Here we focus on the RSC and the postrhinal cortex (POR; homologous with parahippocampal cortex (PHC) in primates), two of the most strongly interconnected components of the where pathway and the foci of an increasing amount of recent research.
In addition to the health benefits associated with increasing physical activity, recent research suggests that limiting the amount of time spent sedentary may also improve cardiometabolic health [ 8].
In recent research, increasing attention has been paid to the emotional dysregulation that can result from childhood abuse experiences (Gratz et al. 2009).
Recent research increases the pressure for researchers to do RCTs, if at all possible, when evaluating beneficial effects of treatments.
Further, recent research suggests increased amygdala activity to threatening faces in individuals high in personality traits characterized by elevated levels of negative emotionality [44].
The levels of APP protein and APP mRNA in AD cases versus control has been reported in the past with conflicting results, but more recent research indicates increased levels of APP and APP-CTFs in sporadic AD brains [23], [24], [25], [26].
Recent research has increased understanding of how aromatase is regulated by tissue-specific promoters [ 59] and how genetic variation may affect the pathophysiology of estrogen-dependent disease [ 60].
Recent research has increased the emphasis on tight metabolic control as several large intervention studies have indicated maintaining good metabolic control can delay or prevent the progression of complications associated with diabetes [ 2- 5].
Recent research has increased the genetic and genomic resources for melon [ 7], such as the sequencing of ESTs [ 8, 9], the construction of BAC libraries [ 10, 11], the development of an oligo-based microarray [ 12], the production of melon mutation libraries for TILLING analyses [ 13, 14] or the development of a collection of near isogenic lines (NILs) [ 15].
The results of recent research suggests that increased quadriceps strength, combined with increased knee laxity and no accompanying hamstring strength development during the adolescent growth spurt in girls, might contribute to a decrease in their knee joint stability during landing tasks.
