Non-optimal Iron Status and Dementia
Non-optimal Iron Status and Dementia
Conventional medicine is limited in defining if any relationship exists between a non-optimal iron status and dementia.
That’s why this guide provides all relevant details to connect all the dots and furnish you with correct guidance. Taking cues from what this guide offers is a smart way to understand how to beat dementia with ease.
Dementia – Causes, Symptoms, and Types
Dementia is a rapid loss of cognitive functions like remembering, reasoning, and thinking. It is common among older people and has a potential to interfere with someone’s life and regular activity. Advanced dementia may make sufferers lose control of their emotions and experience rapid, downward personality changes.
Dementia is caused by extensive loss or damage to nerve cells. These connections to the brain are responsible for regular functions humans complete each day, but dementia disrupts such activity. Dementia usually causes brain damage in different ways and affects people with unique symptoms.
Common symptoms of dementia include:
- Rapid memory loss – affects judgment and induces regular confusion in many cases
- Speaking difficulty – difficulty/inability to speak, understand, and express thoughts; stunted reading and writing ability
- Wandering – getting lost in previously-familiar surroundings
- Sharp spending changes – loss of frugality in handling money and settling bills
- Repetition – repeating questions and statements in conversations
- Hallucinations – along with bouts of paranoia or frequent delusions
- Movement difficulty – problems with maintaining balance during movement
Currently, about five types of dementia exist, but the most common diagnosis among adults points to Alzheimer’s disease.
Alzheimer’s & Mild Cognitive Impairment
Alzheimer’s is a gradually-developing neurological disorder that triggers brain atrophy (shrinking brain). The condition also causes brain cells to die and is a common cause of full-blown dementia in older people.
Alzheimer’s causes a continual degradation of social, behavioral, and other necessary skills humans need. People affected by this condition usually find it difficult to function without needing help.
Common symptoms of Alzheimer’s include:
- Sustained memory loss
- Non-existent learning ability
- Language issues (pronunciations, reading, and writing)
- Difficulty with numbers
- Low logical thinking and thought organization
- Short attention span
- Hostility to new situations
However, research has shown that Alzheimer’s develops from an early condition of mild cognitive impairment (MCI). But in some cases, MCI might not degenerate to Alzheimer’s.
MCI usually begins when someone loses things often, forgets appointments, and finds trouble piecing words together.
Being floxed and chronic fatigue
Floroquinolone toxicity is an occurrence among users of antibiotics that might lead to significant health problems. Most sufferers describe the condition as ‘being floxed’.
Extensive health challenges floxies suffer might cause intermittent bouts of chronic fatigue.
However, little verifiable info exists at the moment to unearth any perceived link between being a floxie and having dementia.
Anemia, dementia, and neurological problems
Low serum ferritin in the human body is a potent cause of anemia. Several research has shown that anemia is a high-risk factor in people likely to develop symptoms of dementia.
Iron deficiency is a major cause of anemia and results in negative changes in a human’s neurological and physiological mechanisms. Anemic people could have to deal with several cognitive development issues.
Dealing with anemia directly impairs coordination, regular functions, as well as memory and attention spans.
Taking a poly-therapy approach and overturning anemia
Beating anemia will be nearly impossible with a mono-therapy approach. A mono-therapy approach rests on one kind of treatment to combat and remedy the effects of anemia.
However, mono-therapy usually fails to solve any healthcare challenge, especially one as serious as non-optimal iron levels.