concept   gene editing
21 commonsense assertions
Cultures (21) • China (1) • Europe (1) • South Korea (1) • Western countries (1) • Australia (1) • Japan (1) • United States (1) • genetics research community (1) • molecular biology research (1) • Canada (1) • biochemistry research community (1) • biology research in Western countries (1) • Eastern countries (1) • Middle Eastern countries (1) • cell biology research (1) • Africa (1) • biology research community (1) • Singapore (1) • bioethics community (1) • ethics committees (1) laboratory research in the West (1) • more
# Concept Culture Statement Freq.
1 gene editing China Gene editing is heavily researched and invested in for medical advancements in China. 10
2 gene editing Europe Gene editing in Europe is highly regulated and controversial, primarily used for biomedical and therapeutic purposes. 9
3 gene editing South Korea In South Korea, gene editing is heavily regulated by the government and receives significant investment in research and development. 8
4 gene editing Western countries Gene editing is heavily regulated in Western countries due to ethical and safety concerns in medicine and agriculture. 8
5 gene editing Australia Australia prioritizes ethical oversight and conservation efforts in gene editing and genetic modification. 7
6 gene editing Japan In Japan, gene editing is seen as a promising medical tool but faces resistance in agriculture, influenced by traditional medicine, and prioritizes privacy and discretion. 7
7 gene editing United States Gene editing is a highly regulated and ethically debated biomedical practice in the United States. 7
8 gene editing genetics research community Gene editing has exciting potential in treating genetic disorders and diseases, and enhancing human capabilities, according to the genetics research community. 7
9 gene editing molecular biology research CRISPR-Cas9 technology is widely applied for accurate gene editing in molecular biology research. 7
10 gene editing Canada Canada prioritizes ethical oversight and conservation in gene editing, with a focus on the genetic health of indigenous communities. 6
11 gene editing biochemistry research community The biochemistry research community is actively studying gene editing techniques like CRISPR for therapeutic purposes and targeted genetic modifications. 6
12 gene editing biology research in Western countries Gene editing research in Western countries centers around ethical considerations and potential medical applications. 5
13 gene editing Eastern countries Gene editing is seen as a promising technology for genetic enhancement in Eastern countries. 3
14 gene editing Middle Eastern countries Gene editing in Middle Eastern countries raises ethical and religious concerns, leading to skepticism and caution. 3
15 gene editing cell biology research Active research in gene editing in cell biology holds potential for medical advancements and disease treatment. 3
16 gene editing Africa Gene editing in Africa is seen as a solution for agricultural and environmental problems but also raises ethical and religious concerns. 2
17 gene editing biology research community Gene editing is being used in the biology research community to cure diseases and improve genetic traits in organisms. 2
18 gene editing Singapore In Singapore, government oversight and regulations guide gene editing practices due to an emphasis on oversight in some Asian countries. 1
19 gene editing bioethics community Gene editing within the bioethics community raises concerns about unintended consequences and misuse. 1
20 gene editing ethics committees Gene editing is controversial due to ethical concerns and potential unintended consequences, leading to the involvement of ethics committees. 1
21 gene editing laboratory research in the West Gene editing is being researched in Western laboratories for potential medical breakthroughs and disease treatment, with ethical and legal considerations. 1