2004
DOI: 10.1590/s1519-566x2004000200007
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Electrophoretic protein pattern and acid phosphatase activity in the midgut extracts of Apis mellifera L. (Hymenoptera: Apidae) during metamorphosis

Abstract: Padrão Eletroforético de Proteínas e Atividade de Fosfatase Ácida em Extratos do Intestino Médiode Apis mellifera L. Durante a Metamorfose RESUMO -Foram pesquisadas variações no padrão eletroforético das proteínas e da atividade da fosfatase ácida contidas em extratos do intestino médio de Apis mellifera L. durante o último estágio larval e pupação com a finalidade de estabelecer um paralelo entre os resultados e os eventos da metamorfose. Verificou-se maior variedade de bandas protéicas durante o estágio de p… Show more

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“…Upon ingestion, insecticides initiate their interaction with the digestive tract [19], with the midgut being the primary organ responsible for absorption in bees [19]. The bee midgut comprises three distinct cell types: columnar digestive cells, which are crucial for nutrient absorption and digestive enzyme production [20]; endocrine cells, which are responsible for hormone peptide production [21]; and regenerative cells, which are tasked with cell replacement [22]. Additionally, the midgut serves as a site for detoxification following oral exposure to insecticides [23].…”
Section: Introductionmentioning
confidence: 99%
“…Upon ingestion, insecticides initiate their interaction with the digestive tract [19], with the midgut being the primary organ responsible for absorption in bees [19]. The bee midgut comprises three distinct cell types: columnar digestive cells, which are crucial for nutrient absorption and digestive enzyme production [20]; endocrine cells, which are responsible for hormone peptide production [21]; and regenerative cells, which are tasked with cell replacement [22]. Additionally, the midgut serves as a site for detoxification following oral exposure to insecticides [23].…”
Section: Introductionmentioning
confidence: 99%