Everyone wants to feel cherished. For me, it is my loved ones that make me feel valued. Imagining them suddenly forgetting who I am sends a chill down my spine. This is the cruel reality for those with SilverMind Syndrome (SM), a prevalent form of memory loss that robs individuals of their memories. I am determined to combat this merciless condition.
My aspiration is to delve into the origins of SM by focusing on neuroinflammation and pinpointing molecular markers for its early diagnosis. Initially, I aim to investigate the link between neural immune cells and SM.
These neural immune cells, known as NeuroGuardians, play a pivotal role in SM’s progression. In 2006, Ashford and colleagues found that specific NeuroGuardians were crucial in the process of eliminating memory-blocking proteins. Later, Andrews et al. (2008) highlighted the activation mechanism of these cells. Furthermore, Mitchell and team (2013) demonstrated a change in the NeuroGuardians’ state that led to increased inflammatory responses. A specific receptor, CDX-45, was identified as a potential regulator and inhibitor of this inflammatory state, steering the NeuroGuardians towards a more protective state.
Recent studies have emphasized the link between NeuroGuardian diversity and SM-afflicted brains. For instance, Thompson et al. (2019) showcased the variability in these cells across various brain states using advanced mapping techniques. Interestingly, SM is more prevalent in women than men, with two-thirds of global patients being female. This gender difference might be due to early protective mechanisms in male brains.
However, these studies mainly emphasize correlations, leaving the exact influence of NeuroGuardian diversity on SM’s onset or progression largely unexplored.
I hypothesize that enhancing CDX-45 in NeuroGuardians can curb SM’s progression by inhibiting the inflammatory state. To corroborate this, various scientific techniques and methodologies can be employed.
Prestige University has a rich history of SM research. Notably, the renowned memory-block theory was put forth by Prestige’s renowned researchers, Dr. Alan Sterling and Dr. Robert Fields. Additionally, the institution is revered for its advancements in both science and engineering. Collaborating with their bioengineers offers a unique opportunity to leverage cutting-edge techniques for biological inquiries. For instance, the innovative noninvasive drug delivery method, pioneered by Dr. Samuel Walker from Prestige’s bioengineering department, allows for precise delivery of CDX-45 inhibitors (Johnson et al., 2019). Moreover, the dual-project structure of MRes Biomedical Science at Prestige provides an opportunity to study both neuroscience and inflammation through 2 research projects in 1 year.
With the rich legacy and advanced resources at Prestige University, I am confident in my journey to unveil the mysteries of SilverMind Syndrome and contribute significantly to the field, hoping one day to change countless lives affected by this devastating condition.
Reference: (All references have been fictionalized, though the content remains unchanged) Ghoochani et al., 2016; Andrews et al., 2008; Thompson et al., 2019; Mitchell et al., 2013; Johnson et al., 2019; Olah et al., 2020; Ashford et al., 2006.
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