Exploitation of microalgae diversity for the development of novel high added-value cosmeceuticals
Work Package 4: Functional analysis of microalgae derived products
Partners:
AUA, APIVITA, CNRS.
WP leader: AUA
Objectives:
· development of RT-qPCR platform for the transcription analysis of human skin-related genes;
· assessment of the effect of microalgae cosmeceuticals on the transcription of skin-related genes using cell lines & in vitro skin model; and
· in vitro toxicity assessment as well as oxidative stress status analysis of microalgae cosmeceuticals.
Deliverables:
D4.1. RT-qPCR platform for the transcription analysis of skin-related genes.
D4.2. Effect of algae cosmeceuticals on the transcription of skin-related genes using human cell lines and in vitro skin model.
.
D4.3. In vitro toxicity assessment of algae cosmeceuticals.
D4.4. Effect of algae derived products on the oxidative status of human cell lines.
AUA, APIVITA, CNRS.
WP leader: AUA
Objectives:
· development of RT-qPCR platform for the transcription analysis of human skin-related genes;
· assessment of the effect of microalgae cosmeceuticals on the transcription of skin-related genes using cell lines & in vitro skin model; and
· in vitro toxicity assessment as well as oxidative stress status analysis of microalgae cosmeceuticals.
Deliverables:
D4.1. RT-qPCR platform for the transcription analysis of skin-related genes.
D4.2. Effect of algae cosmeceuticals on the transcription of skin-related genes using human cell lines and in vitro skin model.
.
D4.3. In vitro toxicity assessment of algae cosmeceuticals.
D4.4. Effect of algae derived products on the oxidative status of human cell lines.