Which chemical can be toxic to the cells if it is not removed?
A. oxygen
B. glucose
C. water
D. carbon dioxide
Answers
Answer:
carbon dioxide is right
Explanation:
thank you
Toxic damage to cells can cause individual cell death and if sufficient cells are lost, the result can be tissue or organ failure, ultimately leading to death of the organism. It is nearly impossible to separate a discussion of cellular toxicity and biochemical toxicity. Most observable cellular changes and cell death are due to specific biochemical changes within the cell or in the surrounding tissue. However, there are a few situations where a toxic chemical or physical agent can cause cell damage without actually affecting a specific chemical in the cell or its membrane. Physical agents such as heat and radiation may damage a cell by coagulating their contents (similar to cooking). In this case, there are no specific chemical interactions. Impaired nutrient supply (such as glucose and oxygen) may deprive the cell of essential materials needed for survival.
Toxic Effects
The majority of toxic effects, especially due to xenobiotics, are due to specific biochemical interactions without causing recognizable damage to a cell or its organelles.
The majority of toxic effects, especially due to xenobiotics, are due to specific biochemical interactions without causing recognizable damage to a cell or its organelles.Examples of these toxic effects include:
The majority of toxic effects, especially due to xenobiotics, are due to specific biochemical interactions without causing recognizable damage to a cell or its organelles.Examples of these toxic effects include:Interference with a chemical that transmits a message across a neural synapse such as the inhibition of the enzyme acetylcholinesterase by organophosphate pesticides.
The majority of toxic effects, especially due to xenobiotics, are due to specific biochemical interactions without causing recognizable damage to a cell or its organelles.Examples of these toxic effects include:Interference with a chemical that transmits a message across a neural synapse such as the inhibition of the enzyme acetylcholinesterase by organophosphate pesticides.When one toxic chemical inhibits or replaces another essential chemical such as the replacement of oxygen on the hemoglobin molecule with carbon monoxide.
The majority of toxic effects, especially due to xenobiotics, are due to specific biochemical interactions without causing recognizable damage to a cell or its organelles.Examples of these toxic effects include:Interference with a chemical that transmits a message across a neural synapse such as the inhibition of the enzyme acetylcholinesterase by organophosphate pesticides.When one toxic chemical inhibits or replaces another essential chemical such as the replacement of oxygen on the hemoglobin molecule with carbon monoxide.The human body is extremely complex. In addition to over 200 different cell types and about as many types of tissues, there are literally thousands of different biochemicals, which may act alone or in concert to keep the body functions operating correctly. To illustrate the cell's structures and functions and the chemical toxicity of all tissues and organs would be impossible in this brief tutorial. This section presents only a general overview of toxic effects along with some specific types of toxicity that include cancer and neurotoxicity.