Which row in the table shows the type of stem cell that has the potential to form the greatest variety of specialised cells?
| Type of stem cell | State of differentiation |
|-------------------|-------------------------|
| A | embryonic | differentiated |
| B | tissue | differentiated |
| C | embryonic | undifferentiated |
| D | tissue | undifferentiated | - Scottish Highers Human Biology - Question 1 - 2017
Question 1
Which row in the table shows the type of stem cell that has the potential to form the greatest variety of specialised cells?
| Type of stem cell | State of differen... show full transcript
Worked Solution & Example Answer:Which row in the table shows the type of stem cell that has the potential to form the greatest variety of specialised cells?
| Type of stem cell | State of differentiation |
|-------------------|-------------------------|
| A | embryonic | differentiated |
| B | tissue | differentiated |
| C | embryonic | undifferentiated |
| D | tissue | undifferentiated | - Scottish Highers Human Biology - Question 1 - 2017
Step 1
Identify the stem cell types
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Answer
The table lists embryonic and tissue stem cells. Embryonic stem cells are known for their ability to develop into various cell types while tissue stem cells are more specialized.
Step 2
Determine the state of differentiation
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Answer
Rows A and B indicate differentiated states, meaning these cells can only develop into certain types. Row C indicates that embryonic cells are undifferentiated, meaning they have the highest potential for specialization.
Step 3
Select the correct answer
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Answer
Given that embryonic stem cells (row C) are undifferentiated, they have the potential to form the greatest variety of specialized cells. Thus, the correct row is C.
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