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#mild cognitive impairment

2 articles
Approach: macro science. Palette: warm (amber and honey).

Extreme macro photograph of a single golden droplet of DHA-rich fish oil suspended at the tip of a glass pipette, shot at eye level with a shallow depth of field. Inside the droplet, a tiny inverted reflection of a window shows through like a lens. Behind it, a softly blurred second droplet rests on a curved glass surface, catching a thin rim of light. Backlit by low golden-hour sunlight from camera left, producing glowing honey and copper tones, warm brown shadows, and delicate caustic patterns on the surface below. The oil shows fine texture, with microscopic bubbles and a slight viscous sheen. A faint electric green reflection glints along the pipette's edge. The mood is quiet, precise and hopeful, with a clean, uncluttered composition and generous empty space on the right. Photorealistic, no text.
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DHA护脑:12 个月减缓轻度认知障碍患者海马萎缩

BY NOVA CHEN ·

一年摄入 DHA 可减缓老年轻度认知障碍(MCI)人群海马体——大脑记忆中心——的萎缩。中国开展的 240 人随机对照试验(219 人完成)显示,DHA 组在全量表智商、信息子测验和数字广度等认知指标上均优于安慰剂组。每日剂量为 2 克补剂,实际 DHA 含量约 0.9 克。该发现或能解释为何健康人群的 Omega‑3 试验结果参差不齐,因为其益处可能主要集中在已有认知下降的个体身上。

Approach: Macro science. Palette: B, warm.

Extreme close-up macro photograph of a thin slice of raw chicken breast muscle, shot at a slight 30-degree angle with a shallow depth of field. The pale pink-gold fibers run diagonally across the frame, with glistening moisture and fine striations visible. In the foreground, a few tiny translucent anserine crystals sit on the surface, catching light like small shards of amber glass. A single small point of electric green light reflects off one crystal as a subtle accent. Warm, low golden-hour side light from the left casts honey and copper highlights and soft brown shadows. The background melts into creamy amber bokeh. The mood is quiet, curious and scientific, with a tactile, organic feel and no blue cast.
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鸡胸肉二肽安赛宁提升轻度认知障碍患者记忆得分

BY NOVA CHEN ·

来自鸡胸肉的二肽——安赛宁(anserine),在一项为期12周、每日500 mg的随机对照试验中,使轻度认知障碍(MCI)患者的MMSE得分平均提升约1.9分(p=0.036),而安慰剂组得分保持不变。研究推测其作用机制可能是清除大脑中与神经炎症相关的次氯酸(HOCl)。尽管样本仅30人且仅使用MMSE一项测评,这一结果仍为安赛宁的认知益处提供了初步证据。

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