One and only SNARC? Spatial-Numerical Associations are not fully flexible and depend on both relative and absolute number magnitude.

Numbers are associated with space, but it is unclear how flexible these associations are. We investigated whether the SNARC effect (Spatial-Numerical Association of Response Codes; Dehaene . 1993 .

Repair of Microperforate Hymen.

Objective: Subocclusive variants of the hymen are a group of hymenal anomalies that result due to a failure of canalization of the urogenital sinus. One of these variations is the microperforate hymen, for which accurate incidence is unknown. Microperforate hymen is a non-obstructing variation that allows for menstrual egress and often patients present due to inability to use a tampon.

Centenarians-the way to healthy vascular ageing and longevity: a review from VascAgeNet.

The prevalence of centenarians, people who lived 100 years and longer, is steadily growing in the last decades. This exceptional longevity is based on multifaceted processes influenced by a combination of intrinsic and extrinsic factors such as sex, (epi-)genetic factors, gut microbiota, cellular metabolism, exposure to oxidative stress, immune status, cardiovascular risk factors, environmental factors, and lifestyle behavior. Epidemiologically, the incidence rate of cardiovascular diseases is reduced in healthy centenarians along with late onset of age-related diseases compared with the general aged population.

One direction? Cultural aspects of the mental number line beyond reading direction.

Spatial-Numerical Associations (SNAs) refer to the demonstrations of spatial processing of numbers. The Mental Number Line (MNL) is a representation model describing numbers as aligning left-to-right (LR) and was suggested to account for directional biases in participants' responses during numerical tasks. One common behavioral demonstration of this is the Spatial-Numerical Associations of Response Codes (SNARC) effect, which describes faster left-/right-hand responses to smaller/larger numbers, respectively.

Temporal resolution trumps spectral resolution in UAV-based monitoring of cereal senescence dynamics.

Background: Senescence is a complex developmental process that is regulated by a multitude of environmental, genetic, and physiological factors. Optimizing the timing and dynamics of this process has the potential to significantly impact crop adaptation to future climates and for maintaining grain yield and quality, particularly under terminal stress. Accurately capturing the dynamics of senescence and isolating the genetic variance component requires frequent assessment as well as intense field testing.