Transgenerational Effects – ‘Your Offspring Will Become What You Eat’

Steinberg, Christian

doi:10.1007/978-3-319-91767-2_6

Cited by 2 publications

(2 citation statements)

References 259 publications

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“…A noção moderna que observa as modificações epigeneticas responsáveis por características fenotípicas são mitoticamente herdadas na divisão celular e meioticamente mantidas por meio da reprodução transgeracional. (Steinberg, 2018) As exposições a eventos epigenéticos transgeracionais podem impactar os processos evolutivos e favorecer manutenção das características fenotípicas. Exemplos como situações ambientais com elevada carga de estresse materno, durante a gravidez, pode aumentar a propensão ao desenvolvimento de distúrbios comportamentais.…”

Section: Epigenética Transgeracionalunclassified

Integrative Nutritional Assessment Epigenetics Transgenerational Effects and Life History Theory

Jefferson

2024

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This review describes how nutritional assessment and anamnesis questionnaires can be helped by information from research that addresses transgenerational epigenetic effects and life history theory (LHT) in the prevention and treatments of chronic non-communicable diseases (NCDs). The connection between these fields of biological studies allows for better preventive clarification of individual needs through interaction: environment, epigenetics, life strategy pathways and their impacts on the organism’s functions, such as growth, maintenance, reproduction and immunological defense, associated with risks that predispose to chronic diseases.

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Section: Epigenética Transgeracionalunclassified

Integrative Nutritional Assessment Epigenetics Transgenerational Effects and Life History Theory

Jefferson

2024

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“…Young salmonids may still show signals from yolks, particularly in terms of LC-PUFA due to high retention times.Relatively slow growth of fish brains, as stated byBell et al (2001), might even reinforce their 13 C-enrichment in LC-PUFA. The transgenerational transfer of maternal PUFA to offspring brains remains as yet vague(Fuiman & Perez, 2015;Steinberg, 2018). However, under increased PUFA-demand (i.e., reproductive activities), such local PUFA conversion in fish brains may occur to support normal brain function.…”

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confidence: 99%