PHARMACOGNOSY-II
1.
SEPARATION
AND ISOLATION OF PLANT CONSTITUTIONS:
a)
Chromatography
b)
Adsorption Chromatography and
c)
Partition Chromatography.
2.
CARBOHYDRATES:
a)
Introduction of carbohydrate
b)
Sucrose and Sucrose containing drugs:
I.
Sucrose,
II.
Dextrose,
III.
Liquid glucose,
IV.
Fructose,
V.
Lactose,
VI.
Xylose,
VII.
Caramel,
VIII.
Honey,
IX.
Starch,
X.
Inulin,
XI.
Dextrine.
c)
Cellulose and Cellulose Derivatives:
I.
Purified cotton,
II.
Powder cellulose,
III.
Microcrystalline cellulose,
IV.
Methyl cellulose,
V.
Sodium Carboxy-methyl cellulose.
d)
Gums and Mucilages:
I.
Tragacenth,
II.
Acacia,
III.
Sodium Alginate,
IV.
Agar,
V.
Pectin.
3.
GLYCOSIDES:
Introduction,
Classification
Chemistry and medicinal uses of:
Cardioactive
glycosides:
a)
Digitalis,
b)
Strophanthus and
c)
White squill.
Anthroquinone glycosides:
a)
Cascara,
b)
Aloe,
c)
Rhubarb,
d)
Cochineal and
e)
Senna.
Saponin glycosides:
a)
Glycyrrhiza,
b)
Sarsaparilla.
Cyanophore glycosides:
a)
Wild cherry.
Isothiocyanate glycosides:
Black Mustard.
Lactone glycosides:
Cantharide.
Aldehyde glycosides:
Vanilla.
Miscellaneous glycosides:
a)
Gentian,
b)
Quassia,
c)
Dioscorea.
4.
TANNINS:
Introduction, classification, properties and chemical identity
tests of Tannins and Tannin containing compounds.
Detailed study of:
a)
Hammamelis,
b)
Catechu and
c)
Nut Galls.
5.
VOLATILE
OILS (ESSENTIAL OILS):
Introduction, significance, methods of obtaining volatile oils,
chemistry and classification of:
Hydrocarbon volatile oils:
I.
Cubeb
II.
Terpentine oil.
Alcoholic
volatile oils:
I.
Peppermint,
II.
Coriander
III.
Cardamom.
Aldehydic
volatile oils:
I.
Bitter orange peel,
II.
sweet orange peel,
III.
lemon,
IV.
cinnamon
V.
Bitter almond oil.
Ketonic
volatile oils:
I.
Camphor,
II.
spearmint,
III.
caraway,
IV.
Buchu
Phenolic
volatile oils:
I.
Clove,
II.
Thyme.
Phenolic
ether volatile oils:
I.
Fennel,
II.
Anise,
III.
Myristica.
Oxide
volatile oils:
I.
Eucalyptus,
II.
chenopodium.
Ester
volatile oils:
I.
Rosemary.
Miscellaneous
volatile oils:
I.
Allium,
II.
Anethum.
6.
RESINS
AND RESIN COMBINATION:
Introduction, properties and difference between glycoresins, oleoresins,
oleo-gum resins and balsams.
Resins:
I.
Rosin,
II.
Cannabis.
Glycoresins:
I.
Podophyllum,
II.
Jalap,
III.
Ipomoea,
IV.
Colocynth.
Oleoresins:
I.
Terpentine,
II.
Capsicum,
III.
Ginger.
Oleo-gum
resins:
I.
Asafoetida,
II.
Myrrh.
Balsams:
I.
Storax,
II.
Peruvian balsam,
III.
Tolu balsam,
IV.
Benzoin.
7.
ALKALOIDS:
Introduction, Properties, Classification,
Function of alkaloids in plants,
Methods of extraction and
Identification tests.
Pyridine
— Piperidine Alkaloids:
I.
Areca nut,
II.
Lobelia,
III.
Tobacco.
Tropane
Alkaloids:
I.
Belladonna,
II.
Hyoscyamus,
III.
Stramonium.
Quinoline
Alkaloids:
I.
Cinchona.
Isoquinoline
Alkaloids:
I.
Ipecacuanha,
II.
Opium.
Indole
alkaloids:
I.
Rauwolfia,
II.
catharanthus,
III.
nux vomica,
IV.
physostigma,
V.
Ergot.
Imidazole
alkaloids:
I.
Pilocarpus.
Steroidal
alkaloids:
I.
Veratrum.
Alkaloidal
amines:
Ephedra,
Colchicum.
Purine
Bases:
Tea,
Coffee.
8.
LIPIDS:
Introduction. Detailed study of:
Fixed
Oils:
I.
Castor oil,
II.
Cotton seed oil,
III.
Olive oil,
IV.
Peanut oil,
V.
Sun flower oil,
VI.
Corn oil,
VII.
Coconut oil,
VIII.
Almond oil,
IX.
Linseed oil,
X.
Mustard oil,
XI.
Sesame oil and
XII.
Soybean oil.
Fats and Related Compounds:
Theobroma oil
Lanolin.
Waxes:
Bees wax,
Carnauba wax,
Spermaceti
Jojoba oil.
9.
TUMOUR
INHIBITORS FROM PLANT:
Detailed study of various anti-tumor agents isolated from plants.
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