Tatiane Santos Correia

Mrs. Tatiane Santos Correia

Federal University of Western Pará, Santarém, Pará, Brazil
orcid

Research Focus & Metrics

Academic Career Length

6Years (2021-Present)

(Calculated once Scilit publication data is synced: current year − year of first publication + 1)

Representative Publications

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26 February 2024 in Agronomy
Verified
Journal Article
Open access
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TLTulio Lara
Tulio Lara
TCTatiane Santos Correia
Tatiane Santos Correia
Cynthia de OliveiraCynthia de Oliveira
Cynthia de Oliveira
JLJosimar Henrique de Lima Lessa
Josimar Henrique de Lima Lessa
KSKamila Rezende Dázio de Souza
Kamila Rezende Dázio de Souza
LUIZ ROBERTO GUIMARAES GUILHERMELUIZ ROBERTO GUIMARAES GUILHERME
LUIZ ROBERTO GUIMARAES GUILHERME
Selenium is beneficial to plants and is essential for animals and humans, which justifies any efforts for producing Se-enriched wheat grains worldwide. This study aimed to (i) verify if wheat is an efficient species to be used for Se biofortification in tropical agroecosystems and (ii) assess the influence of Se on the physiological and biochemical parameters of wheat plants. Selenium was applied as sodium selenate (Na2SeO4) at different doses (12, 21, 38, 68, and 120 g ha−1) in soil. The dose of 120 g ha−1 of Se resulted in Se contents of 7.98 and 2.27 mg kg−1 in the leaves and grains, respectively. The supply of 38 g ha−1 of Se increased the total soluble sugar content by 50%, with reducing sugars increasing by 17% and sucrose augmenting 53%, compared with that in the control. The doses of 12, 68, and 120 g of Se ha−1 promoted a significant increase in catalase activity. In addition, Se application increased carbohydrate and nutrient contents. Our findings indicate that wheat is a good species for agronomic biofortification with Se via soil application in tropical agroecosystems. Selenium proved to be a valuable element for plants since it provides physiological and biochemical benefits.

15 October 2022 in Plants
Verified
Journal Article
Open access
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TCTatiane Santos Correia
Tatiane Santos Correia
TLTulio Lara
Tulio Lara
JSJéssica Aires dos Santos
Jéssica Aires dos Santos
LSLudyanne da Silva Sousa
Ludyanne da Silva Sousa
MSMarcos Diones Ferreira Santana
Marcos Diones Ferreira Santana
Climate change causes increasingly longer periods of drought, often causing the death of plants, especially when they are in the early stages of development. Studying the benefits provided by arbuscular mycorrhizal (AM) fungi to plants in different water regimes is an efficient and sustainable strategy to face climate change. Thus, this study investigated the influence of AM fungi on Handroanthus serratifolius seedlings under different water regimes, based on biochemical, and nutritional growth parameters. The experiment was carried out in H. serratifolius seedlings cultivated with mycorrhizas (+AMF) and without mycorrhizas (-AMF) in three water regimes; a severe water deficit (SD), a moderate water deficit (MD), and a well-watered (WW) condition. AM fungi provided greater osmoregulation under water deficit conditions through the accumulation of soluble sugars, total free amino acids, and proline, as well as by reducing sugar. The increase in the absorption of phosphorus and nitrate was observed only in the presence of fungi in the well-watered regimen. A higher percentage of colonization was found in plants submitted to the well-watered regimen. Ultimately, AM fungi promoted biochemical, nutritional, and growth benefits for H. serratifolius seedlings under the water deficit and well-hydrated conditions, proving that AMF can be used to increase the tolerance of H. serratifolius plants, and help them to survive climate change.

10 February 2021 in Revista Agroecossistemas
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Journal Article
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IJIvan Alves dos Santos Junior
Ivan Alves dos Santos Junior
TCTatiane Santos Correia
Tatiane Santos Correia
BSBeatriz Costa de Oliveira Queiroz de Souza
Beatriz Costa de Oliveira Queiroz de Souza
MSMarcos Diones Ferreira Santana
Marcos Diones Ferreira Santana
TLTulio Silva Lara
Tulio Silva Lara
O bioma de savana possui condições edafoclimáticas propícias a ocorrência dos Fungos Micorrízicos Arbusculares (FMA), que associados às plantas, tornam-se ferramentas biotecnológicas de potencial subestimado. Objetivou-se com este estudo analisar a multiplicação dos esporos dos FMA oriundos da Savana de Alter do Chão, Oeste do Pará, e a simbiose em Brachiaria decumbens Stapf. como hospedeira. O experimento foi conduzido em condições controladas no Laboratório de Fisiologia Vegetal e Crescimento de Plantas da Universidade Federal do Oeste do Pará, campus Santarém, no período de fevereiro a outubro de 2019. Foram testados dois tipos de solos (substrato comercial e latossolo amarelo distrófico) em diferentes períodos de tempos (20, 36, 65 e 129 dias). Para isso, amostras compostas contendo esporos dos FMA nativos foram coletadas na área de estudo, das quais 100 g foram homogeneizados a 850 g dos solos testados, separadamente, em vasos de 1 kg de capacidade. O experimento foi realizado em condições de laboratório e o delineamento foi inteiramente casualizado, em esquema fatorial 2×4 (tempo de multiplicação × tipos de solo) com quatro repetições. O resultado da densidade de esporos dos FMA nativos e o percentual de infecção foram submetidos à Análise de Variância e as médias foram comparadas pelo teste Scott Knott com p<0,05 de significância. O substrato comercial proporcionou os melhores resultados na produção de esporos e porcentagem de infecção em raízes de B. decumbens aos 20 dias da inoculação. Para multiplicação e produção de propágulos infectivos dos FMA da Savana de Alter do Chão, indica-se o uso do substrato comercial cultivado por um período de 20 dias.

28 July 2025 in Journal of Food Safety
Verified
Journal Article
Closed access
IMIago Lima Magalhães
Iago Lima Magalhães
MSMarcos Diones Ferreira Santana
Marcos Diones Ferreira Santana
LSLudyanne da Silva Sousa
Ludyanne da Silva Sousa
TCTatiane Santos Correia
Tatiane Santos Correia
LSLeticia Cristine Nascimento da Silva
Leticia Cristine Nascimento da Silva
TLTúlio Silva Lara
Túlio Silva Lara