![]() |
|
||
| فواصل وابتسامات للمواضيع جديد | مركز التحميل | ابتساماتي | مزاجي |
|
|||||||
![]() |
|
|
LinkBack | أدوات الموضوع | تقييم الموضوع | أنماط العرض |
|
#1
|
||||
|
||||
|
بلييييييييييز ساعدوني ضروري
السلام عليكم
بالاول انا مو عارفه اذا موضوعي صح مكانو هنا ولا لا بس وربي حدي بيزي وعندي اختبار فاينل بكره يعني اعذروني لو حطيت شي مو في قسمه او مكانه تكفون طلبتكم ابي احد يترجم لي هالكلام اللي بكتبه الكلام = جزء من بحث التخرج تبعي طبعا انا ترجمته بس في كلمات علميه ماعرفت معناها حاولت اترجمها من المزيد وقوقل والوافي وماطلع كلام مفهوم وانا ماعندي وقت اقعد على هالكلام واترجمه عدل وربي الاختبارات ضاغطتني حيل ومو مخليه لي مجال اني اتابع اي شي غيرها تكفون اذا ممكن تساعدوني لانه ضروري اسلم بحث تخرجي يوم الاحد العصر ( بكره ) وانا بقالي هالجزء بس عفيا لاتردوني اذا قادرين على مساعدتي >>>>>>>>>>>>>> ناطره مساعدتكم زين Blood glucose was measured by tringers glucose Oxidase method (varley et al.,1976). Initial blood glucose values were measured on the first day of the experiment without sample ioad Urine sugar was monit ored every day but blood glucose values were determined at 1 week interval . if the desired iowering of blood glucose values was not found with the single dose of ethanolic extract of the samnple for the 2 weeks the double doses of 250 mg kg were given twice a day (total500mg day) and blood glucose values were noted at 1 week interval as before when double dose failed to show any significant lowering effect triple doses of 250 mg kg were given thrice a day (750 mg day ) up to 2 weeks To comfirm Definite hypoglycemic effect final blood glucose values of each sample were brought down closer to normal fasting level using different doses of the concerned ethanolic extract (table2) the present result indicates that most of the experimfhental samples show definite blood glucose lowering effects within 1-2-weeks in single double or triple doses The following experimental samples show confirmed blood glucose lowering effect within 1 week using only single dose of the ethanolic extract of the sample (250mg kg)in rata terms of hypoglycemic activity in decreasing order these are Coccinia indica Tragia involuc Gymnema syluestre pterocarpus marsupium trigonella foenum-graecum Moringa oleifera Eugenia jambolana and Tinospora cordifolia The next higher hypoglycae-mic activity was confirmed in similar manner in 2weeks using single dose of the experimental sample in the cases of Swertia chirayita and Momordica charantia Plants showing comparatively lower hypoglycaemic activity (in decreasing order)using double doses of the sample for 1week only are ficus glomerata ficus benghalensis vinca rosea premna integrifolia mucuna prurita Terminalia bellirica Sesbenia aegyptiasa and azadirachta indica. The next range of hwpoglycaemic activity was confirmed in the following samples in 2 weeks instead of 1 week using double doses (250 mg kg twice dailu )of the samples in terms of hypoglycaemic activity in decreasing order these are dendrocalamus hamitonjjzingiber officinale Aegle marmelos Piper longum and cinnamomum tamala. Trichosanthes cucumerina confirmed blood glucose lowering effect within 1 week of oral feeding of the semple in comperatively higher dose (triple doses) in 250 mg kg --- thrice daily. Lastly Ocimum sanctum sanctum and Asparagus racemosus show comparatively lesser activity in 2 weeks with triple dises of the sample (250 mg kg --- thrice daily). As pointed out bu WHO, prevention of diabetes and its complications is not only a major challenge for the future, but essential if health for all is to be an attainable target. This, WHOstudy groups emphasise strongly in this regard the optimal uses of traditional and natural indigenous medicines (WHO.1985,1994). In ayurvedic or indigenous folk medicines, the hypogly-caemic plants have been in use generally in their natural forms (fresh juice, paste or dry powder). These include both the inorganic and organic constituents of the concerned herbs. Further it is important to note that the inorganic part of a medicinal plant containing mainly mineral elements, sometimes plays a contribu-tory role in enhancing medicinal properties(including hypoglycaemic activity) of that plant (kar and choudh- ary,1994; kar et al., 1999). Besides, number of essential minerals (Ca, Zn, K, Mn and Cr ) are known to be associated with the mechanisms of insulin release and its activity or glucose tolerance factor in different laboratory animals and in human beings (Mertz, 1981; Niewoehner et al., 1986; Chen et al., 1995; Schroeder,1996; Castro, 1998). Further from our studies more potent hypoglycae –mic herbs of Indian origin can be selected for their use in indigenous medicinal preparations in crude forms either singly or in combinations. For a final co-ordinated result the effects of both the organic and in organic constituents of the concerned medicinal plant may be taken into consideration References Chen, M.D.,Lin,P.Y.,Tsou, C.T.,Wang, J..J., Lin, W.H.,1995. Selected ls status in patients with non-insulin dependent Diabetes mellitus. Biological Trace Elements Research 50, 119-124 Castro, V.R., 1998. Chromium in series of Portuguese plants used in the herbal treatment of diabetes. Biological Trace Elements Research 62(1-2), 101-106 Kar,A.,Choudhary, B.K., 1994. Important mineral content of a few Ayurvedic herbs with a discussion on medicinal a spects. In dian Drugs 31 (3), 127-130. Kar,A.,Choudhary,B.K., Bandyopadhyay,N.G., 1999. Preliminary Studies on the inorganic constituents of some indigenous hypogly- Caemic herbs on oral glucose tolerance test Journal of Athnophar- Macology 64 (2), 179-184. Mertz,W., 1981. The essential trace elements Science 213 (18), 1332-1338. Nadkarnr, K.M., 1954. Indian Materia M edica, third ed. Popular Book Dep, Bombay. Nagarajan, S.,Jain, H.C., Aulakh, G.S., 1982. Indigeneous plants used In the control of diabetes. In: Atal,C.K.,Kapur, B.M (Ads.), Cultivation and Utilisation of Medicinal plants Regional Research Laboratory, C.S.i.R., Jammu Tawai, india, p. 584. Niewoehner,C.B., Ellan, J.I., Boosalis, M., Levine, A.S., Morley, J.E., 1986. Role of zinc supplementation in type II diabetes mellitus. The American Journal of Medicine B 1,63-68. Schroeder, H.A., 1996. Chromium deficiency in rats: a syndrome Simulating diabetes mellitus with retarded growth. Journal of Nutrition 88, 439-445. Underwood, E..J., Mertz, W., 1986.Trace elements in rats: a syndrome Simulating diabetes mellitus with retarded growth. Journal of Nutrition 88, 439-445. Underwood, E..J., Mertz, W., 1986. Trace elements in human and Animal Nutrition, vol. 1.Academic Press, New York, pp. 11-17. Varley, H., Gowenlock, A.H., Bell, M., 1976.Practical Clinical Biochemistry, vol. 1, fifth ed Heinemann Medical Books Ltd,London, p. 389. WHO study group on diabetes mellitus, 1985. Technical report series No. 727, World Health Organisation, Geneva. WHO study group on diabetes mellitus 1994. Technical report series No.844, World Health Organisation, Geneva.,p.3, 78-79.
|
|
|
رقم المشاركة : 2 | |||||||
|
ملكه والله ماعرف اترجم بس قلت حق سووبر بوي يساعدج |
|||||||
|
|
رقم المشاركة : 3 | |||||||
|
تسلملي عشوقي |
|||||||
|
|
رقم المشاركة : 4 | |||||||
|
... ياحيآتي يا ملوكة لو جيتي انا اترجملك << ماتعرف الا yes & no بالتوفيق يا روحي أنا .. اهم شي لقيتي اللي يترجملك ^_*. لاتنسي تذكري اسمي في البحث طبعا كوني بدلت مجهود كبير ... هـــــــ هـع ـــــــع... ...! |
|||||||
|
|
رقم المشاركة : 5 | |||||||
|
ملكه بعطيك موقع يترجملك اياه بأكثر من لغة ثواني وراجعلج |
|||||||
|
|
رقم المشاركة : 6 | |||||||
|
وقد تم قياس نسبة الجلوكوز في الدم عن طريق tringers الجلوكوز |
|||||||
|
|
رقم المشاركة : 7 | |||||||
|
اتمني اني اعرف اترجم بقووووووووووووووووهـ |
|||||||
|
|
رقم المشاركة : 8 | |||||||
|
|
|||||||
|
|
رقم المشاركة : 9 | |||||||
|
البنت الحزينه |
|||||||
|
|
رقم المشاركة : 10 | |||||||
|
عربوووووووووووووووجه |
|||||||
|
|
رقم المشاركة : 11 | |||||||
|
خيتو ملكه مافيها شي |
|||||||
|
|
رقم المشاركة : 12 | |||||||
|
معليش اختي |
|||||||
![]() |
|
|||||||||||||||||||||||||
| أدوات الموضوع | |
| أنماط العرض | تقييم هذا الموضوع |
|
|
![]() |