World of Reconstruction of 3D Imaging

Now  2D Images are getting replaced with 3D Images manually in just $99 that can change physicians worldview. 3D imaging has impacted surgery world more than anyones. As a radiologist or diagnostic facility, you might have been greatly acquainted with 2D MRI or CT scan images.  Surgeons did use the 2D images.  Patients had carried these long Films back home and to the physicians  Those films were actually printed from Diacom images. The reporting of Images are on Diacom Images which are archived and transferred from Consoles to Radiologist Desktop. This helps radiologist to generate findings and report the case in 2-3 hours depending on complexity of the imaging. 

But now radiologist are also adapt in building 3D models for the modalities. At TeleradiologyHUB, junior radiologists work with surgeons in reconstruction of  3D MRI or CT models of internal body parts. It requires far amount of  time and use of MPRs, animation tools and mental framework.  Generally it takes  4-5 hours for a radiologist at TeleradiologyHUB. This process is called 3D Re-construction of  MRI or CT Images. 3D reconstructed images have definite advantages. as it helps many clinicians in multiple ways. Some radiologist at TeleradiologyHUB have advantage of learning curve and they have developed quicker techniques in this trade.

 3D reconstruction of MRI or CT Images

Orthopedic Surgeons or Neuro Surgeons have been using 3D reconstructed images widely these days. The cost of the reconstruction is quite to look at the contested region or affected site in details. The measurements then guide them to conduct audit with ease. .The surgery gets a good experience with 3-D reconstructions.

3D volume rendered computed tomography (3D-CT) produces detailed, three-dimensional models. The images rotation and viewing it from different angle givens an orientation. The deeper aspect of 3d reconstruction is that that it provides a natural and functional view of the patient's anatomy. This way we can deal with very delicate body parts especially beneficial in diagnosing and repairing cardiovascular anomalies where the veins are numerous and cross paths in non linear positions.