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Body
of Research
Human In Vivo Clinical Research & Trials |
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Anti-Carbohydrate
properties, clinical studies, and metabolic effects in humans.
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Low
Glycemic Responses to specific Anti-Carbohydrate Fruit Sweeteners;
Human In Vivo Clinical Trials. |
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Blood
glucose effect of sugars, sweeteners and carbohydrates, circulating
adiponectin (ACRP30), metabolic syndrome and sweeteners, genetic
mutations in the leptin gene, adipocyte glucose metabolism,
decreased glucose-induced thermogenesis (DGIT), circulating
C peptide concentrations and insulin resistance, substrate
utilization of carbohydrates and sweeteners. |
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The
Insulin-Leptin-Ghrelin relationship in energy metabolism,
improvement of glucose tolerance in type 2 diabetics in response
to acute catalytic low-dose fruit glycosides, muscle glycogen
and carbohydrates, Liporotein Lipase (LPL) and sugars. |
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Fruit
Glycosides that do not trigger adipose tissue fat-storage,
diabetes, or insulin resistance in humans, pathogenesis of
obesity and Diet-Induced-Thermogenic (DIT) agents in humans. |
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Thermogenic
and fat-storing response of carbohydrates, sugars and sweeteners,
stimulation of fat-storing enzymes in humans, Brown Adipose
Tissue (BAT) and thermogenesis, internal vs DIT thermogenesis,
thermogenic capacity of cells and tissues. |
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UCP
in mitochondria, Resistin, lipolytic actions in humans, appestat
centers of the brain, identification and reduction of fat
cell mass in humans, caloric conversion info fat cells, human
genetic code related to deposition of adipose tissue body
fat, N.E.A.T., fat thermostat in humans, hypothalamus-related
fat-storage, cellular level thermogenesis, caffeine and DIT. |
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Methods
for buffering caffeine to eliminate fat-storage in fat cells,
caffeine thermogenesis, LPL gatekeepers for fat-storage in
the fat cell, chromium and thermogenesis, chocolate and Serotonin-response
in human female population. |
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Agents
that activate Serotonin, high-protein diets and reduced thermogenesis,
aging and adipose tissue fat accumulation, adipocyte lineage,
regulation of beta-3-adrenoceptor expression in white vs brown
fat cells. |
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