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Intuitive Operation. Seamless Workflow.
奧林巴斯cellSens平臺打造了基于操作人員偏好工作流的獨特個性化及直觀成像體驗。 cellSens可實現(xiàn)對圖標、工具欄和控件顯示及位置的全面控制,簡化了桌面,并提高了工作效率。
cellSens便于使用,功能強大且靈活。軟件使用了模塊設計,可以根據(jù)預算,及成像應用進行選配。這就使該軟件能夠不斷發(fā)展并滿足研究的需求。
cellSens Entry
cellSens Entry is the ideal stepping stone for researchers wanting to move into digital image acquisition and documentation, providing all the tools needed for simple image acquisition.
cellSens Standard
奧林巴斯 cellSens Standard 軟件,是 cellSens Entry的高階版,不僅可拍攝單張圖片,更可識別/控制顯微鏡的編碼/電動部件,實現(xiàn)復雜采圖過程(如時間序列拍攝/多色熒光采圖等)。
cellSens Dimension
奧林巴斯cellSens Dimension是cellSens軟件的全能版本, 控制全電動顯微鏡系統(tǒng),根據(jù)需要組合執(zhí)行復雜實驗流程(長時間time-lapse/多層z-stack/多色/多點/拼圖/自動對焦等),且具備強大的圖像分析處理功能。
5D試驗獲取
專業(yè)的5D采集工具(XY/Z/多色/多點/時間序列),如組合使用實驗管理員GEM和滴定板導航器WN(多孔板),以流程化的結(jié)構(gòu)圖展示實驗采集過程,簡潔明確。
-圖形化實驗管理員( GEM:Graphic Experiment Manager ):用圖形化的方式直觀組合需要的采圖功能,輕松實現(xiàn)復雜實驗流程。
-滴定板導航器(WN: Well Navigator)(多孔板):采圖設置流程化,且圖像與多孔板的孔位可一一對應視圖,界面友好
圖像處理和共享
特有的TruSight消卷積(反卷積)功能和各種強大的圖像處理技術(shù),根據(jù)展示或分析需要,靈活處理圖片。同時,結(jié)合會議模式(Conference Mode),輕松共享實驗圖片,使用內(nèi)置的報告模板,拖-放圖文即可生成專業(yè)的報告。
強大分析工具
通過圖像動態(tài)處理提取更多數(shù)據(jù),從而獲得更為可靠的實驗結(jié)果。該軟件的深度學習技術(shù)(TruAI)還可實現(xiàn)更為出色的分割識別。利用宏管理器自動完成包括圖像分析和保存在內(nèi)的整個工作流程。
可定制用戶界面
利用自定義功能(My Function)工具,按照個人習慣設置個性化軟件工作界面,自由組合采圖和分析工具窗口。
cellSens Functions and Optional Solutions |
Dimension | Standard | Entry | |||
---|---|---|---|---|---|
Layout | User experience customization | ? | ? | ? | |
View | Overlay multiple images | ? | ? | - | |
Document groups for side-by-side image comparison | ? | ? | ? | ||
Movie playback | ? | ? | ? | ||
Tile view (multiple images in a single data set shown side-by-side) | ? | ? | ? | ||
Slice view for orthogonal plane viewing of 3D or time-lapse data sets | ? | - | - | ||
Voxel viewer for isosurface and volumetric rendering of 3D and 4D data sets | ? | - | - | ||
Image Acquisition | Snap/movie acquisition | ? | ? | ? | |
Time-lapse at specified interval | ? | ? | - | ||
Automated multiwavelength | ? | ? | - | ||
Z-stack | ? | - | - | ||
Multidimensional (XYZT and wavelength) | ? | - | - | ||
Graphical Experiment Manager | ? | - | - | ||
Manual panoramic imaging (Instant MIA and Manual MIA) | ? | Manual Process | Manual Process | ||
Multiposition visitation and stage navigator | Multiposition | Multiposition | - | ||
Automated panoramic imaging (auto MIA, requires motorized stage) | Multiposition | Multiposition | - | ||
Instantly create EFI image (manual or motorized Z) | ? | Manual Process | Manual Process | ||
Simultaneous multicolor Imaging (requires two identical cameras** or image splitter) | ? | - | - | ||
Live deblurring | ? | - | - | ||
High dynamic range imaging (HDRI) | ? | - | - | ||
Multiwell plate acquisition | Well plate navigator and Multiposition | - | - | ||
Image Processing | Geometry/combine/filter processing | ? | ? | - | |
Fluorescence unmixing | ? | - | - | ||
Brightfield unmixing | Count & Measure | - | - | ||
Deblurring (No/Nearest Neighbor, Wiener Filter) | ? | - | - | ||
Kymograph | ? | - | - | ||
2D deconvolution | ? | - | - | ||
3D deconvolution (constrained iterative deconvolution with GPU process) | CI Deconvolution | - | - | ||
Image Analysis | Phase analysis | ? | - | - | |
Object measurements and classification | Count & Measure | Count & Measure | - | ||
Interactive 2D measurements | ? | ? | ?* | ||
Intensity plot over time/z | ? | - | - | ||
Colocalization | ? | - | - | ||
Object counting (manual) | ? | ? | - | ||
Object tracking | Tracking and Count & Measure | - | - | ||
Online ratio and kinetics | Ratio/FRET | - | - | ||
Ratio analysis (offline) | ? | - | - | ||
FRET analysis | Ratio/FRET or Life Science Analysis | - | - |
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