Euphorbia Hirta - Dodhi Mohlan

MOHLAN RECOVER, MODIFIED AND RESEARCH DEPARTMENT

Science Department

Mohlan 151210

Ph No: 88724-33966

                                                                                            Administer: Parminder Singh

                                                                                                           ID: PSD8183M

EUPHORBIA HIRTA-doDI

iesqymwl krn dy qrIky Aqy Pwiedy

1.      AqIswr = 10 gRwm pwxI nwl jW ½ cmc
1. Attisaar = 10 g With water or 1/2 ts

2.     dsq = 10 gRwm pwxI nwl
2. Dassat = 10 g With water

3.     bvwsIr = 10 gRwm + ¼ ihsw PVkVI
3. Bawaseer = 10 g +1/4 hissa Fadkaddi

4.     nksIr = 5 gRwm + 1 cmc imsrI nwl
4.Nakseer = 5 g + 1 ts Mishri

5.     pyt dy kIVy = 10 gRwm hr roj
5. Peat ke Kidde = 10 g With water

6.     vwl JVnw = 1 cmc +1 cmc AwvlW qyl
6. Hair Fall = 1 ts + 1 ts Amla oil

7.     rwq nUM G`t idsxw = 10 gRwm pwxI nwl
7. Raat nu kam Dishna = 10 g With water

8.     grBDwrn leI = 10 gRwm pwxI nwl
8. Garbhdharan = 10 g With water

9.     iksy vI kwrn krky AweI kmjorI = 10 gRwm + imsrI + pwxI nwl
9. Every weekness = 10 g + mishri + Water

10.  sikn vwsqy = 20 gRwm rs lwauxw 2-3 GMty
10. Skin problem = 20 g rass Lape for 2-3 hrs 

11.   pwcx skqI vwsqy = 10 gRwm pwxI nwl
11. Digest system = 10 g With water

12.  sYks pRoblm = 10 gRwm pwxI nwl
12. For Sex = 10 g With water

MOHLAN RECOVER, MODIFIED AND RESEARCH DEPARTMENT

EUPHORBIA HIRTA-doDI

Abstract

The leave of E. hirta collected from Mohlan-Punjab, India. The plants contained antioxidants such as?-carotene, vitamin C and phenolics (297.44, 91.18 and 336.56 mg 100 g-1), respectively. The plants have been reported rich in nutrients such as crude protein, carbohydrate, crude lipids, starch and crude fiber (12.57, 13.92, 3.67, 18.19 and 36.59 g 100 g-1), respectively. The plants have also been reported rich in minerals such as Na, K, Ca, S, P, Fe, Mn, Cu and Zn (175.83, 5536.27, 116.94, 1746.11, 241.89, 82.82, 8.71, 2.60 and 5.44 mg 100 g-1), respectively. The plants have been found as a good source of nutrients, antioxidants and minerals. Results suggest plants aerial parts could be used as raw materials in drug formulation.

Mineral content in plant was estimated by wet digestion method. The 1.0 g plant material was first digested with conc. HNO3 (5 mL each), followed by application of 15 mL of tri-acid mixture (HNO3, HClO4 and H2SO4, 10:4:1, v/v) heated at 200°C and reduce to 1 mL. The residue after digestion was dissolved in double distilled water, filtered and diluted to 100 mL. This solution was used for the estimation of minerals. Macro minerals viz., Na, K, Ca and Li were estimated by AIMIL, Flame Photometer while micro elements viz., Fe, Cu, Mn, Zn and Co were estimated by Atomic Absorption Spectrophotometer, model 4129, Electronic Corporation of India Ltd. Phosphorous and sulpher content was estimated by Mohlan Science (Parminder, 2018). Amylose content in plant leave was estimated, as described method (McCready et al., 1950; Juliano, 1971).

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