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  • Book
    Nina Dragicevic, Howard I. Maibach, editors.
    Contents:
    NANOCARRIERS IN PENETRATION ENHANCEMENT
    Role Of Nanotechnology In Skin Delivery Of Drugs
    LIPID-BASED VESICLES
    Liposomes As Drug Delivery Systems In Dermal/Transdermal Drug Delivery (From The Beginning)
    Transfersomes For Enhanced Skin Permeation Of Drugs
    Mechanism Of Penetration Enhancement Of Ultra deformable Vesicles
    Enhanced Skin Permeation Using Ethosomes
    Invasomes-Vesicles For Enhanced Skin Delivery Of Drugs
    Penetration-Enhancer-Containing Vesicles For Cutaneous Drug Delivery
    Stratum Corneum Lipid Liposomes
    Vesosomes
    Surface-Charged Vesicles For Penetration Enhancement
    SURFACTANT-BASED VESICLES
    Niosomes And Pro-Niosomes For Enhanced Skin Delivery
    Novasomes For Enhanced Skin Delivery
    LIPID-BASED ICULATE CARRIERS (OR ICLES)
    Solid Lipid Nanoicles, Nano structured Lipid Carriers And Lipid Nano capsules For Topical Delivery
    POLYMER-BASED NANOCARRIERS (ICULATE CARRIERS) IN PENETRATION ENHANCEMENT
    Polymeric Nano (And Micro-) Particles As Carriers For Enhanced Skin Penetration (General)
    Polymeric Nanocapsules For Cutaneous Application
    Polymeric Micelles In Dermal/Transdermal Drug Delivery
    Dendrimers In Enhancing Skin Penetration
    Dendritic Core-Multishell (CMS) Nanotransporters For Skin Delivery
    NANOCRYSTALS IN PENETRATION ENHANCEMENT
    Nanocrystals For Enhanced Skin Delivery Of Drugs.
    Digital Access Springer 2016
  • Article
    Uhlmann A, Geider K.
    Biochim Biophys Acta. 1977 Feb 16;474(4):639-45.
    Complex formation of circular, single-stranded phage fd DNA with Escherichia coli DNA binding protein HD or phage fd gene 5 protein keeps infection of E. coli spheroplasts at the level of free phage DNA, whereas complexes of this DNA with E. coli DNA unwinding protein show a strongly reduced efficiency of transfection. Displacement of the unwinding protein by HD protein or gene 5 protein also maintains the poor adsorption of the complexes to spheroplasts. Free E. coli DNA unwinding protein and residual amounts of this protein bound to the DNA may interfere with the adsorption and the uptake of the phage genome.
    Digital Access Access Options