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10/26, OPTiSPIM (第五段 (OPTiSPIM (four main modules (I. SPIM_illumination …
10/26
OPTiSPIM
第五段
OPT
advantage
recording nonfluorescent features
disadvantage
SPIM
advantage
recording large samples at high-resolution
OPTiSPIM
four main modules
I. SPIM_illumination
II. Transmission illumination
III. sample positioning
IV. detection
II. tansmission illumination optics:
Spatially and temporally incoherent light illuminates and
is imaged on the camera as shadow pattern.
<designed DOF covers half the width of the sample>
use an iris placed behined the detection objective to reduce the
NA of the detection and thereby control the DOF
III. Sample position
the sample is held in place, ''translated(平移), and "rotated".
Traslation: 3 axis
Rotation: vertical axis
IV. Detection module
The detection module is shared by both techniques.
4f telescope and filters
OPT fluorescence mode:
fluorescence lamp is coupled into the detection path
1 more item...
combines the advantages of transmission OPT and
high resolution of SPIM data
第三段
LSFM limitation
nonfluorescence
第四段
類似CT的技術
OPT
modes
I. fluorescence (emission) OPT
II. bright field (tranmission) OPT
limitation FOV ,
high resolution
第六段
choice objective lens depends on the sample and immersion condition.
第七段
Compare fluorescence OPT and
SPIM
淋巴結的內皮小靜脈
lateral resolution:
SPIM 3 micro
OPT 4 micro
但是兩個都可以分辨內皮小靜脈
第十三段
第八-十二段
除了LDCT之外,還開發了像是分子標定技術,來補充臨床的診斷。
過去幾十年,主要是透過組織活檢的方式來看NSCLC基因組和表基因組=>
來進行診斷、預測和監測
組織活檢的方式具有侵蝕性和其他的性質,所以限制了反映腫瘤的能力。