Vinod K. Aswal
Bhabha Atomic Research Centre
641 Papers
3.7K Citations
Vinod K. Aswal is an academic researcher from Bhabha Atomic Research Centre. The author has contributed to research in topics: Micelle & Small-angle neutron scattering. The author has an hindex of 46, co-authored 556 publications. Previous affiliations of Vinod K. Aswal include Paul Scherrer Institute & Indian Institute of Science.
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Papers
Butanol solubilization in aqueous F127 solution: investigating the enhanced micellar solvation and consequent improvement in gelation characteristics.
Paresh Parekh,Jahar Dey,Sanjukta A. Kumar,Sukhendu Nath,Ranjan Ganguly,Vinod K. Aswal,Pratap Bahadur +6 more
TL;DR: SANS and fluorescence studies show that n-butanol induced F 127 gels form at significantly lower micellar volume fraction than the pure F127 gels, and the observed improvement in gelation characteristics can have important bearing with the application in making mesoporous materials since n- butanol is used as co-surfactant to control pore size of such structures formed with F127Gels as template.
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Hierarchical Surface Charge Dependent Phase States of Gelatin–Bovine Serum Albumin Dispersions Close to Their Common pI
TL;DR: Interaction between bovine serum albumin and gelatin B occurring close to their common isoelectric pH (pI) generated distinguishable multiple soft matter phases like opaque coacervates and transparent gels (phase II), where the former are composed of partially charge neutralized intermolecular complexes and the latter of overcharged complexes that organized into a network pervading the entire sample volume.
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Bioadhesive polymeric film-based integrative platform for the unidirectional carbamazepine release from a volatile microemulsion.
TL;DR: A bioadhesive polymeric film, embedded with microemulsion (ME), as a tool to enable improved CBZ dissolution and achieve sustained release and successfully demonstrates the confinement of CBZ-ME into the film matrix and the achievement of unidirectional sustained drug release up to 8 h.
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Stimuli-Responsive Directional Vesicular Assembly with Tunable Surface Functionality and Impact on Enzyme Inhibition
TL;DR: Self-assembly of a series of unsymmetrical bola-shaped π-amphiphiles consisting of a hydrophobic naphthalene-diimide chromophore attached to a nonionic hydrophilic wedge and an anionic headgroup in the two opposite arms of the central NDI resulted in very different abilities of these vesicles for electrostatic-interaction-driven biomolecular recognition, which was studied.
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Micellar assembly leading to structural growth/transition in normal and reverse Tetronics® in single and mixed solution environment.
TL;DR: In this paper , the self-association of EO-propylene oxide (PO)-based star-shaped block copolymers with varying molecular characteristics and different hydrophilic-hydrophobic ratios in an aqueous solution environment was examined.
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