Could you please write 3 - 5 keywords in your first language for this lecture course?
I am creating this new lecture course (in English). I want to make this course more understandable and useful to all students, including persons whose first language is not English. Plese translate any 3 - 5 keywords (see below) into your first language or any other language. If you write at least 3-5 keywords in other languages (other than English), you will help some users to find this course. Non-English keywords will make this file visible to search requests based on search words in other languages. Thank you.
https://5bio5.blogspot.com/2018/05/w.html
https://www.researchgate.net/post/Could_you_please_write_3-5_keywords_in_your_first_language_for_this_lecture_course ;
**
I am at the beginning of the project to develop a new lecture course (see below). Also, see this question:
https://www.researchgate.net/post/Your_opinion_is_this_proposition_to_make_this_new_lecture_course_worthwhile_see_the_description_of_the_lectures ;
The short description of new lecture course(s):
these 5 parts can be individual courses, or just sections of one integrative course:
1. Global change secrets, enigma of the biosphere and V.I.Vernadsky. [keywords: global warming, chemical pollution, ecological stability, biogenic migration of atoms of chemical elements, Gaya hypothesis, V.I.Vernadsky, J.Lovelock].
2. Ecological Toxicology: from Alarm and Hazards to Remediation. [keywords: traditional and new criteria of environmental hazards, biotests, alternative methods for studying toxicity, non-animal research, phytotests and phytotoxicity, nanotoxicity, ecological remediation, phytoremediation, phytotechnology].
3. Great Ideas and Concepts in Bioscience: Past, Present, and Prognostication for Future [keywords: contraditions of sustainability, sustainable use of natural resources, evolutionary progress, biomembranes, ecosystems, biodiversity protection, future of bioscience, future of environmental science, entropy in biology, achievements and possible mistakes of E.Schroedinger and I. Prigogine].
4. New and Controversial Terminology in Life Science: Origin, Use, and Abuse [keywords: ecosystem, biogeocoenosis, toxicity, hormesis, biological remediation, biosorption, biotechnology, ecosystem services, emerging issues, contraditions in biology] .
5. Diversity of Biotest Systems to Assess Hazards from Chemicals [molecular and biochemical tests, genotoxicity, traditional toxicology, LD50, LC50, EC50, phytotest and phytotoxicity, nanotoxicology, bacterial and algal cultures in toxicology, cell cultures of mammals, human cell cultures, emerging issues].
**
KEYWORDS in (English):
biosphere, global warming, chemical pollution, ecological stability, biogenic migration of atoms of chemical elements, Gaya hypothesis, V.I. Vernadsky, J. Lovelock, traditional and new criteria of environmental hazards, biotests, alternative methods for studying toxicity, non-animal research, phytotests and phytotoxicity, nanotoxicity, ecological remediation, phytoremediation, phytotechnology, contraditions of sustainability, sustainable use of natural resources, evolutionary progress, biomembranes, ecosystems, biodiversity protection, future of bioscience, future of environmental science, entropy in biology, achievements and possible mistakes, E. Schroedinger, I. Prigogine, biogeocoenosis, toxicity, hormesis, biological remediation, biosorption, biotechnology, ecosystem services, contraditions in biology, molecular and biochemical tests, genotoxicity, traditional toxicology, EC50, phytotest and phytotoxicity, nanotoxicology, bacterial cultures, algal cultures, toxicology, cell cultures of mammals, human cell cultures, emerging issues,