Publications by authors named "A Y Abdullahi"

Background: Expanding access to equitable health insurance is an important lever towards the overall strategy for achieving universal health coverage. In Nigeria, health insurance coverage is low with a renewed government action on increasing access to and coverage of high-quality healthcare services to citizens, particularly for the vulnerable and poor population. Therefore, our study co-creates the priorities for expanding health insurance in Nigeria, focusing on key policy reforms, public advocacy, and innovative financing strategies to ensure broader and more equitable coverage for the population.

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The anatomical reorganization required for C photosynthesis should also impact plant hydraulics. Most C plants possess large bundle sheath cells and high vein density, which should also lead to higher leaf capacitance and hydraulic conductance (K). Paradoxically, the C pathway reduces water demand and increases water use efficiency, creating a potential mismatch between supply capacity and demand in C plant water relations.

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Background: The recent introduction of the HPV vaccine into Nigeria's routine immunization schedule has brought parental vaccine hesitancy to the forefront. This cross-sectional study, conducted in Kano State, a region with historically low immunization rates, is crucial in assessing the level of parental hesitancy and uncovering its determinants, potentially informing future public health policies.

Methods: The participants were a representative sample of parents or caregivers of children aged 9-14 years ( = 1071) in Kano State and were selected via a multi-stage sampling method.

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Article Synopsis
  • Petroleum hydrocarbons (PHCs) are natural organic pollutants that contaminate soil and water, making them a significant environmental concern.
  • Traditional remediation methods often fall short, but combining techniques like bioremediation and advanced nanobioremediation offers an effective and eco-friendly solution to reduce petroleum toxins.
  • The review highlights how interaction between metallic nanoparticles, microbes, and plants enhances the cleanup process and discusses challenges and innovative approaches in utilizing these interactions for better PHC remediation.
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