help of herbs such as shatavari or asparagus racemosus ..

(2011)Isolation characterization and pharmacological investigation of secondary metabolites from Asparagus racemosus growing in Western Himalayan Region. Masters thesis, CSIR-IHBT.

Thesis On Asparagus Racemosus Santa Clara University Essay Examples

Chemical Constituents of The Root of Asparagus Racemosus Willd

the Major Components from the Roots of Asparagus racemosus

Effect of Phosphorus
Super phosphate, as the source of P showed significant promotory effect on plant growth and its biomass over the control plants. Chlorophyll concentration was significantly increased with all the concentrations of P and found maximum (2.905 mg g-1) in plants given 160 mg kg-1 P. A linear increase was recorded in the carbohydrate and protein contents with the increasing concentration of P. Maximum carbohydrate (70.17 mg g-1) and protein (10.69 mg g-1) contents were recorded at 160 mg kg-1 P and sapog55230_jaenin contents were also found to be higher (0.352 mg g-1) at the same concentration. The results are in agreement with that higher dose of phosphorus favored the high yield of asparagus. Phosphorus is most important nutrient element for improving photosynthetic rates, which depends on several factors including nutrient supply (). Height of plant was also influenced positively with P application, supported by its biomass (). P supply can modulate the content of activated RUBISCO either directly or indirectly (; ; ) and influencing photosynthetic activity of plant.

Steroidal saponins from the fruits of Asparagus racemosus.

Those plants in descending order of inulin content were, Allium sativum (18%), Asparagus falcatus (17%), Asparagus racemosus (11%), Allium cepa (8%), Allium ampeloprasum (6%), Taraxacum javanicum (5%) and Vernonia ceneira (4% w/w fresh wt).

Thesis On Asparagus Racemosus - Hangar Rats

PDF Antimicrobial Activity of Asparagus Racemosus Willd

contains several steroidal saponin glycosides i.e. Shatavarin I-IV. I, II and IV are derived from a common aglycone moiety, Sarsapogenin. Recently, reported five new steroidal saponins, Shatavarin VI-X from the roots. An appropriate hydrolysis of saponin yield sugars and aglycone moiety sarsapogenin. A correlation between sugar and sapogenin contents was observed in the present study.

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UKT: Family of Asparagus -- Asparagaceae or Liliaceae?
What is the family of Asparagus? While searching for data on , I came across NRCS (Natural Resources Conservation Service) of USDA (United States Dept. of Agri.) website which listed:
• L. as: garden asparagus. Symbol: ASOF. Group: Monocot. Family: Liliaceae . Growth Habit: Forb/herb. Duration: Perennial. U.S. Nativity: Introduced.

02/09/2002 · Influence of Nitrogen, Phosphorus and Potassium Fertilizer on Biochemical Contents of Asparagus racemosus (Willd.) Root Tubers

Selenium (EHC 58, 1986) - INCHEM

racemosus by Cold Water Swim Stress Model in rats.Materials and Methods: The anti-stress activity was evaluated on Cold Water Swim Stress induced biochemical changes.

the alkaloid asparagamine A was repeatedly reported for the tuberous roots of Asparagus racemosus Willd

Asparagus racemosus has been successfully used by some medical ..

Acinus () One of the granular masses which constitute a racemose or compound gland, as the pancreas; also, one of the saccular recesses in the lobules of a racemose gland.

Aqueous extract of Asparagus racemosus was evaluated for lead detoxification from the hepatic tissue by ..

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Stemona root extracts characterised by a preponderance of protostemonine-type alkaloids can additionally be classified according to three different accumulations trends leading a) to protostemonine (39) itself and closely related compounds, or b) to structures derived from stemofoline (45), or c) to pyridoazepine alkaloids (Fig. []). Whereas all three trends were alternately found in different provenances of S. curtisii collected in south Thailand, mainly protostemonine (39) itself together with stemonine (59) were typical for S. pierrei, S. japonica, and S. sessilifolia. The latter two species together with the probably closely related S. mairei were additionally characterised by the formation of spiro structures derived from maistemonine (66). The pronounced accumulation of stemofoline (45) and related derivatives was typical for S. burkillii, S. cochinchinensis and S. collinsae, from which especially didehydrostemofoline (= asparagamine A) (48) was shown to be a typical chemical character of S. collinsae. A preferred formation of pyridoazepine-type alkaloids was found in different provenances of S. kerrii leading to the major compounds stemokerrine (60) and oxystemokerrine (61).