生命科學儀器

心血管研究

NEW
RFLSI ZW
雷射散斑血流成像系統

RFLSI ZW鐳射散斑血流成像系統基於LSCI(laser speckle contrast imaging)技術設計,具有高解析度、非接觸式、非侵入性等優勢,可即時監測、並直觀地呈現活體器官組織微循環血流灌注量分佈情況。鐳射散斑血流成像系統可快速獲取高解析度圖片、資料、視頻等多維度的結果,幫助您客觀量化微循環血流量資料,提高實驗效率。
廣泛應用於臨床前和臨床研究,在腦損傷、中風和血管功能、認知障礙研究中,舊款RFLSI III 鐳射散斑血流成像系已經發表多篇高分文獻。

 

  • 穩定可靠的資料,鐳射功率波動<1%
  • 最佳空間解析度為3.9μm/pixel
  • 即時動態測量,最高100FPS取樣速率
  •  

數量

7大特點,助你高效獲取高質量圖片與影像數據:

  1. 高度清晰的無創即時全場影像;無需造影即可成像。
  2. 12X光學變倍自動對焦鏡頭,可根據您的需要調整圖像區域。
  3. 內置Basler相機,分辨率高達2048 * 2048像素,拍攝速度快至每秒120幅,清晰度更高、成像速度更快。
  4. 雷射穩定可靠,具有良好相干性,確保數據穩定。
  5. 微循環血流灌注數據可量化,影片可直觀展示區域血流分佈差異。
  6. 採用雙3.0 USB接口,輕鬆應對高數據量的傳輸。
  7. 設計緊湊,靈活支架可選,方便移動且節約空間。



客戶案例
Brain Injury

    What do you think of this image, it's that clear enough ? 

    Yes, It's very very very nice and very impressive”

    - Dr.Amar Abdullah, Ph.D| Faculty of Medicine Dentistry and Health Sciences

Stroke & Vascular Function

  “We can use the laser Speckle imaging system to observe the 5 th branch of Mesentery.”

    -Yi-Je(Jay) Chen, Ph.D. | UC Davis

Cognitive Disorder

  “This is the sharpest speckle device I've ever seen this is what i expected.”

    -Lei.P Professor | West China Second University Hospital


文獻

1.創傷性顱腦損傷:

Microvascular Injury in Mild Traumatic Brain Injury Accelerates Alzheimer-like Pathogenesis in Mice

2.下肢缺血:

DW14006 as a direct AMPK activator ameliorates diabetic peripheral neuropathy in mice

 3.淋巴和血管:

Meningeal lymphatics clear erythrocytes that arise from subarachnoid hemorrhage

4.腦缺血:

14-3-3ζ-c-Src-integrin-β3 complex is vital for platelet activation

5.糖尿病和血腦屏障:

Aging exacerbates impairments of cerebral blood flow autoregulation and cognition in diabetic rats

https://www.rwdls.com/product/imaging/case2/15.html

更多產品問題或預約展示,請與我們聯繫