What are the consequences of excess calcium in the biological system?

Label:chem

Topic
Calcium ions are a significant component of bone and participate in biochemical and physiological processes; however, excess calcium can result in hypercalcemia, leading to abdominal pain, bone weakening, muscle cramps, and other neurological symptoms.
Answer
Excess calcium in the biological system can lead to hypercalcemia, resulting in adverse health effects such as abdominal pain, weakened bones, muscle cramps, and various neurological symptoms.
Return to Home Chemical List
Knowledge you may be interested in
What are the health risks associated with high or long-term exposure to cobalt? Why is there a scope for anion recognition, specifically for cyanide, in the future using fluorescent chemosensors? What is the primary role of iodide in the human body? Why is there a high demand for the development of chemosensors for bisulphite (HSO3−) detection? Why is it crucial to track hypochlorite ions in aqueous and biological samples? What is a challenge in detecting fluoride ions with thiophene-based chemosensors? How does the furan ring's position and substitution affect the type of carbon formed during charring? What are the primary gases evolved during the initial decomposition region (100-400 °C) of furan-based epoxy resins? What is the effect of furan ring substitution on char formation in pendant furan-based epoxy resins? How does the network position of the furan ring affect char formation in furan-based epoxy resins? Why is it important to detect copper in the aqueous system? Why are deep eutectic solvents (DES) considered a green alternative to hexane for thin-film composite (TFC) membrane fabrication? How does the interaction energy of DL-menthol: lauric acid deep eutectic solvent (DES) with trimesoyl chloride (TMC) compare to that of hexane with TMC? What is the effect of deep eutectic solvent (DES) viscosity on monomer diffusion and polyamide (PA) layer formation during interfacial polymerization? Why does the presence of magnesium oxide species in catalysts favor cyclohexanol production over cyclohexane from guaiacol? Why is cyclohexene a valuable raw material in industry? What are the challenges associated with the direct dehydrogenation of cyclohexane? What properties make hydroxyapatite (HAP) an effective catalyst carrier? How is calcium molybdate (CaMoO4 ) formed in the MoOx /HAP catalyst and what influences its presence? Why is piperidine considered a crucial pharmacophore in drug discovery?