BIOTECHNOLOGY
Name
Professor
XXXXXXXXXXXXX Affiliation
Course
XXXX
Cellular and biomolecular XXXXXXXXX are XXXXXXXXX by XXXXXX to XXXX with XXXXXXXXXXXX. XXXX XXX XXXX XXXXXXXX by XXXXXX new or XXXXXXXXX existing XXXXXXXXX in living organisms. XXXXXXXXXXXXX XXX therefore improved the XXXXXXX XX XXXXX XXXX in their ecological XXXXX. XXXXXXX XXXX in biotechnology involves XXXXXXXXX information XXXXX an organism; then, using XXX existing complementary XXXXXXXXXX and technological information, the XXXXXXXX XXX be engineered in a XXX to XXX maximum XXXXXXX. Biotechnology XXXXX XXX of tools such XX; XXXXXXXXXX of DNA, XXXXXXXXXXX XXX XXX editing of genomes. This XXXXXXXXXX considers XXX existing XXXXXXXXXXXXXXX, XXX XXXXXX XX XXXXXXXXXXXXX XX the environment and society and a XXXXXXXXXXXXX of XXXXXXXX XXXXXXX XXXXXXXXXXXXX.
I XXX several biotechnologies in XXX XX day life. In XXXXXXXXXXX, I plant genetically-XXXXXXXXXX plants XXXX XXX XXXXXXXXX to XXXXX XXX diseases. Such plants XXXX been XXXXXXXXXX with genes XXXX XXXX XXXX XXXXXX pests such XX XXXXX XXXX XXXXXXXX thuringiesis XXXXX is a fungi. Hybrid XXXXXXXXX XXX also XXXXXXXXX XXXX better XXXXXX XXXX as more XXXXXXXXXXXX (XXXXXX, 2016). Such XXXXXXXXX are produced by cross-breeding which is a XXXX XX biotechnology (Sayers et.al.2020). I XXXX XXXX XXXX XXXXX such XX vaccines XXX antibiotics XXXX XXX XXXXXXXXX XXXX viruses and fungi. XXXXXXXXXXXXX plastics XXX XXXXXXXXX nowadays XXX packaging and XXXX have XXXXX out non-biodegradable XXXXXXXX.
XXXXXXXXXXXXX has XXXXXXXX on XXX XXXXXXX XXX the environment. The society has XXXXXXXXXXX XXX better XXXXXXXXXXXX in hybrid crops XXX plants, vaccines XX prevent diseases and XXXXXX such as wines XXX beers made XX XXXXXXXXXXXX (Sayers et. al.XXXX). XXXXXXX, controversies have XXXXX especially on genetic XXXXXXXXXXX (Okafor, XXXX). XXXX XX XXXX the XXXXXXXXXXXXX is XXXXXXX on XXXXXX such as modifying XXXXX traits XXXXX raises XXXXXXX questions. XXX XXXXXXX of XXXXXXXXXXXXX XXXX XXXX XXXXXXXX. XXX XXXXXXXXXX XXXXXX XXX XXXXXXXX through XXXXXXXXX in using petrochemical fuels XXX migration to XXXXXXXX and exhaustion on XXX-XXXXXXXXX XXXXXX XXX XXXXXXX XX increased harnessing XX XXXXXX from living XXXXXXXXX.
XXX XXXXXXXXXX XX XXXXXXXXXXXXX are XXXXXXXXXX. XXXXX XX food XXXXXXXX after introduction of XXXXXX and XXXXXXXXX XXXX XXX resistant to XXXXXXXX, pests XXX parasites. Such crops and plants bring XXXXX XXXXXXX XXXX XXXXXXXXX income (XXXXXX, 2016). Pollution XX XXX environment XXX reduced with increased use on biodegradable plastics and XXXXXXX herbicides and pesticides. XXXXXXXX XXXX XXXX XXXX in pharmaceutical XXXXXXXXXX with invention of XXXXXXX drugs. Some disadvantages related XX XXXXXXXXXXXXX include; biological XXXXXXX XXXXX toxic agents from XXXXXXXXXXXXXX such as anthrax XXX XXXXX XXXXXXXXXXXX that XXX unseen including exposing XXXXXXXXXX XX toxic microorganisms in XXXXXXXXXXX (Sayers et. al.2020). Genetic diseases XXXXXXX XXXXXXXXX have XXXX been XXXXXXX to consumption of genetically XXXXXXXXXX XXXXX.
XXX quality XX life XXXXXXX biotechnology would be XXXX. There would be food shortages as XXXXXXX XXXXX XXX XXXXXXX are highly XXXXXXXXXXX XX XXXXXXXX (XXXXXX XX. XX.XXXX). Diseases would XXXXXXXX in incidence XXX XX lack XX drugs XXX vaccines (Okafor, 2016). There XXXXX be unsustainable environmental XXXXXXXXX due XX XXXXXXXXXXXXXX XX XXXXXXXXXXXXXX XXX XXXX, XXXXXXX XX XXX-renewable sources of energy, XXXXX non-biodegradable plastics XXX XXXXXXXXX XXXXXXXXXX effect.
XXXXXXXXXXXXX is XXXXXXXXXXXXX in human XXXX. So far the XXXX of live XXXX XXXXXXXXXXXX biotechnology from XXXX XX drugs XX XXXXXXXXXX. A few XXXX XXXXXXXXX XXXXXXXXXXXXX such as biological XXXXXXX; which invites XXXXXXX XX control that XXXX. More research should continue especially such that XXXXXXX the XXXXXXXXXXX.
XXXXXXXXXX:
Coordinators, N. X. (XXXX). XXXXXXXX XXXXXXXXX of XXX XXXXXXXX XXXXXX XXX biotechnology XXXXXXXXXXX. Nucleic XXXXX research, 44(Database XXXXX), XX.
XXXXXX, N. (XXXX). Modern XXXXXXXXXX XXXXXXXXXXXX and XXXXXXXXXXXXX. XXX Press.
XXXXXX, E. X., Beck, X., Brister, J. R., Bolton, E. X., Canese, X., XXXXXX, X. X., ... & XXXXX, P. X. (XXXX). Database XXXXXXXXX XX XXX national center XXX XXXXXXXXXXXXX information. Nucleic XXXXX research, XX(XX), XX.