANA DINORÁ; DE PAULA, ANDRÉ GUILHERME PORTELA; YUASA, BRUNA SADAE; DE SOUZA SMANIOTO, CAIO CESAR; DA CRUZ SILVA, MARIA CLARA; DOS SANTOS, PRISCILA IANZEN; PRADO, KARIN BRAUN; Angelica Beate Winter Boldt; BRAGA, TÁRCIO TEODORO
IMMUNOLOGICAL INVESTIGATIONS, v. 52, p. 364-397, 2023 DOI
Palavra-chave: gota; NAIP; inflamassomo; resposta imune; polimorfismo; epigenética
Áreas do conhecimento: Ciências Biológicas; Genética Humana e Médica; Ciências Biológicas; Genética; Genética Humana e Médica; Imunogenética; Ciências Biológicas; Genética; Epigenética
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Renata Charvet Inckot; Gedir de Oliveira Santos; Cleusa Bona; Luiz Antônio de Souza
BULLETIN OF ENVIRONMENTAL CONTAMINATION AND TOXICOLOGY, v. 110, n. 1, p. 18 2023 DOI
Palavra-chave: Anatomia de Leguminosa; polição por hidrocarbonetos; Anatomia vegetal; Mimosaceae
Áreas do conhecimento: Ciências Biológicas; Bioquímica dos Microorganismos; Enzimologia; Ciências Biológicas; Botânica; Morfologia Vegetal; Ciências Biológicas; Botânica; Fisiologia Vegetal
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Germination and post-seminal development are important stages for the establishment of plants and for determining their tolerance to diesel oil. Diesel-tolerant species can contribute to the recovery of contaminated areas, and leguminous plants are promising in the treatment of contaminated soil through nitrogen fixation. This study identified the effects of diesel oil-contaminated soil on the germination and seedlings of the leguminous species Mimosa bimucronata, M. flocculosa, and M. scabrella var. aspericarpa. The experiment comprised two treatments contaminated (4% concentration) and uncontaminated soil and was performed in a greenhouse for 90 days, with evaluations 30, 60, and 90 days after sowing. Germination was not affected, but most root and aerial system parameters were statistically lower in contaminated soil, indicating low initial development potential in soil contaminated with diesel oil. Moreover, the negative effects increased with higher exposure time to the contaminant.
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