Light (non-visible spectrum) 感應光（非可見光譜） | 仿生科技產業化資料庫

細菌有助於感知遠紅光 (Bacteria Help Sense Far-Red Light)

poweruser — Mon, 16 Dec 2024 15:57:40 +0000

#感知來自環境的光(不可見光譜)
#Sense Light (Non-visible Spectrum) From the Environment

細菌有助於感知遠紅光 (Bacteria Help Sense Far-Red Light)

松頜龍魚的視網膜透過吸收它們所吃細菌的色素來感知遠紅光。
(Retinas of loosejaw dragonfish sense far-red light by incorporating pigments from bacteria they eat.)

生物策略表

〈細菌有助於感知遠紅光 (Bacteria Help Sense Far-Red Light)〉這篇文章最早發佈於《仿生科技產業化資料庫》。

魚在黑暗中仍能看見東西 (The fish can see in the dark)

poweruser — Tue, 09 Aug 2022 08:04:57 +0000

#感知環境中的光（不可見光譜）

#Sense Light (Non‑visible Spectrum) From the Environment

魚在黑暗中仍能看見東西 (The fish can see in the dark)

一種酶可以將維生素 A1 轉化為維生素 A2（稱為脫氫視黃醇）。維生素 A2 似乎將紅視錐細胞的敏感性轉移到更長的波長，使具有這種特殊酶的魚能夠看到近紅外光。
An enzyme that converts vitamin A1 to vitamin A2 (called dehydroretinol). Vitamin A2 appears to shift the sensitivity of red cone cells to longer wavelengths, allowing fish that have this particular enzyme to see near-infrared light.

生物策略表

〈魚在黑暗中仍能看見東西 (The fish can see in the dark)〉這篇文章最早發佈於《仿生科技產業化資料庫》。

感光蛋白主導避開陰影處生長的行為 (Photoreceptor proteins direct shade avoidance behavior)

Tam Billy — Wed, 26 May 2021 02:05:34 +0000

#適應外表型

#對訊號反應

#從環境感應光（非可見光譜）

#從環境感應光（可見光譜）

#轉導/轉換訊號

#Adapt phenotype

#Respond to signals

#Sense light (non-visible spectrum) from the environment

#Sense light (visible spectrum) from the environment

#Transduce/convert signals

感光蛋白主導避開陰影處生長的行為 (Photoreceptor proteins direct shade avoidance behavior)

阿拉伯芥植株通過偵測與陰影相關的紅色和藍色光波長變化來最大化光合作用活動，促使引導植物直接遠離陰影生長的蛋白質合成
(Thale cress plants maximize photosynthetic activity by detecting changes in wavelengths of red and blue light associated with shade, triggering protein production to direct growth away from shaded areas.)

生物策略表

〈感光蛋白主導避開陰影處生長的行為 (Photoreceptor proteins direct shade avoidance behavior)〉這篇文章最早發佈於《仿生科技產業化資料庫》。

反射結構造成顏色及表面改變 (Reflector causes color and surface change)

Tam Billy — Mon, 24 May 2021 03:41:31 +0000

#從環境中感應光訊號（可見光譜）

#感應大氣條件訊號

#Sense light (visible spectrum) from the environment

#Sensing atmospheric conditions

反射結構造成顏色及表面改變 (Reflector causes color and surface change)

金花蟲的外骨骼由於其充滿溝紋的啁啾式多層反射構造，能分別以填充或抽空液體，造成遮蔽或顯露最底層色澤，從而改變顏色及反射特性
(The exoskeleton of the tortoise beetle changes color and reflective properties due to a chirped multilayer reflector filled with grooves that fill and empty of fluid to cover and reveal, respectively, the bottommost layer.)

生物策略表

〈反射結構造成顏色及表面改變 (Reflector causes color and surface change)〉這篇文章最早發佈於《仿生科技產業化資料庫》。