Titlebook: Nanopharmaceuticals: Principles and Applications Vol. 2; Vinod Kumar Yata,Shivendu Ranjan,Eric Lichtfouse Book 2021 The Editor(s) (if appl

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Md Akhlaquer Rahman,Mohammad Yusuf,Thamir Alshammari,Md Faiyazuddinmatching the previous time bound while significantly reducing the space from a quadratic term to linear. This is essential to process large RNA molecules where the space is a likely to be a bottleneck. To obtain our result we introduce several novel ideas which may be of independent interest for rel

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Ana Santos-Rebelo,Ana Henriques Mota,Leonor Fonseca,Mariana Figueira,Ana Bastos,Joana Macedo,João F.and Δ, where Δ is the maximum degree of the network. In particular, the problem is .-hard for any fixed . ≥ 2 and Δ ≥ 3, while it is polynomially solvable when . = 1, or Δ ≤ 2 and . = .(1). Moreover, we show that the problem is not approximable within .log. or Ω(loglog|.|) for any fixed . ≥ 3, Δ ≥ 3

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Oluyomi Stephen Adeyemi,Chiagoziem Anariochi Otuechere,Adewale Adewuyi,Oluwakemi Josephine Awakan,Daer-instance) best-case information of a limited size, and the relationship between the amount of the additional information, and the benefit it can provide to the algorithm, is investigated. We show cases where this relationship has a form of a trade-off, and others where one or more thresholds can

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Lucila Isabel Castro-Pastrana,Aracely Angulo Molina,Jessica Andrea Flood-Garibay,Dulce Alitzel Quintack on some aspect of the integration, and the application of this feedback to revise the integration. There has been considerable research in this area over a ten year period. This paper reviews some experiences with pay-as-you-go data integration, providing a framework that can be used to compare

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ack on some aspect of the integration, and the application of this feedback to revise the integration. There has been considerable research in this area over a ten year period. This paper reviews some experiences with pay-as-you-go data integration, providing a framework that can be used to compare

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Nanopharmaceuticals: In Relevance to Drug Delivery and Targeting, with a high degree of specificity. Due to superior pharmacokinetics/pharmacodynamics and/or active intracellular delivery with reduced toxicity and enhanced bioavailability, this created great expectations in the field of drug delivery. With these advantages, nanopharmaceuticals have the ability to

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Natural Products and Nanopharmaceuticals,nefit here discussed in the use of nanocarriers to deliver natural products is the controlled drug release..This review describes many types of nanocarriers with structural and functional differences between them which can be chosen accordingly to the encapsulated drug characteristics, to the specif