12_chapter 4 materials and methods.pdf
Transcript of 12_chapter 4 materials and methods.pdf
4. MATERIALS AND METHODS
PLANT PROFILE
4.1 FENUGREEK
Fenugreek consists of seeds of Trigonella foenum-graecum belonging to
Leguminosae family.
4.1.1 VERNACULAR NAMES
Sansk : Methika
Beng : Methi
Eng : Fenugreak
Guj : Methi
Kan : Menthya
Mal : Uluwa
Mar : Methi
Punj : Methi
Tam : Menthiyam and Venthayam
Tel : Menthulu
Urdu : Methi
4.1.2 TAXONOMICAL CLASSIFICATION
Territory : Plantae
Subterritory : Tracheobionta
Superdivision : Spermatophyta
Dissection : Magnoliophyta
Group : Magnoliopsida
Subgroup : Rosidae
Array : Fabales
Family : Leguminosae
Genus : Trigonella
Variety : Trigonella foenum graecum
Part used : Seeds and Fresh leaves
GEOGRAPHICAL DISTRIBUTION
It is an indigenous plant of South Europe. Herb is cultivated in Argentina,
India and Egypt. It is also cultivated in Indian states of Rajasthan, Uttar Pradesh,
Gujarat and Punjab.
4.1.3 MORPHOLOGY
It is a fragrant yearly having 30-60 cm tallness, vertical, somewhat pronged
with thinning roots. The foliage is swap and lanceolate.Brochures are abruptly stalked
dulled oblong. Flora are whitish sessile, lonely in the axils of the foliage. The
outgrowth pods are upright when juvenile then bow descending with 10-20 seeds. The
seeds are stiff and pointed with yellowish brown colour. A profound channel all but
splits them in two.
Figure 4.1: Trigonella foenum graecum
4.1.4 CHEMICAL CONSTITUENTS
Contains simple alkaloids consisting mainly of Trigonelline (up to 0.13%),
Choline (0.05%), Gentianine, and Carpaine, much of the Trigonelline is despoiled all
through sweltering to Nicotinic acid and additional pyridines and pyrroles, which
probably account for much of the flavor of roasted fenugreek.
N
O
O
CH3
+
N+
CH3
H3C
CH3
OH
Trigonelline Choline
O
O
Diosgenin
Other constituents include saponins that yield on hydrolysis steroid sapogenins
that is Diosgenin and Yamogenin usually in a 3:2 ratio, with Tigogenin and
Neotigogenin also present, Yamogenin tetrosides B and C have been reported to be
two of the glycosides (saponins) present.
Flavonoids, including Vitexin, Vitexin-7-glucoside, Orientin arabinoside,
Homoorientin, Saponaretin(isovitexin), Vicenin-1, Vicenin-2, Quercetin, Luteolin,
and Vitexin cinnamate.
Fixed oils (5-8%), which on extraction with fat solvents yield an extract with
a strong odor, vary from fishy to nutty, depending on age of the extract.
Considerable amount of mucilage, which appears to be mostly a
Galactomannan and is probably responsible for swelling of the seed in water.
Protein (23-25%), which is low in S-amino acids but high in Lysine and
Tryptophan.
Free amino acids, including (2S,3R,4R)-4-hydroxyisoleucine, Histidine,
Lysine, and Arginine, with the first one isolated at 0.09% yield as the major
component.
Vitamins, especially A, B1, and C and minerals (especially calcium and iron)
(Chauhan G, 2011).
4.1.5 MEDICINAL USES
� Fenugreek is spicy in both flavor and post digestive potential. It helps to get relief
from fever and to deduct the extra fats.
� Fenugreek leaves and seeds are anti-inflammatory, laxative, emollient
carminative, galactogogue demulcent, expectorant, antitumor, hypoglycemic,
anticholesterolemic.
� It is helpful in female to augmentbreast milk.
� Seeds with water help in difficulty of the urine
� Powdered seeds in the form of poultice are applied to acquire respite from sore
joints.
� Decoction of seeds can cause ease of colic creating gas. The mixture of
Fenugreek, Jaggery and dry ginger with hot water helps to reduce back pain
(Alkofahi, A, 1996 and Yadav R, 2011).
4.1.6 PHARMACOLOGICAL ACTIVITY
Urotoxicity potential
Cyclophosphamideis frequently employed anti- tumor remedy that produces
toxic effects through its spontaneous components like phosphoramide mustard and
acrolein. In the project inflection of toxic effect produced through simultaneous
disclosure to BSO and CP by T. foenum graecum extract was examined. Fenugreek, a
universal nutritional and therapeutical plant, exhibited defending potential not just on
LPO but in addition on the enzymatic anti-oxidants. Cyclophosphamide given mice
showed noteworthy reduction in performance of glutathione reductase (GR),
glutathione S-transferase (GST) and catalase (CAT) in contrast to the standard. Point
of decreased glutathione (GSH) was too lowered as of enhancing LPO and CP given
mice. L-butathion-SR-sulfoxamine application exhibited synergistic toxicity in CP
given mice. Previous application of natural extract regained performances of every
enzyme. Therefore, depicted general defensive potential on synergistic potential of
BSO and CP (Bhatia K, 2006).
Immunomodulatory Effect
Immunomodulatory potentialwas showed by fenugreek extract in mice (Bin-
Hafeez B, 2003). Defensive potentialhave been demonstrated by a quantity of natural
extracts and their secluded components beside CP caused urotoxicity (Nair SC, 1993
and Vieira MM, 2004). Components of thiols like cysteine and mesna have proven
defensive potential beside CP produced urotoxicity (Roberts, JC, 1994). Its diverse
pharmacological potentials grouped hitherto in historic medication narrative have
been theoretically validated afterwards. These comprise its immunomodulatory,
antipyretic anti-inflammatory and hypoglycemic potential (Bhatia K, 2006).
Modulatory potential of component of fenugreek on immunosuppression
produced in lower dosage by deltamethrin in mice. It has proven to have numerous
therapeutic possessions. In scientific examinations, extract depicted hypoglycemic
and anti-diabetic potentials. (Hasibur Rehman, 2006).
Antioxidant Activity
Flavone content of fenugreek was found having anti-oxidant potential
(Moskaug, JO, 2005 and Ozcan A, 2005). Furthermore, in a current determination
both Lipid peroxidation plus rupture of RBC have been considered to avert by methi
seed extract (Kaviarasan S, 2004). Seeds were considered enhancing anti-oxidant
potential. Seeds reduce the Lipid peroxidation in liver which is ethanol inebriated
(Anuradha, CV, 2001). Results of current exploration exhibit, extract of fenugreek
given previously prohibited urotoxicity regulated by LPO and GSH through reversing
potential. Surveillance is proved through quantity of scientific examinations. (Sharma
RD, 1990).
Chemopreventive Activity
Fenugreek seeds extract appreciably repressed the DMBA produced mammary
hyperplasia and reduced its frequency. Epidemiological examinations too incriminate
apoptosis as a process that could intercede the Fenugreek’s antibreast cancer
defending potentials (Amr Amin, 2005).
Antitumorpotential
Apoptosis is cell fatality, in treatment of anti tumor agents with the aptitude to
produce apoptosis to be taken. Flavonoids induce some natural possessions. The
apoptosis producing manners of flavonoids have been recognized in numerous
preceding examinations (Chen YC, 2003). Primarily catechins and flavonoids were
depictedapoptotic in cancer cells (Ahmad N, 2000). In epithelial cells,
newlysubstituted cell fatality procedures have been documented counting para-
apoptosis and autophagy (Leist M, 2001 and Sperandio S, 2000). Activation of these
pathways can be equivalent among programmed cell death, tremendous crosstalk
among apoptotic, unusual death pathways can subsist. Accordingly, herbal induced
autophagic too donates to the cell death. So, inhibiting DMBA caused cell growth
succession. Extract of fenugreekhas substantial anti-tumor happenings. Categorization
of largely successful ingredient T. foenum-graecum is impossible.Nevertheless, based
on in print determination, flavones appeared mainly liable ingredient exhibiting anti-
cancer potential.
Antidiabetic potential
Application of vanadate to rats having diabeteswas found to admit distorted
antioxidant eminence and carbohydrate metabolism. Reasonably, drug exhibited
potential in large dosagein additiontwisted abundant toxic potentials. In grouping of
seed grind of T. foenum graecum (TSP) and lowest dosage of vanadate,
potentialchanges on enzyme in rats. Separate treatment was given to alloxan induced
diabetic rats through vanadate, insulin, TSP and a united dosage of TSP and Vanadate
up to twenty one days. At conclusion of investigational stage, amount of glucose in
blood as well as actions of catalase (CAT), phosphoenolpyruvate carboxykinase
(PEPCK), glutathione reductase (GR) were considered in cytosolic fraction. Elevated
glucose amount of glucose shown perceptibly in rats. Reduction of glucose was
exhibited by dealing with antidiabetic components. Rats treated with united dosage of
vanadate and TSPhad glucose amounts analogous to standard ones. To correct the
alterations combined dosage of TSP and vanadatewas originated to be largely
expensive.
The fibre content of T. foenum graecum was proven to decrease postprandial
enhancementin amount of glucose of type two diabetes induced rats. Mechanism may
by delaying the digestion of sucrose.
Gastroprotective Effect
The potential of fenugreek seeds was intentional on alcohol produced gastric
lessons. Model drug was omeprazole. Noteworthy ulcer defensive grades exhibited by
the water extract and gel component gained from seeds. The cytoprotective potential
of seeds foundnot simply the anti secretory and to the deeds on mucosal
glycoproteins. Increase in lipid peroxidation caused by ethanol, fenugreek seeds too
prohibited it most probably by increasing antioxidant potentials of gastric mucosa so
decreasing mucosal damage. Examinations exposed that gel component obtained from
seeds has been greater effectual compared to omeprazole in protecting damage
pattern. Explanation revealed antiulcer effects acquired by fenugreek seeds
(Tadigoppula Narender, 2006).
Anti-inflammatory potential
Anti-inflammatory potential of leaf part ofTFG were examined. To
examineinflammation treating commotion, formalin produced edema mock up was
taken. Hyperthermia was produced by injection of given intraperitoniaaly. As
reference control, Sodium salicylate was taken. Both fenugreek and sodium salicylate
considerably decreased edema in single dose as well as persistent appliance. Both
TFG and SS also extensively decreased hyperthermia in 1 and 2 hour after their
application. (Pandian Suja R, 2002).
ASSORTED POTENTIAL
Hyperthyroidism
The collective potential of fenugreek in addition garlicextracts were
determined for ameliorative imminent. To determine it, hyperthyroidic rats caused by
L-Thyroxine were chosen as a model to pitch in to a thoughtful of announcement.
Determination was conceded through two dissimilar doses. A similarity has been done
with retort of entity plant extracts for formerly examined efficient dosage in rats
rendered hyperthyroidic though L-thyroxine. As a control, Propylthiouracil (PTU)
was taken. Alterations in glucose, T3, T4, glucose-6-phosphatase plus oxygen
consumption has been measured as conclusion criterias. The combined effects of both
the extracts were equally efficient in contrast to singal extractto lower amount of
determinant in rats given L-Thyroxine (Tahiliani P, 2003).
Glycosidic potential
Determination has been conceded out to examine acute toxic effect of
glycosidic extract of leaf of fenugreek. Lessons were carried outby estimation of its
middle deadly dosage after administration to mice and as well to distinguish objective
organs for probable poisonous stuff. Chief objective organ exaggerated between four
organs examined was the liver part, where untimely deterioration through permeation
of mononuclear and meek hepatitis was initiated in animals which are given deadly
dosage of extract. Thus, extract of fenugreelleaves is measuredsecure in addition have
negligible unpleasant consequence (Jamal Ahmed Abdel-Barry, 2000).
4.1.8 LIST OF PATENTS
Table 4.1: List of Patents of T. foenum graecum
Sr.
No.
Document Document Title
1 US20100129296 Extract of T. foenum graecum
2 WO/2008/125120A3 Extract of T. foenum graecum
3 WO/2008/125120A2 Extract of T. foenum graecum
4 EP2155222A2 Extract of T. foenum graecum
5 DE19915140A1 Skin cream based on blood circulation
stimulant present in Trigonella foenum
graecum
6 WO/2010/049798A1 A method of characterizing phytochemicals
from Trigonella foenum graecum
7 WO/2012/066167A1 Method for eliminating the odour and
flavor of the legume Trigonella foenum
graecum and food cosmetic and medicinal
product obtained
8 6013289 Flavorant prepared from Trigonella foenum
graecum seeds
9 WO/2002/102162A1 Elicitor prepared from T. foenum graecum
seed extracts and utilization in controlling
pathogenic organisms of plants
10 US20110204222 A method of characterizing phytochemicals
from Trigonella foenum graecum
11 WO/2012/031592A1 Extraction of the hydrocolloids from
fenugreek seed
12 WO/2012/031592A8 Extraction of the hydrocolloids from
fenugreek seed
13 US20060269626 Elicitor prepared from T. foenum graecum
seed extracts and utilization in controlling
pathogenic organisms of plants
14 US20040176250 Elicitor prepared from T. foenum graecum
seed extracts and utilization in controlling
pathogenic organisms of plants
15 US20130041043 Excipient from T. foenum graecum seeds
and process for preparation there of
16 WO/2011/124973A1 Excipient from T. foenum graecum seeds
and process for preparation there of
17 WO/2007/003768A2 Use of an extract of the species T. foenum
graecum seeds in a cosmetic or
pharmaceutical composition
18 WO/2007/003768A3 Use of an extract of the species T. foenum
graecum seeds in a cosmetic or
pharmaceutical composition
19 WO/2005/049048A1 Fiber rich fraction of T. foenum graecum
and its use as a pharmaceutical excipient
20 DE3225056A1 Pharmaceutical composition which
contains as active substance the
comminuted seeds of fenugreek, process
for the production there of, and the use
there of
21 WO/2005/009453A1 Process for the preparation of debitterised
and defatted T. foenum graecum as well as
formulations containing the same
4.2 LIQUORICE
BOTANICAL NAME : Glycyrrhiza glabra
FAMILY : Leguminosae
4.2.1 VERNACULAR NAMES
Sans : Madhuka, Yashti-Madhu
Eng : Liquorice
Hin : Mulhatti, Jethi-Madh
Mar : Jeshta Madha
Kan : Yashti Madhuka, Atimadhura
Mal : Iratimadhuram
Tam : Atimadhuram
Telu : Yashtimadhukam, Atimadhuram
Punj : Jatimadh
Guj : Jethi Madha
Ben : Jashtimadhu, Jaishbomodhu
4.2.2 TAXONOMICAL CLASSIFICATION
Territory : Plantae
Subterritory : Tracheobionta
Superdivision : Spermatophyta
Dissection : Magnoliophyta
Group : Magnoliopsida
Arrey : Fabales
Family : Leguminosae
Sub family : Faboideae
Genus : Glycyrrhiza
Variety : Glycyrrhiza glabra
Part used : Root
GEOGRAPHICAL DISTRIBUTION
It occurs in the sub-tropical and humid moderate regions of the planet, primarily in china
and mediterranean countries. It is resident to Eurasia, Asia and Africa, where it occurs up to
1,200 meter beyond ocean plane. It is cultured as a pick crop, mainly in Russia and Spain.
4.2.3 MORPHOLOGY
Its perennial herb with tuberous root stock produce annual stems upto several meters
long, which is found spreading on ground and twinning around the trees and support around it.
Leaves are triangular or pentagonal in shape. Margin is dentate, upper surface glabrous and
attachment of petiols (1-3 cm) long and tendrils are unbranched. Flowers are monsecious,
solitary, rarely in axillary. Fruits are slimy in touch, pulpy and avoid to ellipsoid shape. It is
green in colour when young and it turns scarlet red when it ripes, glabrous, purple red. The fruit
possess numerous seeds which are oblong (6-7cm) margins thickened (Cokate Ck, 2007).
Figure 4.2: Glycyrrhiza glabra
4.2.4 CHEMICAL CONSTITUENTS
The major component of liquorice by means of which it is employed as a sweetener is
Glycyrrhizin. Glycyrrhizin is a Ca+ and K+ salt of Glycyrrhizinic acid which on hydrolysis
produces Glycyrrhetinic acid.
O H
OH
Glycyrrhetinic Acid
COOHCH3
OH
H
HCOOH-CH2--CH2-COO
Carbenoloxone
OO
OO
COO-Ca/K
COO-Ca/K
COO-Ca/K
O
Glycyrrhizin
Additional components of liquorice are Asparagine, resins, Glucose, Bitter components,
Starch, Sucrose, colouring material, volatile oil and Mannite. The yellow tint is because of the
glycosidal moiety Iso liquiritin. Yellow moiety subjected to fractional translation to liquiritin
through exposure to air and storage.
During hydrolysis, Iso liquiritin produces Iso liquiritigenin, while Liquiritin produces
Liquiritigenin as a glycone portion.
Estriol is also reported to be there in liquorice. The plant is having phytoestrogens in the
variety of isoflavones like Formononetin, Hispaglabridin A, B, and Neoliquiritin (Fenwick GR,
Cokate CK, and Braun & Cohen, 2005).
4.2.5 MEDICINAL USES
� Licorice is beneficial to treat asthma, persistent cough and both early phase and persistent
bronchitis.
� It is a gentle pain and swelling remover for arthritis and rheumatism. It is helpful for the
treatment of duodenal, mouth and esophageal ulceration, gastric ulcers and burning of heart.
� Licorice is beneficial for diverse digestive organization problems counting colic, swelling of
lining of stomach and ulcers.
� Several communities take licorice for cough, bacterial and viral diseases, stinging throat and
bronchitis.
� Licorice is helpful to treat food poisoning, malaria, tuberculosis and osteoarthritis. Few
natives utilize licorice as a cleanser to decrease oiliness of the hair (Cokate CK, 2007).
4.2.6 PHARMACOLOGICAL ACTIVITY
Antiinflammatory potential
Antiinflammatory potentialswas demonstrated by β-glycyhrritinic acid in diverse animal
studies as it is Chief constituent of liquorice. Two pathwayswere recommended for sweeling
reducing potentials of active component.Primarily, it impede glucocorticoid metamorphosis plus
synergist properties of same. Exhibition of synergism was in lung as well as skin following co-
application. Secondly, it inhibits conventional complement alleyway commencement and its
prospective is reliant on its conformation. Therefore, co-application with hydrocortisone in
management of swollen sickness is gainful. Glycyrrhiza as well as glyderinine, depicted a
swelling reducing potential. Further decrease in myocardial swollen edema was observed in
investigation. Newly, few components of Liquorice have depicted inhibitory potential alongside
interleukin caused prostaglandin E2 creation in usual fibroblasts (Tsukahara et al., 2005).
Antimicrobial and antiviral potential
The methanolic extract of mid-air parts of Glycyrrhiza glabra exhibited antibacterial
action beside numerous types of bacteria. Numerous flavonoids through C5 residues were
secluded as the effectual components ofGlycyrrhiza glabra alongside methicillin unwilling
Staphylococcus aureus and regained the property of β-lactam and oxacillin next to methicillin
unwilling Staphylococcus aureus(Hatano et al., 2000b, 2005). In in vitrolesson, Licochalcone A
and Glabridin showed antimicrobial action alongside Helicobacter pylori. Mixture of ethereal as
well as aqueous extracts of liquorice has been establish for having effectual bactericidal action
beside every five bacterial strain, S. aureus E. coli, E. aerogenes B. subtilis and K. pneumoniae
(Onkarappa et al., 2005). In an additional lesson component of liquorice caused programmed cell
death of lymphoidtissues which has been indistinct through Kaposi tumor linked herpesvirus.
Hepatoprotective studies
Glycyrrhizin was hepatoprotective, in an in vitro lesson most likely by blocking alteration
in permeability of cell membrane. However, in vitro lesson glycyrrhizin was weak
hepatoprotective medicine in contrast to glycyrrheitinic was recommended. Surveillance was in
continuation with defensive property of glycyrrhetinic acid alongsideliver damage caused by
retrorsine and hepatotoxicty induced by means of carbon tetrachloride, correspondingly, in rats
and mice (Lin et al., 1999).
Antitumor activities
The propagation of tumor growth of Ehrlich ascites was exhibited by aqueous extract of
Glycyrrhizaglabra. Furthermore in in vivo assess,angiogenesis was inhibited in
peritonealmembrane assess.
Antiprotozoal activities
Chinese Glycyrrhiza glabra roots gained from three diverse variety of genus,
Glycyrrhiza, Glycyrrhiza inflata Glycyrrhiza glabra and Glycyrrhiza uralensis. They were in in
vitro lessons originated to significantly reduce the expansion of Leishmaniadonovani and
Plasmodium falciparum.
Antioxidative activities
The components of Glycyrrhiza glabra, echinatin and licochalcones were effectual in
blocking LPO in microsomes caused by Fe-ADP/NADPH. Coponents exhibited valuable
scavenging of antioxidative presentation. Additionally, glabridin component of liquorice like
glabridin repressed LPO in liver microsomes of rats. It sheltered mitochondrial purpose through
oxidative pressure (Haraguchi et al., 2000).
CNS lessons
Glabridin subdued reuptake of serotonin. Aqueous extract of Liquorice exhibited
antidepressant effects using tail postponement and obligatory swim models in mice. As well, the
aqueous extract exhibited reminiscence increasing potentials in inert evading. Furthermore,
persistent management of extract induced improvement of inactive evading performance in rats,
whose ovary ectomized by means of both little and elevated doses.
Cardiovascular studies
Antiplatelet aggregation potentialwas exhibited by licorice (Yu et al., 2005). In additional
investigation, glycyrrhizin approved as a thrombin inhibitor. The effect was seen both in in vivo
and in vitro lessons. Hypothesis was likeglycyrrhizin might be employed as sculpt to pierce
novel medicines (Francischetti et al., 1997;).
Immunity lessons
Numerous immunomodulatory effects have been accredited to glycyrrhetinic acid and
glycyrrhizin, a component of licorice (Raphael and Kuttan, 2003). Identical findings observed
through lichochalchones and a little derivative, exhibited immunity enhancing potentials (Barfod
et al., 2002).
Cytotoxic studies
Many components phenols ofsuch plantexhibited inhibition on expansion of
microorganism. Few of them like isoliquiritigeninaffirmative in assess.
Gastrointestinal potential
Oral Glycyrrhiza glabrain a grouping artifact could cure ulcers same like H2 receptor
component (Aly et al., 2005). Glycyrrhizinic acid has antiulcer potential. It is a chief constituent
of licorice. Antiulcer potential has been expected by increasing amount of prostaglandins,
endorse mucous emission in addition propagation of cell, curative of ulceration in
investigation(Baker, 1994). The hemisuccinate derivative Carbenoxolone and enoxolone are two
element artificial derivatives of Glycyrrhiza glabra which have been employed in scientific
remedies. Enoxolone was employed for management of ulcer ailment and other Gastrointestinal
tract disturbances, throatdisturbances.
Anticancer effects
Institute of National Cancer has recognizedGlycyrrhiza glabra roots having anti-cancer
potential. It has been employed between patients having cancer of prostate. It is marketedly
obtainable permutation of few plants.
Antioxidative effects
Glycyrrhiza glabra extracts demonstrated immense potential as antioxidant and
scavenging of free radical in topical preparations. It may be employed in topical preparations in
an array to defend the skin beside harm induced by reactive oxygen variety and free radical. (Di
Mambro and Fonseca, 2005).
Antiviral and hepatoprotective effects
Licorice was having straight hepatic lesson protecting potential. Chief constituent,
Glycyrrhizin, is frequently employed for the treatment of persistent liver damage in patients who
don’t accept or react to interferon remedy (Okuno et al., 2001).
Dermatological lessons
Liquorice was taken as a natural remedy for skin eruptions, counting cysts, dermatitis,
pruritis and eczema (Saeedi et al., 2003). Newly glycyrrhizin administration has depicted
defensive potential alongside tumor cells (Rossi et al., 2005).
Endocrinological effects
Liquorice was demostrated in reducing amount of testosterone both in women and men
(Armanini et al., 2004). However in men nocapability was seen in reducing salivary testosterone
noticeably (Josephs et al., 2001). Furthermore, ovulation and pregnancy in unproductive patients
has been produced by Glycyrrhiza glabra roots.
Respiratory diseases
Roo part of plant was taken as a cough removing therapeutic plant as of earliest periods.
Mucilagenous component present in licorice or emission formed beneath the pressure of the
vigorous constituents covers throat and oral mucosa calming its touchiness and removing arid
cough (Ody, 2000; Puodziuniene et al., 2005).
4.2.8 LIST OF PATENTS
Table 4.2: List of Patents of G. glabra
Sr.
No.
Document Document Title
1 12058019 Method of extracting a sweet ingredient
from Glycyrrhiza glabra
2 WO/2008/007214A2 Glycyrrhiza glabra plant extracts to
manage osteoporosis anextraction
method there of
3 WO/2008/007214A3 Glycyrrhiza glabra plant extracts to
manage osteoporosis anextraction
method there of
4 WO/2013/042131A1 A process for preparation of synergistic
herbal preparation of extracts
Picrorhiza kurroa and Glycyrrhiza
glabra having medicinal value
5 JP03047071 Method for obtaining highly
glycyrrhizin producing strain of
Glycyrrhiza glabra root stem cell
6 JP03047072 Method for obtaining highly
glycyrrhizin producing strain of
Glycyrrhiza glabra root stem cell
7 US20100221363 A method for the preparation of a
storage steady fungicidal extract of
Glycyrrhiza glabra for the management
of pathogenic fungi and other crop
diseases
8 WO/2009/010567A2 A method for the preparation of a
storage steady fungicidal extract of
Glycyrrhiza glabra for the management
of pathogenic fungi and other crop
diseases
9 WO/2009/010567A3 A method for the preparation of a
storage steady fungicidal extract of
Glycyrrhiza glabra for the management
of pathogenic fungi and other crop
diseases
10 JP2000239176 Hydrophobic Glycyrrhiza radix extract
composition
11 WO/2010/013987A2 Extraction method for increasing
liquiritigenin content in Glycyrrhiza
radix extract
12 US20050118289 Method for preparing fat composition
having hydrophobic constituents of
Glycyrrhiza
13 WO/2005/027866A1 Use of licocalchone A or of an extract
containing licocalchone A from
Glycyrrhiza inflatae against skin aging
14 37135EP2695599A1 Cosmetic or dermatological
preparations with a content of urea and
a content of licochalcone A or an
aqueous extract of Glycyrrhiza inflate
15 US20050158350 Use of licochalcone A or of an extract
of Glycyrrhiza inflatae that contains
licochalcone A against
postinflammatory hyperpigmentation
16 US20120246760 Triterpene oxidase derived from plant
belonging to genus Glycyrrhiza, gene
encoding the same and method of using
the same
17 EP1839645B1 Cosmetic or dermatological emulsions
containing licochalcone A or an extract
of Glycyrrhiza inflatae containing
licochalcone A
4.3 LASURA
BOTANICAL NAME :Cordia myxa
FAMILY : Boraginaceae
4.3.1 VERNACULAR NAMES
Hindi : Lasora
Gujarati : Gunda
Sanskrit : Bahuvarah
Malayalam : Naruvari
Bengali : Bahubara, Boch
Khasi : Dieng mong
Manipuri : Lamkelaba
Assamese : Goborhut, Bahubara
Tamil : Naruvili, Citam
Telegu : Bankanakkera
4.3.2 TAXONOMICAL CLASSIFICATION
Territory : Plantae
Subterritory : Tracheobionta
Superdivision : Spermatophyta
Dissection : Magnoliophyta
Group : magnoliopsida
Subgroup : Asteridae
Array : Lamiales
Family : Boraginaceae
Genus : Cordia
Variety : Cordia myxa
GEOGRAPHICAL DISTRIBUTION
The genus is local to China and is extensively cultured in subordinate plains and humid
areas. It originates beside the Himalayan tract up and about to 1,500 meters. Originates through
its ordinary surroundings extending all the way through the forests of Nepal, India and Myanmar.
At the moment, Cordia foliage is originate in China, Taiwan, Australia, Thailand and Malaysia.
4.3.3 MORPHOLOGY
Cordiamyxa is a speedy rising variety. Maturity period is approximately 50 to 60 years.
Its main trunk is usually in a straight line and cylindrical, gaining a height of practically 3 to 4 m.
The twigs broaden in every course by asset of which its cap can be skilled into a magnificent
upturned arena. When entirely adult, the whole height of the hierarchy grows roughly 10 to 15
m. In fewer complimentary weather and adverse surroundings, nevertheless, it has a smaller
enlargement. It may conquer a fairly warped outline. At respite poorer climate it can uphold
undersized resembling a flowering shrub.
The bark of Cordia myxa is grayish brown in tint with longitudinal and vertical fissures.
The tree can be effortlessly recognized commencing a detachment by observing the fissures.
The leaves of Cordia myxa are wide, ovate, and rotate and stalked with the stretch just
about 6 -15 by 4-10 cm. In subject of exterior manifestation these are glabrous on top of and
juvenile underneath. The leaves appear bushy. The unmarked flora is pretty helpful as silage for
livestock. These are as well beneficial for coveringcheroots.
Cordia myxa tree vegetate for the period of March-April. The inflorescence, typically
deadly, is, white in shade. Creature florets are virtually 5 mm in distance. At spaces these are
rather furry and white. The calyx fraction of a self-governing flower is concerning 8 mm. It splits
erratically at the breach of its bud hooked on flower. The filaments are furry.
The fruit of Cordia myxaturn out to be obtainable all through July-August. It is a variety
of a drupe, brown in shade. The exterior tends to cast a shadow when ripening sets in. Individual
filled of viscid glue similar to mucilage. The mash is rather transparent. When entirely mature
the pulp becomes fairly syrupy in flavor and is entirely enjoyed by kids (Kirtikar KR, 2005).
Figure 4.3: Cordia myxa
4.3.4 CHEMICAL CONSTITUENTS
Fruits of Cordia myxa possessApigenin, Saponin derivatives, Phenolic components and
Tannins, traces of Mucilage, Glycosidal moiety, Alkaloidal constituents, Gums, Flavonoids,
Steroidal compounds and Terpenoid derivative (Inas ZA, 2011).
O
O
OH
OH
OH
Apigenin
4.3.5 MEDICINAL USES
� According to the book, “Indian Herbal Remedies,” the man regarded as the father of surgery
in India, Sushutra, prescribed Cordia fruits as a coolant and astringent, to be used for
biliousness, cough and internal haemorrhage.
� The bark paste was used for treatment on spider bites and eruptive boils.
� The fruit include acting as an anti diabetic, demulcent, expectorant, diuretic antihelmintic,
and anti-inflammatory, remedying the effects of an inflamed colon, liver and plasma. It also
decreases blood pressure and act as a potent hypotensive agent.
� The leaves contain potent analgesic,cytotoxic and anti-bacterial activity (The Wealth of
India, 1956 and Weaver and Anderson, 2007).
4.3.6 PHARMACOLOGICAL ACTIVITY
Antiinflammatory Activity
Goods of few variety of Cordiawas proven to encompass swelling reducing potential.
Lessons determined the property of such fruit on practically caused colitis. Swelling was linked
by momentous deduction in tissue behavior of superoxide dismutase in addition lesser amounts
of few fundamentals. Myeloperoxidase disorder and histological assessment depicted that fruits
of Cordia dealing upturnedexceeding findings in swollen colon, plasma and liver of colitic rats.
The findings assisted that pragmatic antiinflammatory consequence of the plant. This is credited
moderately to antioxidant potential as well as reinstatement of amounts of some components in
swollen plasma as well as liver (Mohammadmehdi Ranjbar, 2013).
Gastroprotective activity
Project examined the defensive potentials of such plant extract. Model drug was
indomethacin to produce gastric ulcereration. To produce ulcer intraperitoneal injection of
indomethacin was given. Cordia myxa fruit extract was given orally and ranitidine, a standard
medicine, in an amount of 50 mg/kg body weight. Outcome of the current lesson propose that
ranitidine should be taken jointly amongCordia myxa fruit extract for improved gastroprotective
results. It also helps to decrease H2 antagonist’s medicines undesirable results (Inas ZA, 2011).
Antifibrotic Activity
Study examined the defensive function of Cordia myxa L. in opposition to liver fibrosis
caused by Thioacetamideor Carbon tetrachloride or and determined serum aspartate transaminase
(AST), glutamate transaminase and alkaline phosphatase. They extracted plant in diverse
solvents and their extracts were determined for their phenolic proportion and antioxidant level.
Level of glutamate transaminase and alkaline phosphatase enzymes drastically enhanced in rats
following application of Thioacetamide-Cordia myxa L. or Carbon tetrachloride-Cordia myxa L.
in contrast to rats that were unaided with Thioacetamideor Carbon tetrachloride. Consequently
they accomplished that Cordia myxa L. has burly antioxidant potential. Potential may be
accountable for its antifibrotic effects alongside Thioacetamideor Carbon tetrachloride caused
fibrosis (Afzal, 2007).
4.3.8 LIST OF PATENTS
Table 4.3: List of Patents of C. myxa
Sr.
No.
Document Document Title
1 US20050084547 Natural product based apoptosis
inducers
2 US20050008710 Methods for viewing of endothelin
receptor antagonist potential in addition
managing circumstances induced
through endothelin
3 7378396 Therapeutic agents and methods for
cardiovascular disease
4 7771954 Systemic marker for determining anti-
inflammatory and antioxidant potential
of medicinal agents
5 7776563 Methods for identifying agents for
treating cardiovascular disease using
inhibition of myeloperoxidase binding
6 7781219 Risk markers for cardiovascular disease
7 7780950 Systemic marker for determining anti-
inflammatory and antioxidant potential
of medicinal agents
8 US20110190401 Depolymerized complex sugar molecule
based hydrogel adhesive and technique
of application there of
9 US20080081056 Depolymerized complex sugar molecule
based hydrogel adhesive and techniques
of application there of
10 EP1850889B1 Depolymerized complex sugar molecule
based hydrogel adhesive and techniques
of applicationthere of
11 WO/2006/085329A2 Depolymerized complex sugar molecule
based hydrogel adhesive and techniques
of application
12 WO/2006/085329A3 Depolymerized complex sugar molecule
based hydrogel adhesive and techniques
of application
13 EP1953235A2 New genes related to a process for the
production of fine chemicals
14 EP2368905A2 Process for the control of production of
fine chemicals
15 EP2096177A2 Process for the production of lutein