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research
Exosomes: Potential model for complement-stealth delivery systems
Authors
Akyurekli
Akyurekli
+173 more
Allan
Allan
Altevogt
Altevogt
Arenaccio
Arenaccio
Arscott
Arscott
Azmi
Azmi
Bangham
Bangham
Barenholz
Barenholz
Bellingham
Bellingham
Blanc
Blanc
Bobrie
Bobrie
Camussi
Camussi
Caradec
Caradec
Coumans
Coumans
Davicino
Davicino
Filipazzi
Filipazzi
Fujita
Fujita
Gabius
Gabius
Gehrmann
Gehrmann
Gergely Milosevits
Grant
Grant
Green
Green
Greil
Greil
Gu
Gu
Hamad
Hamad
Hannafon
Hannafon
Hao
Hao
He
He
Ibrahim
Ibrahim
Jaworski
Jaworski
Jo
Jo
Johnsen
Johnsen
Johnstone
Johnstone
János Szebeni
Kahlert
Kahlert
Kahlert
Kahlert
Kalra
Kalra
Kantoff
Kantoff
Karlsson
Karlsson
Keller
Keller
Kim
Kim
Koeck
Koeck
Krishnamoorthy
Krishnamoorthy
Lai
Lai
Lässer
Lässer
Madhavan
Madhavan
Marcus
Marcus
Mathivanan
Mathivanan
Moon
Moon
Motz
Motz
Neves
Neves
Pilzer
Pilzer
Rabinovich
Rabinovich
Raposo
Raposo
Rivero Vaccari
Rivero Vaccari
Rodrigues
Rodrigues
Rodriguez
Rodriguez
Ronquist
Ronquist
Rountree
Rountree
Samsudin
Samsudin
Santovito
Santovito
Schorey
Schorey
Silke Krol
Silva
Silva
Simpson
Simpson
Simpson
Simpson
Soo
Soo
Srikanthan
Srikanthan
Stenqvist
Stenqvist
Szebeni
Szebeni
Szebeni
Szebeni
Tan
Tan
Taylor
Taylor
Testa
Testa
Thakur
Thakur
Thery
Thery
Thery
Thery
Vacchelli
Vacchelli
van
van
Varga
Varga
Verma
Verma
Wang
Wang
Wang
Wang
Whiteside
Whiteside
Yamashita
Yamashita
Yang
Yang
Zhang
Zhang
Zhao
Zhao
Zhu
Zhu
Publication date
4 November 2015
Publisher
'Walter de Gruyter GmbH'
Doi
Cite
Abstract
Exosomes are nature's nanocarriers that transport biological information in humans. Their structural properties, origin and functions are making them interesting objects for the diagnosis of diseases, such as cancer, and also, as innovative tools for drug delivery. The interaction of exosomes with the immune system has been one of the focal points of interest; nevertheless their "stealth" properties helping to avoid adverse immune reactions are still not fully understood. In this review, after giving an overview of recent findings on the role of exosomes in disease pathogenesis and physiological functions, we focused on their interaction with the immune system and possibilities for clinical applications. The potential of exosomes of creating stealth nanoparticles that are better tolerated by the immune system than the presently available synthetic drug delivery systems represent a promising new approach in nanomedicine. © 2015 by De Gruyter 2015
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Semmelweis Repository
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oai:repo.lib.semmelweis.hu:123...
Last time updated on 15/06/2017
Crossref
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info:doi/10.1515%2Fejnm-2015-0...
Last time updated on 01/04/2019