Page 57 - FoodFocusThailand No.189 December 2021
P. 57

STRATEGIC R & D


                     Consumption Pattern Consumption pattern   that the links between gut microbiota, nutrition, and reactions between genes and foods
                  is one of the factors to be considered in addition   can affect the components and diversity of gut microbiota. Hence, gut microbiota need to
                  to genetics. It is associated with the study of the   be taken into account when it comes to the preparation of personalized nutrition.
                  relationship between food consumption and   Various branches of knowledge and information, including genetics, consumption pattern,
                  metabolic effects, such as physiological   consumption behavior, physical activity, gut microbiota, and measurement of energy
                  components, insulin sensitivity, and lipoprotein   expenditure during active and inactive moments, are necessary for the designing of
                  patterns. Since a regular consumption pattern can   personalized nutrition and the fulfillment of its main objective: to prevent NCDs, which is a
                  help identify the overall energy and nutrition intake   public health problem that is closely related to the health and economy of the world’s
                  of an individual, personalized nutrition should also   population.
                  include follow-up procedure, such as the photo
                  report of a meal sent via smartphone and the
                  calorie calculation for each meal by a special
                  application.                                             More Information        Service Info C011
                     Consumption  Behavior  Consumption
                  behavior, also an important factor, is found to be
                  correlated with the biological clock. A study on the
                  relationship between mealtime, genetic
                  predisposition, and weight loss revealed that the
                  participants  with  a  specific  genetic  trait  who
                  consumed lunch at 3 p.m. lost more weight than
                  the participants who were allowed to have lunch
                  before 3 p.m. Frequent consumption of snacks
                  was also  found to  be correlated with certain
                  genetic makeups, higher stress levels, and
                  heightened loss of interest in staple foods. The
                  study also revealed that to improve the incidence
                  of obesity or NCDs through personalized nutrition,
                  an additional  factor that must  be taken into
                  consideration is the consumption behavior, which
                  should be in sync with the biological clock as well
                  as food components of each meal.
                     Physical Activity Physical activity is also a
                  key factor for an effective personalized nutrition.
                  Inactive lifestyle and continuous lack of physical
                  movement, such as prolonged sitting in front of a
                  television, can increase the risk for coronary artery
                  disease and type 2 diabetes. Some patients may
                  suffer from certain negative reactions, such as
                  decrease in HDL, hypertension, and increase in
                  triglycerides. Hence, physical activity is crucial
                  and needs to be considered for effective
                  personalized nutrition.
                     Gut Microbiota Gut microbiota are another
                  distinctive factor for personalized nutrition
                  because their components and diversity constitute
                  risk factors for the development of NCDs, such
                  as type 2 diabetes and coranary artery disease.
                  They can be used as a predictive indicator for
                  potential reactions to glucose after meal
                  consumption.  There are both benign and
                  malignant types of gut microbiota. For example,
                  a high amount of the Eubacterium rectale will be
                  beneficial to the body, while a high concentration
                  of the malignant Parabacteroides distasonis will
                  generate adverse effects. The dietary planning
                  that aims at minimizing the risk factors for NCDs,
                  therefore, should include an increase in fruit and
                  vegetable consumption to promote the colonization
                  of benign gut microbiota. Additionally, it is revealed

                                                                                                  DEC   2021 FOOD FOCUS THAILAND  57


                                                                                                                    19/11/2564 BE   16:26
         54-57_Strategic R&D_�.����.indd   57                                                                       19/11/2564 BE   16:26
         54-57_Strategic R&D_�.����.indd   57
   52   53   54   55   56   57   58   59   60   61   62