PDF Downloads:
1399
Introduction
Rice is a staple food among more than half of the world population. In many Asian countries, rice makes up more than 50% of the daily calorie intake. The intake of rice has been linked to certain metabolic disorders. It has been linked to the predisposition of type-2 diabetes particularly among Asians.1,2 Within the Asian region, the incidence of diabetes is estimated to increase up to 60% in the year 2025 as compared to 20073. A single serving of white rice has been linked to increased risk of diabetes by up to 11%.1,3 Therefore, to reduce and control the predisposition of metabolic disorders such as type-2 diabetes, dietary management is one of the best methods of treatment.
The quality and quantity of carbohydrates in foodstuffs such as rice varies and affects the body’s glycaemic response (glucose response). The glycaemic index (GI) is a quantitative assessment of foods calculated via glycaemic response4. Foods such as rice can be classified as high GI, medium GI or low GI. High GI foods cause a high and rapid increase in blood sugar levels.5 Consumption of low GI foods, on the other hand, causes slow and lower blood sugar levels5. Rapid rise and longer duration of glucose in the blood is known to cause hormonal and metabolic changes which leads to negative health consequences. Therefore, low GI foods are sought for better control of blood glucose levels, thus better health outcome.
Under normal conditions, blood sugar levels increase after a meal. Insulin is released from the β-cells of the pancreas to facilitate the uptake of the blood glucose into tissues and lowers the remaining glucose in the bloodstream.6 Under abnormal conditions, after a meal, blood glucose may remain high in the bloodstream (as observed in type-2-diabetes patients), which could be caused by an abnormal insulin activity. The latter was mainly caused by practicing poor diet and lack of physical activity.6
However, apart from the quality and quantity of carbohydrates, there are other non-carbohydrate factors of foods that have an impact on GI. One of the factors known to affect the GI in foods is starch quality.7 For example, higher amylose contents in foods lead to lower GI. While higher amylopectin contents in food lead to higher GI. Other factors that may also affect the GI of foods includes the contents of organic acids, amylase inhibitors and gel-forming type of dietary fibre, which contributes to lower GI in foods.7
The glucose response differs based on the food type. The study of GI in food is a very promising area of research due to food diversity across the world. It is very interesting to observe the varieties and investigations of researchers on different kinds of food and meal combinations on GI. Furthermore, the reduction in glycaemic response has been associated with improvements in health indicators for obesity, diabetes.8,9
Rice is considered a medium or high GI food. Since rice is a main staple food and a favourite among adults and children, it is not easy to exclude rice from our everyday diet. A strategic method is to understand how meal combinations can be manipulated to improve the glycaemic indices of these foods. Furthermore, rice is rarely eaten as a standalone meal and is usually co-ingested with a variety of foods depending on the culture and region. The main goal is to consume foods that can produce reduced glucose responses.
In order to achieve a low GI, various rice meal combinations or diets have been tested. Rice meal combinations such as protein-based, fat-based, vegetable or mixed meals have been tested. Protein-based rice meals refer to when rice is co-ingested with protein-rich foods such as chicken, tofu or eggs. Fat-based rice meals refer to when rice is co-ingested with foodstuffs such as various types of oils, butter or margarine such as Ghee. Vegetable-based rice meals refer to when rice is co-ingested with some kinds of vegetables. However, a review of the various mixed meals with rice on GR has not been done. Therefore, the review aims to update the various foods consumed with rice that has shown a positive impact on GR. The rationale of this review is that it is useful for public health researchers and nutritionists concerning foods that are beneficial in reducing the glucose response for health monitoring. This review is also useful for individuals interested in improving their daily diet for better health.
Methodology
This study searched PubMed and ScienceDirect international articles from 2015 to 2020. The articles included in the search were those that include mixed rice meal studies, impact on glycaemic response or index. The selected studies were those that involved healthy participants from various regions. An example of word search in PubMed is “Rice glycaemic index”, “oryza” [MeSH Terms] OR “oryza” [All Fields] OR “rice” [All Fields]) AND “glycaemic” [All Fields])).
Result and Discussion
Several rice meal combinations have been tested, and most of the studies have shown a positive impact on postprandial GR as summarised in Table 1. Legumes play an important part in everyday diets among many nations. Legumes are known to have many nutritional benefits including a source of energy, proteins, high in fibre, polyphenols, vitamins and minerals10,11. Three articles tested the impact of adding legumes to rice meals on the postprandial glucose response. Black beans and chickpeas consumed with rice has a lowering effect on the blood glucose response.12 Ripe bean seeds have positive benefits regarding lowering the blood glucose response.13 A similar study also found that ripe plantain has similar beneficial effects.13 Another study looked at the combination of rice with lentils and showed a positive effect on the postprandial GR in healthy individuals.14 Thus, based on these current evidences, co-ingestion of legumes can help to attenuate postprandial GR.11 One of the possible mechanism was that legumes cause slow carbohydrate absorption.11 Interestingly, in recent years, one of the strategies to reduce the GI of bread used flour-based legume as part of the ingredient to make bread.11,15 Therefore, the consumption of legumes or lentils has beneficial effects on the postprandial GR.
Table 1: Selected studies on rice mixed meals on Glucose Response 2015-2018. Various combinations of varieties of rice and foods were tested. The main categories include protein-based, fat-based and vegetable based meals.
| Meals Type | Author | Type of food mixed and amount | Type of rice /origin of rice | Cooking/Preparation | Observation/ Results |
| Protein-Based/ High-Fibre Diet | 12 | Legumes:black beans (Phaseolus vulgaris L.) chick peas (Cicero arietinum L.) | Long grain white rice (Great Value, Bentonville, AR, USA). | Rice = rice cookerBeans = cans and heated by microwave | Reduced postprandial glucose |
| 13 | Ripe bean seed (Phaseolus vulgaris) – Okada Town, Nigeria | Oryza sativa (Asian rice) | Bean cooked by pressure cooker | Reduced postprandial glucose – but still in the high GI category | |
| 13 | Ripe plantain (Musa paradisiacal)– Okada Town, Nigeria | Oryza sativa (Asian rice) | Fried with groundnut oil | Reduced postprandial glucose- but still in the high GI category | |
| 14 | Lentils | White rice (Selections Long Grain White Rice; Metro Inc., Montreal, Quebec, Canada) | Cooked in rice cooker | Reduced postprandial glucose | |
| Protein-Based Meals | 16 | Chicken | Pilau rice | Chicken curry (thus, containing fat as well) | Pilau alone = 60Pilau with chicken = 41 |
| 17 | Fresh sea bass (Dicentrarchus labrax)Whole eggs (Seng Choon)Soya beancurd (taukwa)Fresh chicken breast meat | White rice (Thai Hom Mali Fragrant Rice) | Steam except eggs was boiled | Rice with soya beancurd showed a statistically significant reduction in glucose response | |
| Fat-Based | 18 | Liquid oil versus oleo gel type of oil | Instant rice porridge (Knorr chicken and mushroom cup porridge; Unilever Singapore Pte. Ltd.) | Postprandial capillary glucose was also significantly lower after the liquid oil than after the oleogel | |
| 19 | 40 g of either saturated fat (SFA, butter), monounsaturated fat (MUFA, olive oil) or polyunsaturated fat (PUFA, grapeseed oil), and 50 g of either low-GI (basmati rice) or high-GI (jasmine rice) | low-GI (basmati rice) or high-GI (jasmine rice) | 50 g of available carbohydrate cooked with 40 g of dietary fat in a rice cooker | iAUCs were significantly lower after ingestion of low-GI than high-GI meals, independent of the type of fat. | |
| 20 | Beef meatballs (100g) (President’sChoice Blue menu lean Italian beef meatballs, Loblaw Companies Limited,Toronto, ON, Canada) | White Basmati Rice (UncleBens white Basmati, Mars, Inc., Houston, TX, USA) | No significant changes to the GR | ||
| 21 | Ghee | White rice (Thai Hom Mali, Brand: NTUC Fairprice, Singapore) | Reduction in postprandial blood glucose | ||
| Soybean oil; Brand: NTUC Fairprice, Singapore)Ghee (clarified butter, Brand: QBB, Queensland, Australia). | Red rice (O. sativa L) (Thai, Brand: NTUC Fairprice, Singapore) | Stir fried with the oils | Reduction in postprandial blood glucose especially using Ghee
|
||
| Vegetable-Based | 22 | 180g low polyphenol mixed vegetables made up of tomato puree and peeled eggplant (Solanum melongena) | White rice | The seven spices used were turmeric (Everest, India), coriander seeds (Everest, India), cumin seeds (Everest, India), dried Indian gooseberry (‘amla’, emblica officinalis, Ramdev, India), cayenne pepper (Robertson’s, South Africa), cinnamon (McCormick’s, USA) and clove (Robertson’s, South Africa) and were mixed in the ratio of 8:4:4:4:2:1:1, | Significant linear dose-response reductions in the 3-h postprandial incremental AUC (iAUC) |
| 22 | Mixed spices, with 90g curry based vegetables (tomato puree, onions, garlic and ginger) and peeled egg plant | ||||
| 22 | Mixed spices with180 g curry based vegetables (tomato puree, onions, garlic and ginger) | ||||
| 23 | Indian curry dish – Mixed Vegetable spices | Thai Hom Mali rice | (5:2:1:1) balanced for total vegetables content using 90 g of peeledeggplantThe sevenspices used were turmeric (Everest, India), coriander seeds (Everest, India), cumin seeds (Everest, India), dried Indiangooseberry (‘amla’, emblica officinalis, Ramdev, India),cayenne pepper (Robertson’s, South Africa), cinnamon (McCormick’s, USA) and clove (Robertson’s, South Africa)and were mixed in the ratio of 8:4:4:4:2:1:1 | Reductions inthe 3-h postprandial incremental AUC (iAUC) for glucose of 19% | |
| 23 | 12 g mixed spicesplus 180 g curry base vegetables | Thai Hom Mali rice | Curry base vegetables made up of tomato puree, onions, garlic and gingerThe seven spices used were turmeric (Everest, India), coriander seeds (Everest, India), cumin seeds (Everest, India), dried Indian gooseberry (‘amla’, emblica officinalis, Ramdev, India), cayenne pepper (Robertson’s, South Africa), cinnamon(McCormick’s, USA) and clove (Robertson’s, South Africa) and were mixed in the ratio of 8:4:4:4:2:1:1 | linear dose–response reductions inthe 3-h postprandial incremental AUC (iAUC) for CGM glucose of 32% | |
| 24 | Tested on non-homogenised and homogenised vegetablesConsist of pakchoi, cauliflower and egg plant | Long fragrant white rice | Cooked vegetables were prepared byeither boiling or steaming.Raw/cooked vegetables were omogenized using a blender. | Non-homogenised low-fat cooked vegetables were shown to reduce the postprandial GR more effectively | |
| Mixed- Meal | 25 | Salmon, carrot and herb sauce combination | Parboiled long-grain rice (HarlemFoods AS, Oslo, Norway) | Rice wascooked for 20 min in one part rice two parts water.Salmon was minced.Carrots were drainedand minced.Salmon and carrots were made paste-like consistency | Lowered glycemic reponse compared to rice alone |
Several studies examined the impact on protein-based meals with rice on GR. One of the studies showed that the intake of chicken with white rice can reduce the postprandial GR compared to consuming white rice alone.16 In this study, the chicken was prepared in a curry sauce. Another study also tested steamed chicken with rice, which also shows a reduction in GR 17. A later study compared the various types of proteins such as eggs, bean curd, and steam chicken and fresh sea bass on postprandial GR when consumed with white rice. It showed that a statistically significant reduction in GR was found for the rice meals consumed with bean curd.17 Thus, irrespective of the way the chicken was prepared, it has a positive impact on lowering the postpandrial GR. Regarding a low carbohydrate and high protein type of foods such as egg, a recent study has reported that its consumption during bedtime snacks, resulted in a low fasting blood glucose the next morning.26 This provided more clues in terms of the beneficial effect of protein-based meals in controlling our blood sugar level.
Several studies have also looked at the impact of postprandial GR consuming rice with fat-based meals. One of the studies has shown that the physical form or type of fats affects the outcome of the GR. In this study, liquid gel works better than oleo gel type of fat in terms of causing the reduction in postprandial GR.27 Sun L., et al attempted to test the different types of fats quality (saturated fat, monounsaturated fat, or polyunsaturated fat) with either low GI (basmati rice) or high GI (jasmine rice)19. However, the type of fats did not change the value of the GI of either low or high GI rice as tested.19 Rice meals with beef had no impact on the GR.20 In a recent study involving Type-1 diabetes adults, has reported that the addition of dietary fat in the form of extra virgin olive oil to low-fat meals did not show any lowering effect to the 3-hour postprandial blood glucose response among diabetic patients.28 In the same study, reported that the addition of the olive oil to a high energy-dense meal such as pasticcio (creamy, cheesy baked pasta) dish resulted in a sustained increase of the postprandial blood glucose.28 Therefore, the study reports on fat-based meal effects on postprandial GR, so far seem to be inconclusive and still requires more investigation.
Latest reports have shown that vegetable-based meals resulted in an increase in the secretion of blood postprandial hormones, incretin and insulin 29. Which suggests vegetable-based meals can potentially help improve the functionality of beta cells in releasing insulin among Type-2 Diabetes patients.29 Haldar., et al examined at the impact of vegetable-based meals and various spices consumed together with rice 22 and a positive impact of the postprandial GR was observed. Another study by Haldar., et al also reported that the consumption of polyphenol-rich curry made with various spices and vegetables produced a lowering effect on postprandial GR.23 The two studies by Haldar., et al, tested mainly vegetable-meal based cooked in curry style. In a recent study, has shown that preparation and type cooking of the vegetables also has an impact on the postprandial GR.24 It has been demonstrated that non-blended low-fat cooked vegetables were shown to reduce the postprandial GR more effectively compared to blended vegetables.24 One of the explanations for this could be because vegetable, in its full form, promotes longer chewing and eating time, which previously has been associated with reduced postprandial GR.24 Apart from that, the presence of polyphenol and dietary fibre in vegetable also plays an important role in affecting the glycemic control as well. Polyphenol for instance, has been associated with improvement in diabetic disease management. However, there was an issue with the low bioavailability of these compounds.30 A recent study suggested the use of encapsulations of the polyphenol in in-vitro studies but has not been tested in humans.30
Therefore, vegetable-based meal helps in terms of controlling the GR, which is beneficial for diabetic patients. Previous reports has shown that, practice of plant-based diet helps to reduce medication needs among diabetic patients.31 Currently, the first randomised clinical trial via lifestyle intervention, i.e. incorporation of vegetable-based diet and active lifestyle is being tested in the Republic of the Marshall Islands.32 The outcome of this clinical trial was hoped to be published after the study completion.
Other Interesting Findings
Several types of foods have positive benefits in controlling the blood glucose levels. Several studies have also reported interesting rice meal combinations and manipulations which have shown to have a positive impact on the blood glucose levels. One study reported an early phase results on the benefit of taking BT1320 tablets before taking rice meals on blood glucose levels.33 This was the most recent study that reported the use of tablets or food supplements on the control of blood GR. Other studies reported the benefits of the chicken essence when co-ingested with white rice.34 Another interesting finding is the addition of oatmeal to rice porridge meals has a positive impact on the postprandial GR.35,36 Regarding the rice porridge preparation, the addition of leaf extracts of Scoparia dulcis has helped to improve the fasting blood glucose.37 Current evidence has shown that oat beta glucan (OBG) to carbohydrate-containing meals reduces the postprandial GR.36,38 This observation, however, was dose-dependent as well as depending on the molecular weight of the beta glucan.38 A latest report has shown that the way the oats is being processed also have a significant impact on producing the extent of glycaemic response. Mildly processed oats, i.e. steel-cut oats resulted in a much lower glucose iAUC compared to highly processed oats such as Honey Nut Cheerios (HNC).39 The addition of dried fruit taken together with rice meals also has a beneficial effect on reducing the postprandial GR.40 The combination of kiwi fruit with rice compared to rice alone were also found to be able to lower postprandial GR.41
Conclusion
Several types of rice meal combinations have been tested, and most of the studies have shown positive impacts on postprandial GR. Protein-based rice meals and vegetable-based rice meals are sought – as shown in some of the selected studies. More work to be done for the fat-based rice meals, as not much evidence are available at the moment. The key findings of this review are any type of rice (white rice, basmati rice, long grain or red rice) has shown to have a beneficial outcome on postprandial GR when consumed with the meals tested. Most of the foods listed in this review are readily available in many parts of the world. This means access to these foods is easy and advocating its consumption is essential. Diversification regarding style or intake of rice across the globe depends on culture and tradition. The usage of pharmacological tablets such as BT1320 has also recently emerged, but more investigation is needed. On top of meals combinations, a recent study has also shown that meal intake sequence is another possible strategy in achieving a good glycemic control.42 Recent studies emerged that certain types of beverage, such as green tea and lemon drinks, have been reported to have a positive impact on controlling the postprandial GR as well.43
Apart from that, there is also a need for tailored individual meals planning due to the variability in response to various dietary components.44 Furthermore, understanding GI and its impact on health, particularly diabetes and heart diseases, will help reduce the needs for medical care costs and thus, the intake of medications. It will also be more cost-effective and improve general well-being and health.
Funding Sources
The author has received a grant under the Competitive Research Grant (CRG) by the Universiti Brunei Darussalam. The author (SRA) is as the Principal Investigator for the grant. Grant number is UBD/OAVCRI/CRGWG (019)/18030.
Conflict of Interest
The author(s) declares no conflict of interest.
References
- Aune D, Norat T, Romundstad P, Vatten LJ. Whole grain and refined grain consumption and the risk of type 2 diabetes: a systematic review and dose-response meta-analysis of cohort studies. European journal of epidemiology. Nov 2013;28(11):845-858.
CrossRef - Hu EA, Pan A, Malik V, Sun Q. White rice consumption and risk of type 2 diabetes: meta-analysis and systematic review. BMJ (Clinical research ed.). Mar 15 2012;344:e1454.
CrossRef - Chan JC, Malik V, Jia W, et al. Diabetes in Asia: epidemiology, risk factors, and pathophysiology. Jama. May 27 2009;301(20):2129-2140.
CrossRef - Wolever TM, Jenkins DJ. The use of the glycemic index in predicting the blood glucose response to mixed meals. The American journal of clinical nutrition. Jan 1986;43(1):167-172.
CrossRef - Brouns F, Bjorck I, Frayn K, et al. Glycaemic index methodology. Nutrition research reviews. 2005;18(1):145-171.
CrossRef - Khalique AAN. Molecular Basis of Blood Glucose Regulation. Leszek Szablewski: IntechOpen.
- Arvidsson-Lenner R, Asp N-G, Axelsen M, et al. Glycaemic index. Scandinavian Journal of Nutrition. 2004;48(2):84-94.
CrossRef - Boers HM, Seijen Ten Hoorn J, Mela DJ. A systematic review of the influence of rice characteristics and processing methods on postprandial glycaemic and insulinaemic responses. The British journal of nutrition. Oct 14 2015;114(7):1035-1045.
CrossRef - Narayanan J, Sanjeevi V, Rohini U, Trueman P, Viswanathan V. Postprandial glycaemic response of foxtail millet dosa in comparison to a rice dosa in patients with type 2 diabetes. The Indian journal of medical research. Nov 2016;144(5):712-717.
CrossRef - Singh B, Singh JP, Kaur A, Singh N. Phenolic composition and antioxidant potential of grain legume seeds: A review. Food research international (Ottawa, Ont.). Nov 2017;101:1-16.
CrossRef - Stamataki NS, Yanni AE, Karathanos VT. Non-cereal ingredients for the attenuation of glycaemic response to bread: a review of the clinical evidence. Food & function. 2016;7(7):2926-2936.
CrossRef - Winham DM, Hutchins AM, Thompson SV. Glycemic Response to Black Beans and Chickpeas as Part of a Rice Meal: A Randomized Cross-Over Trial. Nutrients. Oct 4 2017;9(10).
CrossRef - Omage K, Omage SO. Evaluation of the glycemic indices of three commonly eaten mixed meals in Okada, Edo State. Food science & nutrition. Jan 2018;6(1):220-228.
CrossRef - Moravek D, Duncan AM, VanderSluis LB, et al. Carbohydrate Replacement of Rice or Potato with Lentils Reduces the Postprandial Glycemic Response in Healthy Adults in an Acute, Randomized, Crossover Trial. The Journal of nutrition. Apr 1 2018;148(4):535-541.
CrossRef - Lanzerstorfer P, Rechenmacher E, Lugmayr O, Stadlbauer V, Höglinger O, Vollmar A. Effects of various commercial whole-grain breads on postprandial blood glucose response and glycemic index in healthy subjects. Austin J Clin Med. 2018;5(1):1031.
- George R, Garcia AL, Edwards CA. Glycaemic responses of staple South Asian foods alone and combined with curried chicken as a mixed meal. Journal of human nutrition and dietetics : the official journal of the British Dietetic Association. Jun 2015;28(3):283-291.
CrossRef - Quek R, Bi X, Henry CJ. Impact of protein-rich meals on glycaemic response of rice. The British journal of nutrition. Apr 14 2016;115(7):1194-1201.
CrossRef - Tan SY, Peh E, Siow PC, Marangoni AG, Henry CJ. Effects of the physical-form and the degree-of-saturation of oil on postprandial plasma triglycerides, glycemia and appetite of healthy Chinese adults. Food & function. Dec 13 2017;8(12):4433-4440.
CrossRef - Sun L, Tan KWJ, Lim JZ, Magkos F, Henry CJ. Dietary fat and carbohydrate quality have independent effects on postprandial glucose and lipid responses. European journal of nutrition. Feb 2018;57(1):243-250.
CrossRef - Akilen R, Deljoomanesh N, Hunschede S, et al. The effects of potatoes and other carbohydrate side dishes consumed with meat on food intake, glycemia and satiety response in children. Nutrition & diabetes. Feb 15 2016;6:e195.
CrossRef - Kaur B, Ranawana V, Teh AL, Henry CJ. The Glycemic Potential of White and Red Rice Affected by Oil Type and Time of Addition. Journal of food science. Oct 2015;80(10):H2316-2321.
CrossRef - Haldar S, Chia SC, Henry CJ. Polyphenol-rich curry made with mixed spices and vegetables increases postprandial plasma GLP-1 concentration in a dose-dependent manner. European journal of clinical nutrition. Feb 2018;72(2):297-300.
CrossRef - Haldar S, Chia SC, Lee SH, et al. Polyphenol-rich curry made with mixed spices and vegetables benefits glucose homeostasis in Chinese males (Polyspice Study): a dose–response randomized controlled crossover trial. European journal of nutrition. 2019;58(1):301-313.
CrossRef - Zhu R, Liu M, Han Y, et al. Acute effects of non-homogenised and homogenised vegetables added to rice-based meals on postprandial glycaemic responses and in vitro carbohydrate digestion. British Journal of Nutrition. 2018;120(9):1023-1033.
CrossRef - Ballance S, Knutsen SH, Fosvold ØW, Fernandez AS, Monro J. Predicting mixed-meal measured glycaemic index in healthy subjects. European journal of nutrition. 2019;58(7):2657-2667.
CrossRef - Abbie E, Francois ME, Chang CR, Barry JC, Little JP. A low-carbohydrate protein-rich bedtime snack to control fasting and nocturnal glucose in type 2 diabetes: A randomized trial. Clinical Nutrition. 2020/03/13/ 2020.
CrossRef - Tan SY, Peh E, Lau E, Marangoni AG, Henry CJ. Physical Form of Dietary Fat Alters Postprandial Substrate Utilization and Glycemic Response in Healthy Chinese Men. The Journal of nutrition. Jun 2017;147(6):1138-1144.
CrossRef - Papakonstantinou E, Papavasiliou K, Maouri C, et al. Postprandial glucose response after the consumption of three mixed meals based on the carbohydrate counting method in adults with type 1 diabetes. A randomized crossover trial. Clinical nutrition ESPEN. 2019;31:48-55.
CrossRef - Kahleova H, Tura A, Klementova M, et al. A plant-based meal stimulates incretin and insulin secretion more than an energy-and macronutrient-matched standard meal in type 2 diabetes: a randomized crossover study. Nutrients. 2019;11(3):486.
CrossRef - Annunziata G, Jiménez-García M, Capó X, et al. Microencapsulation as a tool to counteract the typical low bioavailability of polyphenols in the management of diabetes. Food and Chemical Toxicology. 2020/05/01/ 2020;139:111248.
CrossRef - Storz MA. Reduced Diabetes Medication Needs With a Plant-Based Diet. Journal of the American College of Nutrition. 2016:1-4.
- Davis B, Jamshed H, Peterson CM, et al. An Intensive Lifestyle Intervention to Treat Type 2 Diabetes in the Republic of the Marshall Islands: Protocol for a Randomized Controlled Trial. Frontiers in nutrition. 2019;6:79.
CrossRef - Luke DR, Lee KKY, Rausch CW, Cheng C. Phase 1 Study of the Pharmacology of BTI320 Before High-Glycemic Meals. Clinical pharmacology in drug development. Jun 5 2018.
CrossRef - Soong YY, Lim J, Sun L, Henry CJ. Effect of co-ingestion of amino acids with rice on glycaemic and insulinaemic response. The British journal of nutrition. Dec 14 2015;114(11):1845-1851.
CrossRef - Wolever TMS, van Klinken BJ, Spruill SE, Jenkins AL, Chu Y, Harkness L. Effect of serving size and addition of sugar on the glycemic response elicited by oatmeal: A randomized, cross-over study. Clinical nutrition ESPEN. Dec 2016;16:48-54.
CrossRef - Wolever TM, Jenkins AL, Prudence K, et al. Effect of adding oat bran to instant oatmeal on glycaemic response in humans–a study to establish the minimum effective dose of oat β-glucan. Food & function. 2018;9(3):1692-1700.
CrossRef - Senadheera SP, Ekanayake S, Wanigatunge C. Anti-hyperglycaemic effects of herbal porridge made of Scoparia dulcis leaf extract in diabetics – a randomized crossover clinical trial. BMC complementary and alternative medicine. Nov 19 2015;15:410.
CrossRef - Zurbau A, Noronha J, Khan T, Sievenpiper J, Wolever TM. Oat Beta-Glucan and Postprandial Blood Glucose Regulation: A Systematic Review and Meta-Analysis of Acute, Single-Meal Feeding, Controlled Trials. Current Developments in Nutrition. 2020;4(Supplement_2):677-677.
CrossRef - Wolever TM, Johnson J, Jenkins AL, Campbell JC, Ezatagha A, Chu Y. Impact of oat processing on glycaemic and insulinaemic responses in healthy humans: a randomised clinical trial. The British journal of nutrition. 2019;121(11):1264-1270.
CrossRef - Zhu R, Fan Z, Dong Y, Liu M, Wang L, Pan H. Postprandial Glycaemic Responses of Dried Fruit-Containing Meals in Healthy Adults: Results from a Randomised Trial. Nutrients. May 30 2018;10(6).
CrossRef - Lubransky A, Monro J, Mishra S, Yu H, Haszard JJ, Venn BJ. Postprandial glycaemic, hormonal and satiety responses to rice and kiwifruit preloads in Chinese adults: A randomised controlled crossover trial. Nutrients. 2018;10(8):1110.
CrossRef - Nayeem J, Kamaluddin S, Chowdhury HA, Ali L. Technical accuracy of ten self-monitoring blood glucose devices commonly used in Dhaka City of Bangladesh. international journal of diabetes in developing countries. 7/1/2019 2019;39(3):579-584.
CrossRef - Ávila F, Jiménez-Aspee F, Cruz N, Gómez C, González MA, Ravello N. Additive effect of maqui (Aristotelia chilensis) and lemon (Citrus x limon) juice in the postprandial glycemic responses after the intake of high glycemic index meals in healthy men. NFS Journal. 2019/12/01/ 2019;17:8-16.
CrossRef - Hooper J. Beyond Insulin to Carb Ratio-The Impact of Dietary Fat and Protein on Postprandial Glycemia and Implications for Mealtime Dosing in Patients with Type 1 Diabetes. 2019.
This work is licensed under a Creative Commons Attribution 4.0 International License.
