Practice 3D tissue and organ printing with authentic MYP MYP Biology exam questions for both SL and HL students. This question bank mirrors Paper 1, 2, 3 structure, covering key topics like cell biology, genetics, and ecology. Get instant solutions, detailed explanations, and build exam confidence with questions in the style of MYP examiners.
The ethical concern that 3D organ printing might 'blur the boundaries between biology and engineering' is most frequently discussed in the context of __________.
Which factor makes simple tissues like cartilage easier to print successfully than organs like the heart?
What is the expected fate of the temporary scaffold material as the living cells within a 3D-printed tissue grow and interconnect?
Why is cartilage considered a simpler tissue to print for medical applications compared to a kidney?
Why are stem cells often the preferred choice for the 'living cell' component of bioink?
According to the biological requirements for cell survival, why is the 'waste removal' function of a bioreactor or vascular network considered essential for 3D-printed tissues?
True or False: Organoids are miniature, lab-grown versions of organs that can currently be used as direct functional replacements for human heart transplants.
Which ethical concern is specifically associated with the high cost of developing 3D printed organs? [1 mark]
The use of a patient's own cells in 3D organ printing is primarily intended to eliminate the long-term medical need for __________.
In thick 3D-printed structures that lack an internal transport system, what is the primary cause of cell death in the central regions?
Practice 3D tissue and organ printing with authentic MYP MYP Biology exam questions for both SL and HL students. This question bank mirrors Paper 1, 2, 3 structure, covering key topics like cell biology, genetics, and ecology. Get instant solutions, detailed explanations, and build exam confidence with questions in the style of MYP examiners.
The ethical concern that 3D organ printing might 'blur the boundaries between biology and engineering' is most frequently discussed in the context of __________.
Which factor makes simple tissues like cartilage easier to print successfully than organs like the heart?
What is the expected fate of the temporary scaffold material as the living cells within a 3D-printed tissue grow and interconnect?
Why is cartilage considered a simpler tissue to print for medical applications compared to a kidney?
Why are stem cells often the preferred choice for the 'living cell' component of bioink?
According to the biological requirements for cell survival, why is the 'waste removal' function of a bioreactor or vascular network considered essential for 3D-printed tissues?
True or False: Organoids are miniature, lab-grown versions of organs that can currently be used as direct functional replacements for human heart transplants.
Which ethical concern is specifically associated with the high cost of developing 3D printed organs? [1 mark]
The use of a patient's own cells in 3D organ printing is primarily intended to eliminate the long-term medical need for __________.
In thick 3D-printed structures that lack an internal transport system, what is the primary cause of cell death in the central regions?