Publications by authors named "W Ismail"

Effective wound healing requires biocompatible and functional wound dressings. This study explores the synergistic potential of gellan gum (GG), known for its exceptional gel-forming abilities, and acacia stingless bee honey (SBH), for its potent antioxidant properties, in developing advanced wound care solutions. GG hydrogel films incorporated with varying concentrations of SBH (v/v) at 10 % (GGSBH10), 15 % (GGSBH15), and 20 % (GGSBH20) were characterized.

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Attributable burden of disease estimates reported population-wide do not reflect social disparities in exposures and outcomes. This makes one of the influential scientific tools in public health decision-making insensitive to the distribution of health impacts between socioeconomic groups. Our aim was to use the often-overlooked distributive property of the population attributable fraction (PAF) to quantitatively partition the population burden attributed to know risk factors into subgroups defined by their socioeconomic position (SEP).

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stingless bee propolis extract is known for its diverse bioactive compounds, making it a potential natural shield against UV radiation. This research assesses the photoprotective potential of crude ethanol extract from propolis collected from four structures (involucrum, pillar, pot, and entrance) of five bee hives (H1-H5), totalling 20 samples. Initially, the samples underwent testing for SPF value and UV absorption spectra.

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Article Synopsis
  • Restoring nerve injury in humans is challenging, especially in the central nervous system (CNS), where factors like glial scars hinder regeneration compared to the peripheral nervous system (PNS), which relies on Schwann cells for support.
  • Unlike humans, some species like axolotls and planarians can regenerate their nervous systems thanks to abundant pluripotent stem cells that can differentiate into various cell types.
  • Understanding the molecular pathways of these regenerating species may provide insights and new strategies for improving nerve regeneration therapies in humans.
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