a blog to develop Diabetes education topics in Indian regional languages. concentrating on Hindi,telugu शिक्षाభారతీయ భాషలో మదుమెహ విద్య tamilபாரதீய பாஷயில் மதுமேஹ வ்த்யை to begin with Acupuncture, DHEA, Traditional Chinese Herbal Medicine, , medicine, Geriatrics, India, Public Health,
Sunday, February 17, 2008
Authentic Aloo Matar
Found this at http://masalamagic.blogspot.com/ and enjoyed it thoroughly.
Ingredients
4 | Potatoes - Peeled and Washed |
1 | cup Green Peas (Fresh or Frozen is good) |
2 | tsp Red Chili Powder |
1/2 | tsp Turmeric Powder |
1 | tsp Coriander Powder |
1 | tsp Cumin Seeds |
2 | tbsp Clarified Butter |
1 | Salt to taste |
- Peel, Wash and Chop the Potatoes into cubes.
- Recipe calls for a pressure cooker, but I just cooked the potatoes in a pyrex bowl covered with syran wrap in the microwave.
- Heat the clarified butter, then add the cumin seeds and the green peas.
- Add all the dry powders, mix well and saute for about a minute.
- Add the chopped potato cubes and salt, mix well.
- Close with the lid and cook the mixture on medium until heated thoroughly.
- Garnish with chopped Cilantro and serve hot.
Side Dish, Indian
Nutrition Facts | ||||||
Serving Size 258.6g | ||||||
Amount Per Serving | ||||||
Calories 236 Calories from Fat 58 | ||||||
% Daily Value* | ||||||
Total Fat 6.4g 10% | ||||||
Saturated Fat 3.7g 19% | ||||||
Cholesterol 15mg 5% | ||||||
Sodium 68mg 3% | ||||||
Total Carbohydrates 39.8g 13% | ||||||
Dietary Fiber 7.5g 30% | ||||||
Sugars 4.6g | ||||||
Protein 5.8g | ||||||
| ||||||
* Based on a 2000 calorie diet Nutritional details are an estimate and should only be used as a guide for approximation. |
Nutritional Analysis
Nutrition Grade 96% confidence | Good points |
Monday, July 16, 2007
stone age diet for DM2
there is some discussion as to why the Dm 2 rate is going up in present day world ,one contention is that it is diet
so some one has started a trial.
so some one has started a trial.
Publications
Saturday, April 22, 2006
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Friday, September 30, 2005
Natural killer cells_islet cell transplants
there are 2 big problems in islet cell transplants for curing (see the word CURE)diabetes .
1) lack of sufficent donor islet cells .
2)destruction of transplanted cells.
may be we are finding ways and means of combating the second problem
It is a proud moment for us to see an Indian (NAGENDRA SINGE) working with the japanese in USA
The natural killer T-cell ligand -galactosylceramideprevents autoimmune diabetes in non-obese diabetic mice
SEOKMANN HONG1, MICHAEL T. WILSON1, ISAO SERIZAWA2, LAN WU3, NAGENDRA SINGH1,
OLGA V. NAIDENKO4, TORU MIURA2, TOMOKU HABA2, DAVID C. SCHERER1, JIE WEI1,
MITCHELL KRONENBERG4, YASUHIKO KOEZUKA2 & LUC VAN KAER1
1Howard Hughes Medical Institute, Department of Microbiology and Immunology,
Vanderbilt University School of Medicine, Nashville, Tennessee, USA
2Pharmaceutical Research Laboratory, Kirin Brewery Co, Ltd., Gunma, Japan
3Department of Medicine, Vanderbilt University School of Medicine, Nashville, Tennessee, USA
4La Jolla Institute for Allergy and Immunology, San Diego, California, USA
S.H., M.T.W. and I.S. contributed equally to this study.
Correspondence should be addressed to L.V.K.; e-mail: vankael@ctrvax.vanderbilt.edu
base on this .
the same chemical is found to help protect transplanted islet cells .
Discovery Could Boost Type 1 Diabetes Care
Researchers spot key player in success of transplanted insulin-producing cells
TUESDAY, Sept. 27 (HealthDay News) -- The survival of transplanted insulin-producing cells is improved when activation of "natural killer T" immune cells is blocked, Japanese researchers report.
They believe the finding could help boost the effectiveness of islet cell transplants for the treatment of insulin-dependent type 1 diabetes. This form of the disease (affecting about 5 percent of diabetics) is caused by the destruction of insulin-producing cells in the pancreas by the body's own immune T-cells.
Transplantation of these "islet cells" requires patientto continue lifelong immunosuppression therapy.Even with immunosuppression treatment, up to half the transplanted islet cells are quickly destroyed by the patient's own T-cells, however.
In their research with mice, the Japanese team showed that natural killer T (NTK) cells instigate this rapid destruction of transplanted islet cells. When the NKT cells become activated -- most likely in response to the stress of the transplant procedure -- they produce an inflammatory molecule called interferon (IFN)-gamma.
It's this molecule that helps activate immune T-cells to destroy islet cells, the researchers report in the Oct. 3 issue of the Journal of Experimental Medicine.
Transplanted islet cells survived in mice that lacked NKT cells or were unable to produce IFN-gamma, the researchers found. They also found that multiple doses of the drug alpha-galactosylceramide caused NKT cells to produce less IFN-gamma. Decreased production of IFN-gamma greatly improved the survival of transplanted islet cells, the study found.
According to the Japanese team, multiple doses of the drug -- currently in human clinical trials -- may help prevent the early loss of transplanted islet cells in humans.
In an extension of the same anology
this same chemical may prove to be useful in preventing rejection of other transplanted organs .
1) lack of sufficent donor islet cells .
2)destruction of transplanted cells.
may be we are finding ways and means of combating the second problem
It is a proud moment for us to see an Indian (NAGENDRA SINGE) working with the japanese in USA
The natural killer T-cell ligand -galactosylceramideprevents autoimmune diabetes in non-obese diabetic mice
SEOKMANN HONG1, MICHAEL T. WILSON1, ISAO SERIZAWA2, LAN WU3, NAGENDRA SINGH1,
OLGA V. NAIDENKO4, TORU MIURA2, TOMOKU HABA2, DAVID C. SCHERER1, JIE WEI1,
MITCHELL KRONENBERG4, YASUHIKO KOEZUKA2 & LUC VAN KAER1
1Howard Hughes Medical Institute, Department of Microbiology and Immunology,
Vanderbilt University School of Medicine, Nashville, Tennessee, USA
2Pharmaceutical Research Laboratory, Kirin Brewery Co, Ltd., Gunma, Japan
3Department of Medicine, Vanderbilt University School of Medicine, Nashville, Tennessee, USA
4La Jolla Institute for Allergy and Immunology, San Diego, California, USA
S.H., M.T.W. and I.S. contributed equally to this study.
Correspondence should be addressed to L.V.K.; e-mail: vankael@ctrvax.vanderbilt.edu
base on this .
the same chemical is found to help protect transplanted islet cells .
Discovery Could Boost Type 1 Diabetes Care
Researchers spot key player in success of transplanted insulin-producing cells
TUESDAY, Sept. 27 (HealthDay News) -- The survival of transplanted insulin-producing cells is improved when activation of "natural killer T" immune cells is blocked, Japanese researchers report.
They believe the finding could help boost the effectiveness of islet cell transplants for the treatment of insulin-dependent type 1 diabetes. This form of the disease (affecting about 5 percent of diabetics) is caused by the destruction of insulin-producing cells in the pancreas by the body's own immune T-cells.
Transplantation of these "islet cells" requires patientto continue lifelong immunosuppression therapy.Even with immunosuppression treatment, up to half the transplanted islet cells are quickly destroyed by the patient's own T-cells, however.
In their research with mice, the Japanese team showed that natural killer T (NTK) cells instigate this rapid destruction of transplanted islet cells. When the NKT cells become activated -- most likely in response to the stress of the transplant procedure -- they produce an inflammatory molecule called interferon (IFN)-gamma.
It's this molecule that helps activate immune T-cells to destroy islet cells, the researchers report in the Oct. 3 issue of the Journal of Experimental Medicine.
Transplanted islet cells survived in mice that lacked NKT cells or were unable to produce IFN-gamma, the researchers found. They also found that multiple doses of the drug alpha-galactosylceramide caused NKT cells to produce less IFN-gamma. Decreased production of IFN-gamma greatly improved the survival of transplanted islet cells, the study found.
According to the Japanese team, multiple doses of the drug -- currently in human clinical trials -- may help prevent the early loss of transplanted islet cells in humans.
In an extension of the same anology
this same chemical may prove to be useful in preventing rejection of other transplanted organs .
getting serious about telugu Diabetes educational site
Ihave been collecting content for the last 1 year to stsart this web site but hasnt had enough spare time to up load articles
it will be set up at daibetiisu.com
unless we educate evry one about theses diseases and how to take care of them properly we are going to see a major portion of GDP of India being wasted on treating complications and in wasted man hours .
it will be set up at daibetiisu.com
unless we educate evry one about theses diseases and how to take care of them properly we are going to see a major portion of GDP of India being wasted on treating complications and in wasted man hours .
Wednesday, January 26, 2005
www.ekjalak.com
I have taken the first steps to create the web page for diabetis education in regional languages I have registeres a domain name called ekjalak.com
this is hindi for a view /glance .
as the subject is so vast all we can do is to give the patients a glance at proper diabetes management .I hope I will be able to interest others to join me in this task.
this is hindi for a view /glance .
as the subject is so vast all we can do is to give the patients a glance at proper diabetes management .I hope I will be able to interest others to join me in this task.
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there are 2 big problems in islet cell transplants for curing (see the word CURE )diabetes . 1) lack of sufficent donor is...