Core Viewpoint - The article emphasizes the increasing skin damage risks due to high temperatures and UV exposure, highlighting the importance of protective measures and the role of natural antioxidants like astaxanthin in skincare during summer [1][3][5]. Group 1: Skin Damage from Heat and UV Exposure - High temperatures and UV rays can lead to skin aging through mechanisms like photoaging and thermal aging, which degrade collagen and weaken the skin barrier [1][3]. - UV exposure generates free radicals that damage skin cells, leading to oxidative stress and accelerated aging [3][5]. Group 2: Protective Measures and Recommendations - Experts recommend avoiding prolonged sun exposure and implementing physical sun protection as the first line of defense [1]. - A diet rich in antioxidants is advised to enhance skin resilience from within [1]. Group 3: Role of Astaxanthin - Astaxanthin is highlighted for its strong antioxidant properties, capable of neutralizing free radicals generated by UV and heat exposure, thus protecting skin cells and slowing aging [3][5]. - The unique molecular structure of astaxanthin allows it to absorb UV rays effectively, providing comprehensive protection against skin damage [5]. Group 4: Product Spotlight - The "Green A Anti-Aging Astaxanthin" product stands out in the market due to its advanced extraction technology and formulation, which includes collagen peptides and GABA for enhanced skin protection [7]. - This product aims to combat the dual threats of photoaging and thermal aging, offering deep care for the skin during high-temperature conditions [7].

的40%，一跃成为世界虾青素市场的产能大国。而绿A生物率先通过FDA认证，不仅是对企业创新发展 的高度认可，更彰显中国微藻产业整体发展水平已跃升至国际领先行列，具备了在全球市场与顶尖企业 同台竞技的实力与底气。 日前，绿A生物及其旗下红球藻虾青素产品成功通过美国食品药品监督管理局（FDA）认证，成为国内 微藻产业中首个斩获FDA双认证的企业。FDA作为全球公认的食品药品监管权威机构，其严苛的认证体 系堪称全球食品药品安全的"黄金标杆"。此次绿A生物获此殊荣，不仅彰显了国产微藻产品品质已跻身 国际顶尖行列，更标志着中国微藻产业正加速从"原料出口"模式向"品牌输出"模式转型升级，产业话语 权显著提升，有望重塑全球微藻产业竞争新格局。 从"技术突围"到"产能领先" 重构产业话语权 在微藻产业的技术赛道上，中国曾长期扮演追赶者角色。上世纪90年代，日本DIC公司凭借雨生红球藻 养殖技术垄断全球虾青素市场，彼时中国科研团队还在为藻种选育发愁。 转机出现在2006年，云南绿A生物与中国科学院武汉植物园携手合作，从我国内陆水体采集、分离出红 球藻藻种38株。经过单细胞克隆，实现单藻培养，并建立相应藻种库进行保存，为培养红球 ...