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Bioactive compounds

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Total cards: 24•Content version: v4•Public deck•Updated: 8/1/2026

Card preview (24)

#1
Front (Question)

What is a bioactive compound?

Back (Answer)

A secondary metabolite with biological activity on other organisms than the one in which it was produced.

#2
Front (Question)

What is the classification of bioactive compounds based on chemical structure?

Back (Answer)

Phenolic compounds (approx 8000 types) Terpenes and terpenoids (approx 25000 types) Alkaloids (approx 12000 types)

#3
Front (Question)

Characteristics of terpenes

Back (Answer)

Compounds containing carbons in multiples of five (isoprene units). Volatile, smelly.

#4
Front (Question)

What are terpenoids?

Back (Answer)

oxygen-containing terpenes

#5
Front (Question)

what are terpenes used for?

Back (Answer)

perfumes, insect repellants, air fresheners, varnish, medicinal value

#6
Front (Question)

what are some of the medicinal benefits of terpenes?

Back (Answer)

anti-inflammatory effects by inhibiting various proinflammatory pathways in ear edema, bronchitis, KOL, skin inflammation, osteoarthrities (beta-pinene). limonene: probably reduces allergic lung inflammation

#7
Front (Question)

what are potential adverse effects of overdosing terpenes(ingested or inhaled)?

Back (Answer)

depressive effects on CNS and respiratory disorders

#8
Front (Question)

what are some biological functions of terpenes in plants?

Back (Answer)

attract pollinators and scare away grazers, allelopathy

#9
Front (Question)

what class of bioactive compounds do cyanogenic glycosides belong to?

Back (Answer)

terpenes

#10
Front (Question)

why are cyanogenic glycosides toxic?

Back (Answer)

upon disruption of plant structure, cyanogenic glycosides in vacuole come into contact with enzymes stored elsewhere in the plant cell and hydrogen cyanide is formed

#11
Front (Question)

why is hydrogen cyanide poisonous?

Back (Answer)

it inhibits cytochrome oxidase thus disrupting respiration

#12
Front (Question)

what are alkaloids?

Back (Answer)

heterocyclic, nitrogen containing compounds, usually with potent activity in the nervous system and with bitter taste

#13
Front (Question)

why do alkaloids affect the nervous system?

Back (Answer)

they are similar to hormones or signal substances and bind to receptors in the brain, ex. caffeine binds antagonistically to adenosine receptors decreasing fatigue and increasing wakeness.

#14
Front (Question)

solanins belong to what type of bioactive compounds?

Back (Answer)

alkaloids.

#15
Front (Question)

how can you identify if a potato contains solanin?

Back (Answer)

if it is green, chlorophyll has formed due to exposure to light. solanins also form from light exposure.

#16
Front (Question)

what happens with toxic glycoalkaloids in the gut?

Back (Answer)

they are hydrolyzed to less toxic aglycones. glycoalkaloids are also generally poorly absorbed by the gastrointestinal tract of mammals.

#17
Front (Question)

what is a typically toxic alkaloid that can cause problems in grazing animals?

Back (Answer)

pyrrolizidine alkaloids present in ragwort

#18
Front (Question)

what are phenolic compounds?

Back (Answer)

compounds with an -OH group attached to an aromatic carbon.

#19
Front (Question)

what are the 2 classes of phenolic compounds?

Back (Answer)

flavonoids and non-flavonoids

#20
Front (Question)

what compounds are classified as flavonoids?

Back (Answer)

isoflavones, flavanols, flavonols, flavones, anthocyanidins and flavanones

#21
Front (Question)

what compounds are classified as nonflavonoids?

Back (Answer)

phenolic acids, stilbenes, lignans and coumestans

#22
Front (Question)

the predominant form of flavonoids in plants is

Back (Answer)

as glycosides. poor bioavailability in this state, needs to be hydrolyzed to increase bioavailability.

#23
Front (Question)

how are polyphenols taken up by the body?

Back (Answer)

in small intestine hydrolyzed by intestinal enzymes, aglycones taken up by epithelial cells and sent to liver., in large intestine hydrolyzed by microbial enzymes, aglycones taken up and sent to liver.

#24
Front (Question)

how much of polyphenols in diet are taken up by the body?

Back (Answer)

5-10%