In addition to identifying important regulatory components of ripening, the lab also investigates
lycopene production.
Next, he synthesised 50,000 DNA strands with sequences that almost matched parts of the 24 genes involved in
lycopene production, but with a range of variations that he hoped would affect the amount of lycopene produced.
At least 20 different genes control
lycopene production.
Not exact matches
In a recent study published in the British Journal of Dermatology, scientists from the University of Manchester revealed that
lycopene found in tomato paste offered skin protection against ultraviolet radiation by inhibiting free radical damage and supporting collagen
production.
Lycopene, which is an antioxidant in red fruits and vegetables, boosts collagen
production and prevents DNA damage in cells and helps cells function better.
MAGE allowed Church to simultaneously target 24 genes, each playing a role in the
production of
lycopene.
Also, the
lycopene found in tomatoes stimulates the
production of pro-collagen, the precursor to collagen that also aids in UV protection.
Lycopene is also an anti-inflammatory agent that prevents the
production of inflammatory cytokines.
Lycopene have been shown to reduce the
production of CRP, thus contributing to alleviate inflammation.
Maracuja oil contains
lycopene to help skin recover from sun damage and even out skin tone, and works with vitamin C to boost collagen
production for firmer skin.