Publications by authors named "I Fengler"

The effect of filtering face piece grade 2 (FFP2) masks for infection prevention is essential in health care systems; however, it depends on supply chains. Efficient methods to reprocess FFP2 masks may be needed in disasters. Therefore, different UV-C irradiation schemes for bacterial decontamination of used FFP2 masks were investigated.

View Article and Find Full Text PDF

It is yet unclear whether congenitally deaf cochlear implant (CD CI) users' visual and multisensory emotion perception is influenced by their history in sign language acquisition. We hypothesized that early-signing CD CI users, relative to late-signing CD CI users and hearing, non-signing controls, show better facial expression recognition and rely more on the facial cues of audio-visual emotional stimuli. Two groups of young adult CD CI users-early signers (ES CI users; n = 11) and late signers (LS CI users; n = 10)-and a group of hearing, non-signing, age-matched controls (n = 12) performed an emotion recognition task with auditory, visual, and cross-modal emotionally congruent and incongruent speech stimuli.

View Article and Find Full Text PDF

Emotions are commonly recognized by combining auditory and visual signals (i.e., vocal and facial expressions).

View Article and Find Full Text PDF

Several studies have suggested that neuroplasticity can be triggered by short-term visual deprivation in healthy adults. Specifically, these studies have provided evidence that visual deprivation reversibly affects basic perceptual abilities. The present study investigated the long-lasting effects of short-term visual deprivation on emotion perception.

View Article and Find Full Text PDF
Article Synopsis
  • Several studies indicate that losing a sense from birth can disrupt how we process multiple senses together, especially if certain developmental windows are missed.
  • This study focused on individuals who received cochlear implants at different ages to see how their multisensory abilities were affected.
  • Results showed that while both groups of deaf CI recipients could integrate sound and touch, those who were congenitally deaf responded slower compared to hearing controls, hinting that early sensory loss might alter how their brains process multisensory information even after gaining hearing.
View Article and Find Full Text PDF