… The development of nanotechnology has provided the … strategy was to encapsulate it in
liposomes. However, due to … were observed in the encapsulation efficiency, but the enzyme …

… nanomedicine applications due to versatile properties of biological peptide-mediated
stealth effect … in many fields of applications, such as industrial food processing, biosensing, …

… Due to unique features of nanoscale carriers, nanomedicine can have a large impact of …
effect of affinity targeting on the tumor distribution and efficacy of IP-administered drug-loaded …

… ), liposomes, micelles and the use of nano-coatings [110]. At present, the therapeutic applications
of nanotechnology in the … Table 1 summarises the nanotechnology applications in the …

… higher than chemical lysis using streptokinase. Furthermore, ultrasonography guidance can
… multiple liposomes with medication loaded in them to the MC-1's surface for targeting to the …

… multiple targets and pathways. Drugs applied to treat ASCVD and its risk factors are
single-targeted, and consequently elicit unsatisfactory efficacy and unavoidable side effects. …

… Compared to traditional thrombolytic drugs like urokinase and streptokinase, nattokinase offers
… the development of more beneficial applications while enriching our understanding of the …

… (c) Effect of salt: Loaded PPI dendrimers are strongly affected by … Liposomes are said to be
a viable option for focused … containing a therapeutic protein, streptokinase (SK), and PAMAM …

… have been made in the field of cancer nanomedicine. Many developments are in the active
… The results indicate that such DOX-loaded systems are efficiently taken up by cells under in …

… as how these nanoparticles can reduce the microembolic load generated from clot lysis. …
that can porate the lipid barriers in cells and liposomes.Lastly, the collapse can lead to …