Abstract: Certain embodiments provide a system for calibrating an X-ray image. The system may receive an X-ray image of an anatomical part of a patient. The system may further receive a 3-D surface scan of a surface of the patient where the anatomical part is located. The system may derive a measurement correction to apply to measurements of the X-ray image based on the 3-D surface scan. The measurement correction may account for: an orientation of the patient with respect to the X-ray detector plate, a first distance between the patient and the detector plate, or a second distance between the patient and an X-ray source used to generate the X-ray image. The system may further determine a corrected measurement of the anatomical part based on the measurement correction and a measurement taken from the X-ray image.

Abstract: Methods and devices for improving airflow distribution in treatment of respiratory conditions are disclosed. According to various embodiments, blocking devices may be used to redirect air away from healthy portions of the lung to diseased portions so that inhaled medication may be more effectively delivered to the patient.

Abstract: Methods and devices for improving airflow distribution in treatment of respiratory conditions are disclosed. According to various embodiments, blocking devices may be used to redirect air away from healthy portions of the lung to diseased portions so that inhaled medication may be more effectively delivered to the patient.

Abstract: The application provides customized aortic stent and stent graft devices and methods for the manufacture thereof. The customized aortic stent or stent graft are patient-specific in that they conform to at least part of the ascending aorta, aortic arch and/or thoracic aorta.

Abstract: The application provides molds for the manufacture of intraluminal endoprostheses and methods for their manufacture. In particular embodiments, the methods comprise the steps of providing a 3D model of the mold, meshing the model, manufacturing a mold based on said meshed 3D model. Also provided herein are methods for manufacturing an endoprosthesis using said mold.

Abstract: The application provides customized aortic stent and stent graft devices and methods for the manufacture thereof. The customized aortic stent or stent graft are patient-specific in that they conform to at least part of the ascending aorta, aortic arch and/or thoracic aorta.

Abstract: The application provides customized aortic stent and stent graft devices and methods for the manufacture thereof. The customized aortic stent or stent graft are patient-specific in that they conform to at least part of the ascending aorta, aortic arch and/or thoracic aorta.

Abstract: The application provides customized aortic stent and stent graft devices and methods for the manufacture thereof. The customized aortic stent or stent graft are patient-specific in that they conform to at least part of the ascending aorta, aortic arch and/or thoracic aorta.

Abstract: The application provides molds for the manufacture of intraluminal endoprostheses and methods for their manufacture. In particular embodiments, the methods comprise the steps of providing a 3D model of the mold, meshing the model, manufacturing a mold based on said meshed 3D model. Also provided herein are methods for manufacturing an endoprosthesis using said mold.