A) Creating synthetic pharmaceutical drugs B) Exporting goods to foreign markets C) Maintaining health or treating a specific condition D) Replacing modern medicine entirely
A) Under 10,000 B) Over 50,000 C) About 100,000 D) Exactly 30,000
A) 50,000 B) 5,000 C) 17,810 D) 30,000
A) Less than 5 percent B) Around a quarter C) Over 80 percent D) Exactly 50 percent
A) 50 percent B) 20 percent C) 80 percent D) 95 percent
A) Toxicity and health effects B) Rapid degradation of the environment C) Excessive cost D) Lack of flavor
A) 2002 B) 2016 C) 2023 D) 1991
A) Society-wide benefits like taxation income B) Health benefits to consumers C) Financial benefits to harvesters D) Genetic modification of crops
A) The abundance of synthetic alternatives B) Excessive scientific regulation C) Lack of global demand D) Weak scientific evidence and poor practices
A) Cosmetics B) Pharmaceuticals and dietary supplements C) Personal care products D) Food and beverages
A) US$100 billion B) US$500 million C) US$68 billion D) US$10 billion
A) Brazil and Germany B) United States and Japan C) China and India D) United Kingdom and France
A) Russia and Australia B) China and India C) United States, European Union, and Japan D) Africa and South America
A) 1-2% B) Less than 5% C) 10-20% D) 50-60%
A) Aztec herbalists B) Islamic scholars C) Benedictine monasteries D) Royal physicians
A) Abulcasis B) Nicholas Culpeper C) John Gerard D) Rembert Dodoens
A) Tobacco B) Coffee C) Coca D) Tamarind
A) London B) Baghdad C) Rome D) Cordoba
A) Tobacco B) Turmeric C) Ginger D) Garlic
A) Central America B) Europe C) Southeast Asia D) The Middle East
A) Strychnos B) Quinine C) Morphine D) Ipecacuanha
A) Poppy B) Madagascar periwinkle C) Cinchona tree D) Yew
A) Merck B) Bayer C) Pfizer D) Novartis
A) Salicylic acid B) Strychnine C) Morphine D) Caffeine
A) There was a shortage of herbal land B) The Church banned herbal medicine C) Plants became too expensive to grow D) Enzymes often modified the active ingredients
A) Ginger B) Garlic C) Tamarind D) Madagascar periwinkle
A) Coffee B) Tobacco C) Ginger D) Coca
A) China B) Sumeria C) Greece D) Egypt
A) Sushruta Samhita B) Shennong Ben Cao Jing C) Ebers Papyrus D) Historia plantarum
A) Chaulmoogra B) Turmeric C) Ephedra D) Mandrake
A) Curcumin B) Ephedra C) Opium D) Myrrh
A) Atharva Veda B) Historia plantarum C) Yaoxing Lun D) De materia medica
A) Chaulmoogra B) Juniper C) Garlic D) Castor bean
A) Shennong B) Dioscorides C) Aristotle D) Theophrastus
A) Theophrastus B) Aristotle C) Sushruta D) Dioscorides
A) Qin B) Han C) Ming D) Tang
A) Chaulmoogra B) Hemp C) Opium D) Curcumin
A) Aristotle B) Sushruta C) Shennong D) Dioscorides
A) Fourth century BC B) Third century BC C) First century AD D) Seventeenth century AD
A) Chinese B) Greek C) Sumerian D) Ayurvedic
A) Greek B) Roman C) Egyptian D) Sumerian
A) Greece B) Sumeria C) Rome D) Egypt
A) Alkaloids B) Proteins C) Terpenes D) Glycosides
A) Over-collection B) Over-fertilization C) Pollination failure D) Genetic mutation
A) Fungi B) Gymnosperms C) Angiosperms D) Algae
A) Bacteria B) Insects only C) Fungi D) Non-human primates
A) Dandelion B) Ephedra C) Nettle D) Opium
A) Malaria B) Fever C) Whipworm D) Infection
A) Eight B) Fifty C) Fifteen D) Five
A) Penicillin B) Aspirin C) Insulin D) Ibuprofen
A) To mask the taste of plants B) To counter food spoilage bacteria C) To increase nutritional value D) To improve digestion
A) Amino acids B) Carbohydrates C) Vitamins D) Polyphenols
A) Defending against herbivores B) Improving soil quality C) Increasing water absorption D) Attracting sunlight
A) A structural component of cell walls B) A source of nitrogen C) A pigment for photosynthesis D) A hormone in plant defenses
A) Daffodils B) Rhubarb C) Tobacco D) Foxglove
A) Alzheimer's disease B) Heart failure C) Parasitic infection D) High blood pressure
A) The flower petals B) The stem C) The root system D) The fruit seeds
A) Global Alkaloid Registry B) Medicinal Plant Sequence Bank C) Phytochemical Archive D) Medicinal Plant Transcriptomics Database
A) Sweet-tasting B) Highly acidic C) Odorless D) Bitter-tasting
A) Rhubarb B) Cinchona C) Coffee D) Nightshade
A) Berberis B) Foxglove C) Opium poppy D) Tobacco
A) Cocaine B) Nicotine C) Reserpine D) Ephedrine
A) Aloe B) Ephedra C) Foxglove D) Mahonia
A) Act as painkillers B) Act as antibiotics C) Act as diuretics D) Act as stimulants
A) Maritime pine B) Pueraria mirifica C) Olive D) Pomegranate
A) Because they are bitter in taste B) Because they act as natural fertilizers C) Because they are easily synthesized into tablets D) Because they are strongly aromatic
A) Punicalagin B) Tannin C) Phytoestrogen D) Thymol
A) Crop rotation B) Irrigation with distilled water C) Intensive chemical spraying D) Continuous monoculture
A) They grow best without soil interventions B) They demand intensive management C) They are mostly resistant to all pests D) They require identical conditions for all species
A) When the chemical compound is complex B) When the plant grows in poor soil C) When the compound is very simple D) When the plant material is scarce
A) Pharmaceutical imports B) Traditional medicine C) Surgical procedures D) Modern hospitals
A) As strictly regulated pharmaceuticals B) Exclusively by local doctors C) Through clinical trial results D) Aggressively using traditional medicine claims
A) 50 B) 104 C) Seven D) 12
A) 101 B) 16 C) 104 D) 20,000
A) Cocaine B) Insulin C) Penicillin D) Aspirin
A) 0.5% B) 50% C) Nearly 16% D) 12%
A) 10% B) 50% C) 30% D) 20%
A) Traditional Health Bureau B) AYUSH C) Ministry of Plants D) Ayurveda Council
A) Three B) Four C) Five D) Seven
A) Taxol B) Camptothecin C) Quinine D) Vincristine
A) Chinese camptotheca B) Pacific yew C) Cinchona tree D) Madagascar periwinkle
A) 1800s B) 1950s C) 1980s D) 1990s
A) Zero B) Two C) One hundred D) Twenty
A) 65% B) 85% C) 50% D) 30%
A) Ethnobotany B) Pharmacognosy C) Phytochemistry D) Apothecary science
A) Chlorophyll B) Cellulose C) Atropine D) Vitamin C
A) They are strictly regulated like conventional drugs B) They are always processed in sterile labs C) Inappropriate prescription D) They are always synthetic
A) Older plants are always less toxic B) Only young plants are toxic C) Toxicity remains constant throughout the plant's life D) Older plants may be more toxic than young ones
A) Digestive system B) Respiratory system C) Cytochrome P450 system D) Immune system
A) COVID-19 pandemic B) The invention of the internet C) The 2020 Olympics D) The industrial revolution
A) Lack of sunshine B) Excessive indoor cultivation C) Over-fertilization D) Climate change
A) 1,000 B) 723 C) 500 D) 100
A) Increasing the price of wild plants B) Banning all medicinal plant use C) Cultivation D) Harvesting during the night
A) All natural substances are synthetic B) Nature contains powerful poisons C) Natural products are always more expensive D) Nature is unable to produce complex substances |