Novel Approaches for Overcoming Biological Barriers

doi:10.3390/books978-3-0365-7698-5

Download Url(s)

https://mdpi.com/books/pdfview/book/7367

Contributor(s)

Agrahari, Vibhuti (editor)

Kumar, Prashant (editor)

Language

English

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Abstract

The human body poses various biological barriers to protect itself from pathogens, foreign materials and is important for its functioning and development. This reprint serves as a collection of research and review articles describing novel approaches and new therapeutic modalities to overcome biological barriers. This collection is a must read for scientists working in the field of drug and vaccine delivery.

URI

https://directory.doabooks.org/handle/20.500.12854/100899

Keywords

blood-brain barrier; integrity marker; sorbitol; positron emission tomography; focused ultrasound; zolmitriptan; intranasal; bilosomes; sodium deoxycholate; mucoadhesive gel; brain targeting; blood–brain barrier; drug formulation; drug hybrids; intra-arterial delivery; intracranial malignancies; intranasal delivery; monoterpene; monoterpenoid; NEO100; carbomer hydrogel; whitening agents; enhancers; enhancement site and mechanism; drug release and permeation; inhaled drug delivery; prodrug; liposome formulation; propofol; micelle; DSPE mPEG2k; Solutol HS 15; diclofenac; optimization; pharmacokinetic; pharmacodynamic study; long acting; sustained delivery; biologics; silica microparticles; exosome; brain delivery; BBB crossing; transcytosis; peptide-drug conjugates; blood–placental barrier; Zika virus; BBB shuttles; porphyrins; antivirals; epidermal growth factor receptor; non-small cell lung cancer; Lamin B2; AMPK; Osimertinib; RNA seq; proteomics; RT-PCR; blood–brain tumor barrier; permeabilization; brain tumors; primary central nervous system lymphoma; tumor necrosis factor-alpha; targeted delivery; vascular targeting; CD13; TNF; TNF receptors; NGR-TNF; polyamidoamine dendrimers; diabetic retinopathy; protein kinase C-β inhibitor; nanoparticles; ruboxistaurin; blood brain barrier; electropermanent magnet; magnetic resonance imaging; n/a