Developing the program was an eight-year process; it is the first of its kind. Procurement directors and surgeons across the nation await the outcomes of Pennsylvanias program. There have been at least nineteen families that have signed up for the benefit. Due to investigation of the program, however, there has been some concern whether the money collected is being used to assist families. Nevertheless, funeral aids to induce post-mortem organ donation have also received support from experts and the general public, as they present more ethical values, such as honoring the deceased donor, and potentially increase donation willingness.Some organizations, such as the National Kidney Foundation, oppose financial incentives associated with organ donation claiming, "Offering direct or indirect economic benefits in exchange for organ donation is inconsistent with our values as a society." One argument is it will disproportionately affect the poor. The $300–3,000 reward may act as an incentive for poorer individuals, as opposed to the wealthy who may not find the offered incentives significant. The National Kidney Foundation has noted that financial incentives, such as this Pennsylvania statute, diminish human dignity. Bioethical issues
Deontological
Deontological issues are issues about whether a person has an ethical duty or responsibility to take an action. Nearly all scholars and societies around the world agree that voluntarily donating organs to sick people is ethically permissible. Although nearly all scholars encourage organ donation, fewer scholars believe that all people are ethically required to donate their organs after death.
They also occur in the posterior cranial fossa, and near the falx cerebri and tentorium cerebelli. Unlike epidural hematomas, which cannot expand past the sutures of the skull, subdural hematomas can expand along the inside of the skull, creating a concave shape that follows the curve of the brain, stopping only at dural reflections like the tentorium cerebelli and falx cerebri.On a CT scan, subdural hematomas are classically crescent-shaped, with a concave surface away from the skull. However, they can have a convex appearance, especially in the early stages of bleeding. This may cause difficulty in distinguishing between subdural and epidural hemorrhages. A more reliable indicator of subdural hemorrhage is its involvement of a larger portion of the cerebral hemisphere. Subdural blood can also be seen as a layering density along the tentorium cerebelli. This can be a chronic, stable process, since the feeding system is low-pressure. In such cases, subtle signs of bleeding—such as effacement of sulci or medial displacement of the junction between gray matter and white matter—may be apparent. Fresh subdural bleeding is hyperdense, but becomes more hypodense over time due to dissolution of cellular elements. After 3–14 days, the bleeding becomes isodense with brain tissue and may therefore be missed. Subsequently, it will become more hypodense than brain tissue. Classification
Subdural hematomas are classified as acute, subacute, or chronic, depending on the speed of their onset.Acute bleeds often develop after high-speed acceleration or deceleration injuries. They are most severe if associated with cerebral contusions.