A) The brain and lungs. B) The gut and skin. C) The eyes and ears. D) The muscles and bones.
A) A type of beneficial bacteria. B) A disorder of the immune system. C) The process of digesting food in the gut. D) An imbalance in the microbial community that can lead to health issues.
A) A method of cooking food. B) A form of exercise. C) Live microorganisms that promote a healthy balance of gut bacteria. D) A type of vitamin.
A) They regulate body temperature. B) They help break down fats in the body. C) They are non-digestible food components that promote the growth of beneficial bacteria. D) They are harmful pathogens.
A) Reduced risk of allergies. B) Enhanced cognitive function. C) Increased risk of infections, digestive issues, and autoimmune disorders. D) Improved overall health.
A) Bacteria. B) Protozoa. C) Fungi. D) Viruses.
A) The process of absorbing nutrients in the gut. B) A type of beneficial bacteria present in the gut. C) The function of neurons in the intestines. D) The bidirectional communication between the gut and the brain that can influence mood and behavior.
A) A form of genetic testing. B) The transfer of fecal bacteria from a healthy donor to a recipient to restore a healthy microbiome. C) A type of bacterial infection. D) A method of producing probiotics.
A) Breast milk B) Saliva C) Blood D) Urine
A) Dietary fiber B) Fat C) Sugar D) Protein
A) Skeletal system B) Endocrine system C) Gut-associated lymphoid tissue D) Respiratory system
A) Metagenomics B) Sequencing C) Culturing D) Microscopy
A) Moon phase B) Hair color C) Air temperature D) Diet
A) Diagonal transmission B) Horizontal transmission C) Opposite transmission D) Vertical transmission
A) Biomechanics B) Pharmacology C) Microbiota D) Endocrinology
A) Bacteroidetes B) Helminths C) Algae D) Archaea
A) Potato chips B) Yogurt C) Soda D) Ice cream
A) Pseudomonas aeruginosa B) Helicobacter pylori C) Lactobacillus acidophilus D) Escherichia coli
A) Dysbiosis B) Symbiosis C) Commensalism D) Eubiosis
A) Heart rate monitor B) X-ray C) MRI scan D) 16S rRNA sequencing
A) Clostridium difficile B) Streptococcus mutans C) Penicillium notatum D) Giardia lamblia
A) They produce neurotransmitters in the gut. B) They produce oxygen in the body. C) They help break down complex carbohydrates. D) They allow bacteria to adhere to surfaces and form communities. |