Marked increases in fructose consumption have been tightly linked to metabolic diseases.
One-third of ingested fructose is metabolized in the small intestine, but the underlying …

Objective The special status accorded to elite athletes stems from their uncommon genetic
potential to excel in world-class power sports (PS). Genetic polymorphisms have been …

Background The reported association between an insertion/deletion (I/D) polymorphism in
the angiotensin-converting enzyme (ACE) gene and the risk for acute lung injury (ALI)/acute …

Background Genetics plays a role in determining potential for athletic ability (AA) and sports
performance (SP). In this study, AA involves comparing sedentary controls with competitive …

Background Tendons and ligaments are common sites of musculoskeletal injuries especially
during physical activity. The multifactorial etiology of tendon-ligament injury (TLI) includes …

The multifactorial pathogenesis of severe malaria is partly attributed to host genes, such as
those encoding cytokines involved in complex inflammatory reactions, namely tumor necrosis …

… Two investigators (PT1: indicates Parinda Tasanarong which differs from Phuntila Tharabenjasin
(PT2) and NP) independently extracted data and arrived at a consensus. The following …

Excessive fructose consumption inhibits adaptive increases in intestinal Ca 2+ transport in
lactating and weanling rats with increased Ca 2+ requirements by preventing the increase in …

Objectives: Reported associations of the cannabinoid receptor 1 (CNR1) single nucleotide
polymorphisms (SNPs) with alcohol dependence (AD) have been inconsistent, prompting a …

Fructose consumption by Americans has increased markedly, whereas Ca 2+ intake has
decreased below recommended levels. Because fructose metabolism decreases enterocyte …