Publications by authors named "A K Pramanick"

Despite significant advances in bioprinting technology, current hardware platforms lack the capability for process monitoring and quality control. This limitation hampers the translation of the technology into industrial GMP-compliant manufacturing settings. As a key step towards a solution, we developed a novel bioprinting platform integrating a high-resolution camera formonitoring of extrusion outcomes during embedded bioprinting.

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Article Synopsis
  • The study focuses on preventing early childhood caries (ECC), a common disease in kids, by empowering parents with technology-enabled support to improve their children's diets and oral hygiene practices.
  • Participants will include mother-child pairs from Singapore who will either receive traditional educational materials or attend online sessions designed to enhance parental involvement and support; various assessments will track the incidence of caries and other related outcomes.
  • With ethical approval in place, the study aims to publish its findings in peer-reviewed journals, contributing valuable insights on the effectiveness and cost-effectiveness of the intervention.
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Fog causes enhancement of bacterial loading in the atmosphere. Current study represents the impact of occurrences of fog on the alteration of diversity of airborne bacteria and their network computed from metagenomic data of airborne samples collected at Arthauli (25.95°N, 85.

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Biopolymer microgels present many opportunities in biomedicine and tissue engineering. To understand their behavior in therapeutic interventions, long-term monitoring is critical, which is usually achieved by incorporating fluorescent materials within the hydrogel matrix. Current research is limited due to issues concerning the biocompatibility and instability of the conventional fluorescent species, which also tend to adversely affect the bio-functionality of the hydrogels.

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The fundamental principles that govern antiferroelectric (AFE)-ferroelectric (FE) transitions are not well understood for many solid solutions of perovskite compounds. For example, crystal chemical considerations based on the average Goldschmidt tolerance factor or ionic polarizability do not precisely predict the boundary between the AFE and FE phases in dilute solid solutions of alkali niobates, such as KNaNbO ( ≤ 0.02).

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