  Creutzfeldt-Jakob disease (CJD) is a rapidly progressive and fatal
neurodegenerative disease, that causes approximately 350 deaths in the United
States every year. In specific, it is a prion disease that is caused by a
misfolded prion protein, termed $PrP^{Sc}$, which is the infectious form of the
prion protein $PrP^{C}$. Rather than being recycled by the body, the $PrP^{Sc}$
aggregates in the brain as plaques, leading to neurodegeneration of surrounding
cells and the spongiform characteristics of the pathology. However, there has
been very little research done into factors that can affect one's chances of
acquiring $PrP^{Sc}$. In this paper, Elastic Net Regression, Long Short-Term
Memory Recurrent Neural Network Architectures, and Random Forest have been used
to predict Creutzfeldt-Jakob Disease Levels in the United States. New variables
were created as data for the models to use on the basis of common factors that
are known to affect CJD, such as soil, food, and water quality. Based on the
root mean square error (RMSE), mean bias error (MBE), and mean absolute error
(MAE) values, the study reveals the high impact of unhealthy lifestyle choices,
CO$_{2}$ Levels, Pesticide Usage, and Potash K$_{2}$O Usage on CJD Levels. In
doing so, the study highlights new avenues of research for CJD prevention and
detection, as well as potential causes.
