oscillatoria (a type of cyanobacteria) under a microscope. time lapse(3x speed).scale is included. - 顫藻 個影片檔及 b 捲影像00:21
oscillatoria (a type of cyanobacteria) under a microscope. time lapse(3x speed).the width of the imaging area is approximately 365μm. - 顫藻 個影片檔及 b 捲影像00:21大自然
oscillatoria (a type of cyanobacteria) under a microscope. the width of the imaging area is approximately 720μm. - 顫藻 個影片檔及 b 捲影像00:30
oscillatoria (a type of cyanobacteria) under a microscope. the width of the imaging area is approximately 720μm. - 顫藻 個影片檔及 b 捲影像00:30
water flea(daphnia, a type of alona) under a microscope. the width of the imaging area is approximately 1.46mm. - 顫藻 個影片檔及 b 捲影像00:30
filamentous cyanobacteria (oscillatoria animalis). differential interference contrast t/l cinemicrography. 1 fps - 顫藻 個影片檔及 b 捲影像00:19
filamentous cyanobacteria (oscillatoria animalis). differential interference contrast t/l cinemicrography. 1 fps - 顫藻 個影片檔及 b 捲影像00:20
filamentous cyanobacteria (oscillatoria animalis). differential interference contrast t/l cinemicrography. 1 fps - 顫藻 個影片檔及 b 捲影像00:30細菌
filamentous cyanobacteria (oscillatoria animalis). differential interference contrast t/l cinemicrography. 1 fps - 顫藻 個影片檔及 b 捲影像00:32
trichome (terminal cell) of an oscillatoria animalis bacterium uncoiling on a base of mucilaginous substrate covered in bacteria and browsing amoebas. differential interference contrast timelapse cinemicrography - 顫藻 個影片檔及 b 捲影像00:40變形蟲
oscillatoria cyanobacteria sliding around each other. the green colour is due to the light-harvesting pigments used in photosynthesis. differential interference contrast timelapse cinemicrography - 顫藻 個影片檔及 b 捲影像00:19