MICROBIOLOGY A SYSTEMS APPROACH
FINAL PAPER 2026 COMPLETE ANSWERS
PATHOGEN IDENTIFICATION PRACTICE
RESOURCE
◉ acelluar.
Answer: viruses
◉ The earliest organisms found in the fossil record.
Answer: Microbes
◉ Prokaryote.
Answer: Cells lacking special structures such as a nucleus and
organelles. All prokaryotes are microorganisms
◉ Eukaryote.
Answer: A cell that has a a nuclear membrane (a well-defined
nucleus), membrane-bounded subcellular organelles, and mitotic
cell division.
◉ photosynthesis.
,Answer: light-fueled conversion of carbon dioxide to organic
material, accompanied by formation of oxygen (first occurred in
bacteria)
◉ decomposition.
Answer: the breakdown of dead matter and wastes into simple
compounds that can be directed back into natural cycles of living
things
◉ pathogens.
Answer: microbes that cause disease
◉ archaea.
Answer: prokaryotic, single-celled organisms that can live in
extreme environments
◉ biotechnology.
Answer: use of microbes or their products for commercial or
industrial purposes
◉ deductive process.
Answer: used when a general principle has already been established
, ◉ inductive process.
Answer: discovery process; leads to the creation of a general
principle
◉ Microbiology.
Answer: The study of living things too small to be seen without
magnification
◉ Sub-diciplines of microbiology.
Answer: Bacteriology, Mycology, Phycology, Protozoology, Virology,
Immunology
◉ Examples of human use of microbiology: industrial.
Answer: Production of important compounds like antibiotics, MSG,
and ethanol
◉ Human use of microbiology in food.
Answer: yeast for beer, bread; formation of alcohol for beverages
◉ Human use of microbiology in biotechnology - specifically in
genetic engineering.
Answer: Genetically Modified Organisms (GMOs), creation of new
products
FINAL PAPER 2026 COMPLETE ANSWERS
PATHOGEN IDENTIFICATION PRACTICE
RESOURCE
◉ acelluar.
Answer: viruses
◉ The earliest organisms found in the fossil record.
Answer: Microbes
◉ Prokaryote.
Answer: Cells lacking special structures such as a nucleus and
organelles. All prokaryotes are microorganisms
◉ Eukaryote.
Answer: A cell that has a a nuclear membrane (a well-defined
nucleus), membrane-bounded subcellular organelles, and mitotic
cell division.
◉ photosynthesis.
,Answer: light-fueled conversion of carbon dioxide to organic
material, accompanied by formation of oxygen (first occurred in
bacteria)
◉ decomposition.
Answer: the breakdown of dead matter and wastes into simple
compounds that can be directed back into natural cycles of living
things
◉ pathogens.
Answer: microbes that cause disease
◉ archaea.
Answer: prokaryotic, single-celled organisms that can live in
extreme environments
◉ biotechnology.
Answer: use of microbes or their products for commercial or
industrial purposes
◉ deductive process.
Answer: used when a general principle has already been established
, ◉ inductive process.
Answer: discovery process; leads to the creation of a general
principle
◉ Microbiology.
Answer: The study of living things too small to be seen without
magnification
◉ Sub-diciplines of microbiology.
Answer: Bacteriology, Mycology, Phycology, Protozoology, Virology,
Immunology
◉ Examples of human use of microbiology: industrial.
Answer: Production of important compounds like antibiotics, MSG,
and ethanol
◉ Human use of microbiology in food.
Answer: yeast for beer, bread; formation of alcohol for beverages
◉ Human use of microbiology in biotechnology - specifically in
genetic engineering.
Answer: Genetically Modified Organisms (GMOs), creation of new
products
