Heidi Fritz; Deborah Kennedy; Dean Fergusson; Rochelle Fernandes; Steve Doucette; Kieran Cooley; Andrew Seely; Stephen Sagar; Raimond Wong; Dugald Seely

Biographical details

Heidi Fritz; Deborah Kennedy; Dean Fergusson; Rochelle Fernandes; Steve Doucette; Kieran Cooley; Andrew Seely; Stephen Sagar; Raimond Wong; Dugald Seely Vitamin A and Retinoid Derivatives for Lung Cancer…

As discussed above, while beta carotene is a precursor to retinol in the body, it is nonetheless physiologically distinct in its own right, possessing redox activity independent of vitamin A [88] . Also, while CBPs have been shown to impair mitochondrial function, preliminary evidence suggests that retinol may be an essential response modifier and cofactor of mitochondrial energy production [90] . The limitations of these chemoprevention trials, however, impede our ability to draw any definite conclusions about the differential effects of beta carotene and retinoids on lung cancers in humans.
Source: Wikisource

Heidi Fritz; Deborah Kennedy; Dean Fergusson; Rochelle Fernandes; Steve Doucette; Kieran Cooley; Andrew Seely; Stephen Sagar; Raimond Wong; Dugald Seely Vitamin A and Retinoid Derivatives for Lung Cancer…

Lung cancers account for 12% of cancers globally and are the most common cancer type second only to non-melanoma skin cancer [1] . Lung cancers are the leading cause of cancer mortality, with an estimated 159,390 deaths in 2009 in the United States alone [1] , [2] . Because of their prevalence, severity, and lack of effective treatment, it is crucial to find new interventions for the treatment and prevention of this disease.
Vitamin A is the generic term for a family of related compounds consisting of retinol and its derivatives, the retinoids [3] .
Source: Wikisource

Heidi Fritz; Deborah Kennedy; Dean Fergusson; Rochelle Fernandes; Steve Doucette; Kieran Cooley; Andrew Seely; Stephen Sagar; Raimond Wong; Dugald Seely Vitamin A and Retinoid Derivatives for Lung Cancer…

It is possible that beta carotene had an overall adverse effect on disease risk, thereby producing a falsely positive effect for retinol in comparison, however, this is impossible to determine.
Strengths of this analysis include a comprehensive and systematic survey of the literature with a clear focus on lung cancers. All levels of evidence, human, observational, and preclinical were included to achieve a broad analysis of anticancer activity of vitamin A/retinoids in lung cancers, and any possible interactions with chemotherapy and/or radiation therapy to assess safety alongside efficacy.
Source: Wikisource

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