2,851
edits
Methyl Donors: Difference between revisions
→Symptoms
| Line 49: | Line 49: | ||
=== Symptoms === | === Symptoms === | ||
Methyl donor deficiency can lead to a range of physiological and metabolic disturbances due to its impact on essential cellular functions, including DNA methylation, phosphatidylcholine synthesis, and protein synthesis. Below are some of the symptoms and consequences associated with this condition: | |||
* | |||
* | ==== Energy Metabolism and Muscle Disorders ==== | ||
* | * Fatigue and weakness due to disturbances in energy metabolism. | ||
* | * Muscle disorders, potentially linked to impaired protein synthesis. | ||
==== Hepatic Effects ==== | |||
* Fatty liver (hepatic steatosis), which can occur due to disrupted lipid metabolism. | |||
* Increased risk of liver inflammation and liver disease. | |||
==== Cardiovascular Symptoms ==== | |||
* Elevated levels of plasma total homocysteine (tHcy), which is a risk factor for cardiovascular diseases. | |||
* Potential increase in cardiovascular risk factors, possibly leading to cardiovascular events. | |||
==== Neurological and Cognitive Symptoms ==== | |||
* Impaired cognitive function and potential developmental delays. | |||
* Increased risk of neurodegenerative diseases due to disrupted brain methylation processes. | |||
==== Pregnancy and Developmental Issues ==== | |||
* During pregnancy, increased risk of complications and birth defects due to impaired DNA methylation. | |||
* Potential for neural tube defects and other developmental anomalies in the fetus. | |||
==== Psychological Symptoms ==== | |||
* Mood disturbances, including depression, possibly related to altered neurotransmitter synthesis. | |||
* Behavioral changes due to imbalances in epigenetic regulation of gene expression. | |||
[[Category:Molecular and Cellular Biology]] | [[Category:Molecular and Cellular Biology]] | ||