A) The uncontroversial ethical implications. B) The lack of potential applications. C) The ease of obtaining stem cells from adults. D) The use of embryonic stem cells.
A) Ethical guidelines and regulations. B) Funding from private corporations only. C) Speed of research progress above all else. D) Ignoring public opinions and concerns.
A) To address regulatory disparities and ensure ethical standards. B) To avoid sharing scientific breakthroughs. C) To hinder progress in the field. D) To eliminate competition among research institutions.
A) Excluding patient advocates from the research process. B) Creating financial barriers to stem cell research. C) Developing international policy guidance on stem cell research. D) Promoting unregulated stem cell experimentation.
A) Create artificial intelligence using stem cells. B) Replace traditional medicine for all illnesses. C) Repair, replace, and regenerate damaged cells or tissues. D) Speed up the aging process in patients.
A) To address diverse views on ethics, religious beliefs, and values that impact policy decisions. B) To prioritize scientific progress over societal implications. C) To only focus on economic factors. D) To ignore public opinions and concerns.
A) Providing expertise on ethical implications and considerations. B) Serving as decision-makers for all stem cell research projects. C) Advocating for unrestricted research with no ethical oversight. D) Opposing all forms of medical research involving stem cells.
A) There is no difference between the two types of stem cells. B) Totipotent cells can develop into any type of cell, including embryonic tissues, while pluripotent cells can develop into almost any type of cell. C) Pluripotent cells can only divide a limited number of times. D) Pluripotent cells are more versatile than totipotent cells. |