metals
No, metal is generally more conductive than the human body. Metals such as copper and aluminum have much higher conductivity compared to the human body, which means they can more easily carry electric current.
Yes, the human body can conduct electricity due to the presence of water and salts in our tissues. This is why electrical signals can be transmitted through our nerves and muscles to enable bodily functions. However, the conductivity of the human body is lower compared to metals, for example.
all are non metals
Metals naturally present in the human body, such as iron, are in very small quantities and not magnetic enough to be attracted to magnets in the way iron or steel objects would be. Therefore, they do not typically exhibit magnetic properties strong enough to be visibly attracted by magnets.
The main term for a fracture of the clavicle is a broken collarbone. It is one of the most common bones in the human body that get broken easily.
metals
Iron and zinc
The heavy metals like lead and mercury are toxic to our human bodies as the body system has no means of getting rid of them.
Yes it can, either from an external or internal approach. Only if it's sharp enough like a compound fracture.
Alkaline earth metals in the body play a huge role in health. For instance, calcium is the fifth most abundant in the human body. You need calcium for strong bones.
metalloids
metalloids
Nonmetals make up most of the human body. The main elements found in the body are carbon, hydrogen, oxygen, and nitrogen, which are all nonmetals. Metals, such as calcium, iron, and potassium, are present in smaller amounts.
the question is not specific. but yes you can get disease after a fracture
Once the procedure for fracture repair is completed, the body begins to produce new tissue to bridge the fracture site and rejoin the broken pieces
Some of the essential metals in the human body include iron (in red blood cells for oxygen transport), calcium (in bones and teeth for structure), zinc (in enzymes for various functions), and magnesium (in muscles and nerves for function). These metals are distributed throughout the body in different tissues and organs based on their specific roles and functions.