Information

Information

TowardPi believes in long-term value and adheres to a democratic company management model, with the spirit of scientists at its core
Your location:
Homepage
/
/
/
Multiple Dynamic OCT/OCTA Views of Choroidal Osteoma (CO)

Multiple Dynamic OCT/OCTA Views of Choroidal Osteoma (CO)

  • Categories:Gallery
  • Time of issue:2022-06-13 11:31
  • Views:

(Summary description)Fig1: Both superior and inferior boundaries of CO can be clearly identified on HD B-scan (red arrows). Lamellar structures inside CO. Besides, interruption of ellipsoid zone, local PED and dystrophy were found.

Multiple Dynamic OCT/OCTA Views of Choroidal Osteoma (CO)

(Summary description)Fig1: Both superior and inferior boundaries of CO can be clearly identified on HD B-scan (red arrows). Lamellar structures inside CO. Besides, interruption of ellipsoid zone, local PED and dystrophy were found.

  • Categories:Gallery
  • Time of issue:2022-06-13 11:31
  • Views:
Information

Fig1: Both superior and inferior boundaries of CO can be clearly identified on HD B-scan (red arrows). Lamellar structures inside CO. Besides, interruption of ellipsoid zone, local PED and dystrophy were found.

 

Fig2: Elevation and excavation of choroid in different orientations on radial lines scan.

 

Fig3: Retinal vessel looked normal on OCTA scan, even when being zoomed in.

 

Fig4: Choriocapillaris slabs showed vessels pattern inside CO from different depth.

 

Fig5: Neovascularization was visualized in outer retina slab, which is an important complication of CO. Strong blood signal overlapped on B-scan confirmed the finding.

 

Fig6: Posterior boundary of choroid was detected accurately by algorithm.

 

Fig7: Choroid thickness map with volume values was automatically generated.

 

Fig8: Color fundus image and FFA from other devices for references.

 

Fig1-7 were captured and analyzed by a 400KHz swept source OCT/OCTA system (BMizar BM-400K, TowardPi Medical Technology)

 

Images courtesy of Prof. MeiXia Zhang, West China Hospital of Sichuan University, Chengdu, China.

Editor: Dr. Jian Zhou (TowardPi Medical)

 

relevant information

There is currently no information to display
Please add data record on website background.

© TowardPi (Beijing) Medical Technology Ltd     京ICP备2021011388号-1   Powered by www.300.cn     View business license