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243 Cards in this Set
- Front
- Back
Father of pharmaceutical compounding |
Galen |
|
Drug preparation from natural sources |
Galenicals |
|
Writings on animal kingdom |
Aristotle |
|
Father of medicine |
Hippocrates |
|
Continuous extraction process |
Percolation |
|
De materia medica(contains aloe, nightshade, crocus, ergot and opium) |
Dioscorides |
|
Coined pharmacognosy in Analetica Pharmacognistica |
Seydler |
|
Surgeries |
Sushruta samhita |
|
Soaking for long periods |
Maceration |
|
Mastery of human anatomy |
Embalming |
|
Soaking in hot water |
Infusion |
|
Chief principles/ constituents of crude drugs that are separated and used in a specific manner |
Derivatives/Extractives |
|
First to use pharmacognosy in Lehr Buch de Materia Medica |
Schidmt |
|
700 drugs |
Papyrus ebers |
|
Separation of volatile substances |
Distillation |
|
Boiling |
Decoction |
|
2 maceration |
Menstruum and marc |
|
Solid |
Marc |
|
Liquid |
Menstruum |
|
60c , 15-20mins |
Digestion |
|
Whole plant and their parts and animals and their excised organs |
Natural substance |
|
Drug |
Pharmakon |
|
To acquire knowledge of discipline related to medicinal plants |
Gignosko |
|
250 med plants 120minerals, crude drugs |
Codex hammurabi |
|
Made clay models of the humans |
Babylonian |
|
Science of life, mother of all healing arts |
Ayurveda |
|
Internal medicine, etiology, treatment and symptoms |
Charaka samhita |
|
Surgeries |
Sushruta samhita |
|
Soaking in hot water |
Infusion |
|
Soaking for long periods |
Maceration |
|
2 maceration |
Menstruum and marc |
|
Liquid |
Menstruum |
|
Solid |
Marc |
|
60c , 15-20mins |
Digestion |
|
Boiling |
Decoction |
|
Presented the most comprehensive idea of pharmacognosy |
Fluckiger |
|
It is the simultaneous application of various scientific disciplines with the object of acquiring knowledge of drugs from every point of view |
Fluckiger |
|
Citric acid |
Scheele |
|
Cinchona alkaloids, Stychine |
Palletier and Caventou |
|
More dilute the more potent |
Homeopathy |
|
Opium |
Sertuner |
|
Vegetable or animal drug consisting of natural substances that had only undergone collection and drying |
Crude drugs |
|
Separation of volatile substances |
Distillation |
|
Continuous extraction process |
Percolation |
|
Coined pharmacognosy in Analetica Pharmacognistica |
Seydler |
|
700 drugs |
Papyrus ebers |
|
First to use pharmacognosy in Lehr Buch de Materia Medica |
Schidmt |
|
Plants growing in their native countries |
Indigenous plants |
|
Plants growing in non-native contries |
Naturalized plants |
|
Refers to where particular plant is typically sourced |
Geographical sourve |
|
Refers to which plant a particular constituents is extracted from |
Commerical origin |
|
Initial gathering of knowledge |
Collection |
|
Makes sure of the best source of drug |
Collection |
|
e.g. Japanese peppermint is best source of menthol |
Collection |
|
Large scale collection |
Harvesting |
|
Manual (e.g. Plant exudates) vs. Mechanical (fast) |
Harvesting |
|
De materia medica(contains aloe, nightshade, crocus, ergot and opium) |
Dioscorides |
|
e.g. morphine latex collection done after floweing |
Harvesting |
|
Removal of moisture |
Drying |
|
Consider both temperature and airflow |
Drying |
|
Prevent bacterial, fungal and enzymatic degradation |
Drying |
|
Fixes constituents |
Drying |
|
Facilitate grinding and milling |
Drying |
|
Convert the crude drug to more convenient form |
Drying |
|
Special drying process to enhance properties of crude drug ex. Cascara Sagrada Bark |
Curing |
|
Cascara Sagrada Bark + Magnesium oxide for 1 year - oxidized, less irritating |
🥹 |
|
(Sweating) pods in sun during at day, wrap in cloth during at night |
Vanilla |
|
Father of medicine |
Hippocrates |
|
Remove extraneous matter/ unnecessary matter |
Garbling |
|
Finals step in prep of drugs |
Garbling |
|
Protection, marketability |
Packaging, storage and |
|
Protection from insect: A. Exposure to 65celcius degrees B. Fume eith methyl Bromide C. Add drop of chloroform/CCl4 |
Preservation |
|
Writings on animal kingdom |
Aristotle |
|
Father of pharmaceutical compounding |
Galen |
|
Drug preparation from natural sources |
Galenicals |
|
Mastery of human anatomy |
Embalming |
|
Whole plant and their parts and animals and their excised organs |
Natural substance |
|
Chief principles/ constituents of crude drugs that are separated and used in a specific manner |
Derivatives/Extractives |
|
Practice of replacing crude drug in whole or in part with similar-looking substance which have less or no therapeutic effect |
Adulteration |
|
Sense organ to evaluate macroscopic properties Ex. Senna (emerald green-high grade senna) |
Organoleptic |
|
Inspection of histological characteristics Ex. Starch Granules; Trichomes |
Microscopic |
|
Determine physical properties Ex. Melting point, Boiling point, Optical activity, Refractive index, Solubility |
Physical |
|
Assay of actives, best method of determining potency |
Chemical |
|
Bioassay: use if living organisms to test effects of drugs |
Pharmacologic |
|
Rooster |
Oxytocin |
|
Pigeon |
Digitalis |
|
Cat |
Atropine, glucagon |
|
Dog |
Parathyroid hormone |
|
Sheep |
Heparin |
|
Intentional |
Sophistication |
|
Rabbit |
Insulin |
|
Head droptest |
Curare |
|
Suitable for quick reference but there’s no interrelationship between the drugs replacing together |
Alphabetical |
|
Arranges without ambiguity but disregards biological activity/ chemical composition |
Taxonomic |
|
Convenient, based on the plant part used but disregard activity/ composition |
Morphological |
|
Practical, but does not account for one constituent having many effects |
Pharmacological/Therapeutic |
|
Preferred: based on chemical structure of the constituents |
Chemical/Biogenic |
|
Only in some forms of life |
Secondary metabolism |
|
Secondary metabolism A.K.A |
drug biosynthesis/ drug biogenesis |
|
Most active constituents are products of secondary metabolism |
Secondary Metabolism |
|
Unintentional |
Admixture |
|
Constituent responsible for therapeutic effect |
Pharmacologically active |
|
Constituents causes physical chemical changes to crude drug preparation |
Pharmaceutically active |
|
Light Reaction -creates NADPH, ATO release O2 |
Photosynthesis |
|
Dark Reactions Trap CO2 Make glucose molecule |
Calvin cycle |
|
Calvin cycle |
RuBisCO C3 C4 CAM |
|
6CO2 + 6H2O—> C6H12O6 + 6O2 |
🍏 |
|
RuBisCO |
Ribulose-1,5-bisphosphate carboxylase, oxygenase |
|
Oxygenase RuBisCO |
Photorespiration |
|
Carboxylase RuBisCO |
Dark |
|
No special features to avoid photorespiration |
C3 |
|
Entire replacement |
Substitution |
|
Fix CO2 and perform dark reaction in separate cell types( transfer CO2 as malate) |
C4 |
|
CAM |
Crassulacean acid metabolism |
|
Separate CO2 fixation and Dark reaction by time ( CO2 fixation at night, transfer CO2 as Oxaloacetate) |
CAM |
|
First discovered exist in young growing stems and roots; growth and flowering |
Auxin |
|
In leaves, immature seeds; lengthening and maturity |
Gibberellin |
|
Promotes cell division; delays senesense |
Cytokinin |
|
Induced dormancy in seeds, buds; inhibits growth |
Abscisic acid |
|
Fruit ripening, root hair growth |
Ethylene |
|
Building block : (5Carbon) isopentyl phosphate Products : terpenoids (10carbon)- geranyl Phosphate (15carbon)-famesyl Phosphate (30carbon) a squalene Rate limiting: HMG CoA reductase |
Melavonic acid |
|
Monoterpenes 2units (10c) Sesquiterpenes 3units (15c) Diterpenes 4 (20c) Sesterterpens 5(25c) Triterpenes 6(30c) Tetraterpenes 8(40c) |
Terpenoids |
|
Impaired of quality doing preparation |
Deterioration |
|
Volatile oil Artemisin paclitaxol - Steroids Lyospene |
? |
|
Alt: methylerthritol 4-p Rate limiting: deoxyxylose 5-p reductiomerase |
Isopentanyl pp |
|
Development Ex. Marijuana Plant(cannabis: cannabinol-mature and cannabidiol-young) |
Ontogeny |
|
Ex. Catharanthus: soil determines flower color |
Environment |
|
Ex. Japanese peppermint has increase mentol concentration |
Genetics |
|
Deterioration due to bacteria/ fungi |
Spoilage |
|
Active is below in minimum standard |
Inferiority |
|
•Determine a drug's identity, purity, and quality by qualitative and quantitative tests |
Evaluation of Crude drug |
|
Intrinsic property |
Qualitative |
|
Amounts |
Qualitative |
|
Practice of replacing crude drug in whole or in part with similar-looking substance which have less or no therapeutic effect |
Adulteration |
|
Sense organ to evaluate macroscopic properties Ex. Senna (emerald green-high grade senna) |
Organoleptic |
|
Inspection of histological characteristics Ex. Starch Granules; Trichomes |
Microscopic |
|
Determine physical properties Ex. Melting point, Boiling point, Optical activity, Refractive index, Solubility |
Physical |
|
Assay of actives, best method of determining potency |
Chemical |
|
Bioassay: use if living organisms to test effects of drugs |
Pharmacologic |
|
Rooster |
Oxytocin |
|
Pigeon |
Digitalis |
|
Cat |
Atropine, glucagon |
|
Dog |
Parathyroid hormone |
|
Sheep |
Heparin |
|
Intentional |
Sophistication |
|
Rabbit |
Insulin |
|
Head droptest |
Curare |
|
Suitable for quick reference but there’s no interrelationship between the drugs replacing together |
Alphabetical |
|
Arranges without ambiguity but disregards biological activity/ chemical composition |
Taxonomic |
|
Convenient, based on the plant part used but disregard activity/ composition |
Morphological |
|
Practical, but does not account for one constituent having many effects |
Pharmacological/Therapeutic |
|
Preferred: based on chemical structure of the constituents |
Chemical/Biogenic |
|
Only in some forms of life |
Secondary metabolism |
|
Secondary metabolism A.K.A |
drug biosynthesis/ drug biogenesis |
|
Most active constituents are products of secondary metabolism |
Secondary Metabolism |
|
Unintentional |
Admixture |
|
Constituent responsible for therapeutic effect |
Pharmacologically active |
|
Constituents causes physical chemical changes to crude drug preparation |
Pharmaceutically active |
|
Light Reaction -creates NADPH, ATO release O2 |
Photosynthesis |
|
Dark Reactions Trap CO2 Make glucose molecule |
Calvin cycle |
|
Calvin cycle |
RuBisCO C3 C4 CAM |
|
6CO2 + 6H2O—> C6H12O6 + 6O2 |
🍏 |
|
RuBisCO |
Ribulose-1,5-bisphosphate carboxylase, oxygenase |
|
Oxygenase RuBisCO |
Photorespiration |
|
Carboxylase RuBisCO |
Dark |
|
No special features to avoid photorespiration |
C3 |
|
Entire replacement |
Substitution |
|
Fix CO2 and perform dark reaction in separate cell types( transfer CO2 as malate) |
C4 |
|
CAM |
Crassulacean acid metabolism |
|
Separate CO2 fixation and Dark reaction by time ( CO2 fixation at night, transfer CO2 as Oxaloacetate) |
CAM |
|
First discovered exist in young growing stems and roots; growth and flowering |
Auxin |
|
In leaves, immature seeds; lengthening and maturity |
Gibberellin |
|
Promotes cell division; delays senesense |
Cytokinin |
|
Induced dormancy in seeds, buds; inhibits growth |
Abscisic acid |
|
Fruit ripening, root hair growth |
Ethylene |
|
Building block : (5Carbon) isopentyl phosphate Products : terpenoids (10carbon)- geranyl Phosphate (15carbon)-famesyl Phosphate (30carbon) a squalene Rate limiting: HMG CoA reductase |
Melavonic acid |
|
Monoterpenes 2units (10c) Sesquiterpenes 3units (15c) Diterpenes 4 (20c) Sesterterpens 5(25c) Triterpenes 6(30c) Tetraterpenes 8(40c) |
Terpenoids |
|
Impaired of quality doing preparation |
Deterioration |
|
Volatile oil Artemisin paclitaxol - Steroids Lyospene |
? |
|
Alt: methylerthritol 4-p Rate limiting: deoxyxylose 5-p reductiomerase |
Isopentanyl pp |
|
Development Ex. Marijuana Plant(cannabis: cannabinol-mature and cannabidiol-young) |
Ontogeny |
|
Ex. Catharanthus: soil determines flower color |
Environment |
|
Ex. Japanese peppermint has increase mentol concentration |
Genetics |
|
Deterioration due to bacteria/ fungi |
Spoilage |
|
Active is below in minimum standard |
Inferiority |
|
•Determine a drug's identity, purity, and quality by qualitative and quantitative tests |
Evaluation of Crude drug |
|
Intrinsic property |
Qualitative |
|
Amounts |
Qualitative |
|
Practice of replacing crude drug in whole or in part with similar-looking substance which have less or no therapeutic effect |
Adulteration |
|
Sense organ to evaluate macroscopic properties Ex. Senna (emerald green-high grade senna) |
Organoleptic |
|
Inspection of histological characteristics Ex. Starch Granules; Trichomes |
Microscopic |
|
Determine physical properties Ex. Melting point, Boiling point, Optical activity, Refractive index, Solubility |
Physical |
|
Assay of actives, best method of determining potency |
Chemical |
|
Bioassay: use if living organisms to test effects of drugs |
Pharmacologic |
|
Rooster |
Oxytocin |
|
Pigeon |
Digitalis |
|
Cat |
Atropine, glucagon |
|
Dog |
Parathyroid hormone |
|
Sheep |
Heparin |
|
Intentional |
Sophistication |
|
Rabbit |
Insulin |
|
Head droptest |
Curare |
|
Suitable for quick reference but there’s no interrelationship between the drugs replacing together |
Alphabetical |
|
Arranges without ambiguity but disregards biological activity/ chemical composition |
Taxonomic |
|
Convenient, based on the plant part used but disregard activity/ composition |
Morphological |
|
Practical, but does not account for one constituent having many effects |
Pharmacological/Therapeutic |
|
Preferred: based on chemical structure of the constituents |
Chemical/Biogenic |
|
Only in some forms of life |
Secondary metabolism |
|
Secondary metabolism A.K.A |
drug biosynthesis/ drug biogenesis |
|
Most active constituents are products of secondary metabolism |
Secondary Metabolism |
|
Unintentional |
Admixture |
|
Constituent responsible for therapeutic effect |
Pharmacologically active |
|
Constituents causes physical chemical changes to crude drug preparation |
Pharmaceutically active |
|
Light Reaction -creates NADPH, ATO release O2 |
Photosynthesis |
|
Dark Reactions Trap CO2 Make glucose molecule |
Calvin cycle |
|
Calvin cycle |
RuBisCO C3 C4 CAM |
|
6CO2 + 6H2O—> C6H12O6 + 6O2 |
🍏 |
|
RuBisCO |
Ribulose-1,5-bisphosphate carboxylase, oxygenase |
|
Oxygenase RuBisCO |
Photorespiration |
|
Carboxylase RuBisCO |
Dark |
|
No special features to avoid photorespiration |
C3 |
|
Entire replacement |
Substitution |
|
Fix CO2 and perform dark reaction in separate cell types( transfer CO2 as malate) |
C4 |
|
CAM |
Crassulacean acid metabolism |
|
Separate CO2 fixation and Dark reaction by time ( CO2 fixation at night, transfer CO2 as Oxaloacetate) |
CAM |
|
First discovered exist in young growing stems and roots; growth and flowering |
Auxin |
|
In leaves, immature seeds; lengthening and maturity |
Gibberellin |
|
Promotes cell division; delays senesense |
Cytokinin |
|
Induced dormancy in seeds, buds; inhibits growth |
Abscisic acid |
|
Fruit ripening, root hair growth |
Ethylene |
|
Building block : (5Carbon) isopentyl phosphate Products : terpenoids (10carbon)- geranyl Phosphate (15carbon)-famesyl Phosphate (30carbon) a squalene Rate limiting: HMG CoA reductase |
Melavonic acid |
|
Monoterpenes 2units (10c) Sesquiterpenes 3units (15c) Diterpenes 4 (20c) Sesterterpens 5(25c) Triterpenes 6(30c) Tetraterpenes 8(40c) |
Terpenoids |
|
Impaired of quality doing preparation |
Deterioration |
|
Volatile oil Artemisin paclitaxol - Steroids Lyospene |
? |
|
Alt: methylerthritol 4-p Rate limiting: deoxyxylose 5-p reductiomerase |
Isopentanyl pp |
|
Development Ex. Marijuana Plant(cannabis: cannabinol-mature and cannabidiol-young) |
Ontogeny |
|
Ex. Catharanthus: soil determines flower color |
Environment |
|
Ex. Japanese peppermint has increase mentol concentration |
Genetics |
|
Deterioration due to bacteria/ fungi |
Spoilage |
|
Active is below in minimum standard |
Inferiority |
|
•Determine a drug's identity, purity, and quality by qualitative and quantitative tests |
Evaluation of Crude drug |
|
Intrinsic property |
Qualitative |
|
Amounts |
Qualitative |