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New Research



1)

Gut problems can be early sign

Recent study suggests that gastrointestinal problems like constipation, difficulty swallowing, and irritable bowel could serve as an early indicator of Parkinson's disease in certain individuals. This discovery, further supports the notion of a strong connection between brain and gastrointestinal health. The researchers believe that unraveling the reasons behind these gut issues may lead to earlier intervention and treatment for Parkinson's disease. The gastrointestinal system houses a vast network of nerve cells that communicate with the brain. Experts speculate that therapies targeting one system could potentially benefit the other, or that a condition affecting one region may impact the other. However, it's important to note that while gut problems may hint at early signs of Parkinson's, the study cannot definitively establish causality. There might be an as-yet-unknown third factor linking gastrointestinal conditions and Parkinson's disease independently.

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2)

Blood test for easy detection

A study involving rodents and samples from individuals diagnosed with Parkinson's disease indicates that identifying DNA damage in blood samples could provide a straightforward method for early disease diagnosis. While this potential diagnostic test awaits validation through clinical studies, the detection of DNA damage contributes to a growing list of biomarkers recently uncovered for Parkinson's disease. This discovery enhances our capacity to confidently confirm whether someone has Parkinson's or not, according to neurodegeneration researchers. Moreover, a blood test stemming from these findings could facilitate earlier access to existing treatments for patients and bolster the assessment of new therapies in clinical trials.

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3)

Genetic factors that fend off PD

A comprehensive analysis of extensive medical and genetic datasets has uncovered that individuals possessing a specific variant of a gene linked to immune response exhibit a reduced risk of developing Alzheimer's and Parkinson's disease. Approximately one in five individuals carries this particular gene variant, which has been relatively overlooked but seems to provide protection against both Alzheimer's and Parkinson's diseases. This allele's presence was associated with an average reduction of over 10% in the likelihood of developing either Parkinson's or Alzheimer's disease, as revealed in the study, which included data from hundreds of thousands of individuals with diverse ancestral backgrounds spanning various continents.

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4)

Types of Parkinson’s Disease

Primary parkinsonism, also known as Parkinson's disease or idiopathic Parkinson's, arises without a clear underlying cause and results from the dysfunction and death of dopamine-producing brain cells. It constitutes the most prevalent form of parkinsonism, accounting for about 80% of cases. While primary parkinsonism primarily exhibits motor-related symptoms, nonmotor issues like cognitive decline, swallowing difficulties, gastrointestinal problems, anxiety, depression, olfactory loss, and sleep disturbances are common. The typical treatment for Parkinson's disease involves medications like levodopa, which boost dopamine production. However, other parkinsonism types don't respond as effectively to these treatments. The disease can be categorized further into subtypes, including familial Parkinson's, linked to specific genetic mutations passed within families, and early-onset Parkinson's, which affects individuals under 50. Younger onset patients often have a family history of the disease, experience a slower progression, and are more prone to medication-related involuntary movements but less likely to face memory issues and balance problems. This age distinction also brings unique social and psychological challenges.

Atypical parkinsonism, referred to as Parkinson's plus, includes several neurological disorders resembling Parkinson's disease in motor symptoms but displaying unique features. These conditions generally do not respond to standard Parkinson's treatments, progress more swiftly, and have a less favorable prognosis. Subtypes like Dementia with Lewy bodies, Progressive supranuclear palsy, Corticobasal degeneration, and Multiple system atrophy each have distinct characteristics, including different toxic protein clumps in the brain and specific clinical symptoms, differentiating them from classic Parkinson's disease.

Secondary parkinsonism refers to Parkinson's-like symptoms caused by underlying health conditions or external factors. It includes drug-induced parkinsonism, often triggered by medications, vascular parkinsonism linked to impaired brain blood flow, normal pressure hydrocephalus due to cerebrospinal fluid issues, and parkinsonism resulting from infections, toxins, or brain trauma. These symptoms typically improve upon addressing the underlying cause, distinguishing secondary parkinsonism from atypical forms.

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5)

Psychosis symptoms Parkinson's disease is a neurodegenerative condition primarily affecting the midbrain, responsible for coordinating movement, thoughts, speech, and emotions. Neuropsychiatric symptoms, including depression, apathy, cognitive decline, sensory changes, and psychosis, can emerge in the early stages of the disease. Approximately 20% of Parkinson's patients experience some form of psychosis at any given time, with a lifetime risk of around 50%. While psychosis can occur suddenly in Parkinson's, there are subtle early signs that can be observed.

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