Scientific research in the field of controlling obesity, weight gain, childhood obesity, diabetes, adipose tissue fat-storage, Ghrelin, Lipoprotein Lipase, Leptin, Adiponectin, blood glucose and insulin-driven mechanisms, and in the field of taste-receptor-modulated messages directed at eliciting a response from the Prefrontal Cortex, Dopamine D-2 Receptors, serotonin and the hunger neurons in humans as well as in the field of monitoring cephalic responses of the human body, enhancing and/or blunting early phase insulin secretion, and directing Dopamine D-2 Receptor mechanisms in human body to achieve energy homeostasis via orally ingested agents

'-2':52,86 'achiev':93 'adiponectin':23 'adipos':14 'agent':99 'and/or':76 'blood':24 'blunt':77 'bodi':74,91 'cephal':69 'childhood':11 'control':7 'cortex':49 'd':51,85 'diabet':13 'direct':41,83 'dopamin':50,84 'driven':29 'earli':78 'elicit':43 'energi':94 'enhanc':75 'fat':17 'fat-storag':16 'field':5,34,66 'gain':10 'ghrelin':19 'glucos':25 'homeostasi':95 'human':60,73,90 'hunger':57 'ingest':98 'insulin':28,80 'insulin-driven':27 'leptin':22 'lipas':21 'lipoprotein':20 'mechan':30,88 'messag':40 'modul':39 'monitor':68 'neuron':58 'obes':8,12 'oral':97 'phase':79 'prefront':48 'receptor':38,53,87 'research':2 'respons':45,70 'scientif':1 'secret':81 'serotonin':54 'storag':18 'tast':37 'taste-receptor-modul':36 'tissu':15 'via':96 'weight':9 'well':62

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