3 research outputs found
PDLLA honeycomb-like scaffolds with a high loading of superhydrophilic graphene/multi-walled carbon nanotubes promote osteoblast in vitro functions and guided in vivo bone regeneration
- Author
- Ajeesh
- Alarifi
- Anderson Oliveira Lobo
- Antonioli
- Arora
- Bobadilla
- Breznan
- Bruno V.M. Rodrigues
- Chatterjee
- Danilo Martins dos Santos
- Dimitriou
- do Prado
- Edmundo Silva
- Fernanda Roberta Marciano
- Forest
- Grinet
- Hamad
- He
- Hoemann
- Hoffman
- Hu
- Ikada
- Kolk
- Lasprilla
- Leal
- Li
- Lobo
- Lobo
- Lobo
- Lobo
- Luana Marotta Reis de Vasconcellos
- Machado
- Marsi
- Nga
- Rodrigues
- Rodrigues
- Saligheh
- Sanchez
- Sayed
- Schofer
- Sergio P. Campana-Filho
- Singh
- Siqueira
- Tawakkal
- Thomas J. Webster
- Werengowska-Ciecwierz
- Wu
- Xiao
- Yaszemski
- Zanin
- Zou
- Publication venue
- 'Elsevier BV'
- Publication date
- Field of study
No full textAntibody fragments as nanoparticle targeting ligands: a step in the right direction
- Author
- Ahmad
- Ahmed
- Ahn
- Allen
- Alric
- Anderson
- Annapragada
- Arruebo
- Aweda
- Bakhtiary
- Balalaeva
- Bañobre-López
- Bharti
- Bilan
- Bishnoi
- Boutureira
- Brannon-Peppas
- Busquets
- Byun
- Carnovale
- Chang
- Chen
- Chen
- Chen
- Chen
- Cheng
- Cheng
- Chinen
- Chou
- Chudasama
- Conde
- Cui
- Dawson
- De Volder
- DeNardo
- DeNardo
- DeNardo
- Dmitriev
- Dreaden
- Fay
- Fay
- Fiandra
- Fu
- Geißler
- Goodall
- Granger
- Groff
- Harmsen
- Hauser
- He
- Hoang
- Hoang
- Holliger
- Howes
- Huang
- Ivkov
- Katakowski
- Kawano
- Khlebtsov
- Kierny
- Kobayashi
- Kontermann
- Kozissnik
- Krah
- Krall
- Kunzmann
- Laroui
- Lavasanifar
- Lerner
- Li
- Li
- Liu
- Liu
- Lo
- Luo
- Mack
- Manjappa
- McKeating
- Medina
- Montenegro
- Mout
- Muyldermans
- Natarajan
- Nelson
- Noble
- Nuñez-Prado
- Oh
- Okamoto
- Park
- Qian
- Qian
- Quarta
- Rabenhold
- Rakovich
- Reddy
- Rodrigo
- Rousserie
- Rzigalinski
- Rüger
- Sapra
- Sapsford
- Schmid
- Schroeder
- Seabra
- Serpell
- Shanehsazzadeh
- Shargh
- Shen
- Shin
- Shin
- Shinkai
- Shukla
- Slowing
- Spicer
- Steeland
- Steichen
- Stiles
- Sukhanova
- Tarn
- Tomalia
- Torchilin
- van der Meel
- Verma
- Vigor
- Wang
- Wang
- Wegner
- Wegner
- Wegner
- Wei
- Werengowska-Ciecwierz
- Wesolowski
- Willets
- Winnik
- Wu
- Xiangbao
- Xu
- Xu
- Yang
- Yang
- Yao
- Zhang
- Zhang
- Zhao
- Publication venue
- 'Royal Society of Chemistry (RSC)'
- Publication date
- 01/01/2017
- Field of study
No full textLigand-targeted theranostic nanomedicines against cancer
- Author
- Adams
- Adams
- Adams
- Alewine
- Ali-Boucetta
- Allen
- Amstad
- An
- Andrew R.M. Bradbury
- Andrey S. Dobroff
- Arap
- Arap
- Arap
- Ashley
- Ashley
- Ayriss
- Bardeesy
- Barnhart
- Bartolini
- Baselga
- Baskin
- Batist
- Batist
- Benezra
- Bhattarai
- Bidard
- Birtalan
- Blackman
- Blond-Elguindi
- Boder
- Boisselier
- Bover
- Bradbury
- Bradbury
- Burg
- Bäumert
- C. Jeffrey Brinker
- Cardó-Vila
- Cardó-Vila
- Cardó-Vila
- Carter
- Cauda
- Chen
- Chen
- Chen
- Chen
- Chen
- Choi
- Chou
- Christianson
- Christianson
- Christophe Theron
- Clackson
- Clynes
- Conde
- Conde
- Cossu
- Cox
- Cuesta
- Curnis
- D'Angelo
- Daneshmand
- Daquinag
- Davis
- de Kruif
- Decanniere
- Deshpande
- Dias-Neto
- Doerner
- Dondossola
- Dondossola
- Dong
- Draz
- Drummond
- Du
- Du
- Du
- Egusquiguirre
- El-Sayed
- Ellerby
- Epler
- Fang
- Farokhzad
- Feldhaus
- Feng
- Ferrara
- Ferrara
- Ferrara
- Finlay
- Frenzel
- Fu
- Fu
- Fujimori
- Gao
- Gibert
- Gillespie
- Giordano
- Giordano
- Giordano
- Giordano
- Glanville
- Glanville
- Goel
- Gonzalez-Gronow
- Grant
- Green
- Gregorc
- Gregorc
- Griffiths
- Gu
- Guo
- Guo
- Guzman-Rojas
- Hainfeld
- Hajitou
- Han
- Han
- Hanavadi
- Hanes
- Hansel
- Hansel
- Harris
- Hashizume
- Hattori
- He
- He
- He
- Hiller
- Hom
- Hossen
- Hou
- Hu
- Huang
- Huh
- Huston
- Hwang
- Hyndman
- Irvine
- Iwamoto
- Iyer
- Jaalouk
- Jakobovits
- Janknecht
- Javadpour
- Jensen
- Jones
- Juri G. Gelovani
- Jølck
- Kale
- Karjalainen
- Kawato
- Keefe
- Khlebtsov
- Khlebtsov
- Kim
- Kim
- Kim
- Kim
- Kimberly S. Butler
- Kirpotin
- Kirpotin
- Knappik
- Kohler
- Koivunen
- Koivunen
- Kolb
- Kolonin
- Kolonin
- Kolonin
- Kolonin
- Koo
- Krag
- Ku
- Kuijper
- Kumar
- Kunzmann
- Laukkanen
- Lee
- Lee
- Lee
- Lee
- Lee
- Lee
- Lee
- Lewis
- Lewis Phillips
- Li
- Li
- Li
- Li
- Li
- Liang
- Lin
- List
- Litowski
- Liu
- Liu
- Liu
- Liu
- Liu
- Loi
- Loi
- Lu
- Lu
- Lu
- Ma
- Mack
- Mackowiak
- Mahmoudi
- Mahon
- Maloney
- Mandelin
- Marchiò
- Marchiò
- Marks
- Marqués-Gallego
- Martin
- Matsumura
- Mattingly
- McCall
- MejÃas
- Meng
- Meng
- Meng
- Meng
- Meng
- Miele
- Mintz
- Mintz
- Mintz
- Mitchell
- Mitra
- Moeller
- Morbeck
- Mori
- Morry
- Mortier
- Mudhakir
- Mérian
- Nakamura
- Nandiyanto
- Nehoff
- Ngamcherdtrakul
- Nguyen
- Nielsen
- Nixon
- Noble
- Nobs
- Northfelt
- O'Brien
- Oh
- Oprea
- Ozawa
- Pang
- Paoloni
- Park
- Park
- Park
- Park
- Parry
- Pascal
- Pasqualini
- Pasqualini
- Pasqualini
- Pasqualini
- Pasqualini
- Peer
- Peng
- Pentz
- Phillips
- Poland
- Porciani
- Porotto
- Poul
- Prabhakar
- Qayum
- Radu
- Rajotte
- Rangel
- Reddy
- Reichert
- Renata Pasqualini
- Reynolds
- Richard L. Sidman
- Roggers
- Rudnick
- Rérole
- Salameh
- Santra
- Sapra
- Sara D'Angelo
- Sato
- Savarala
- Sblattero
- Sblattero
- Scarberry
- Schipper
- Schmidt
- Schmidt
- Schmitt
- Seabra
- Serena Marchiò
- Shaik
- Sharma
- Shen
- Shukla
- Sidman
- Sliwkowski
- Slupianek
- Smith
- Souris
- Sperling
- Staquicini
- Staquicini
- Staquicini
- Staquicini
- Stark
- Stathopoulos
- Sugahara
- Sun
- Sundaram
- Swain
- Swers
- Taetz
- Tam
- Tandle
- Taratula
- Tarn
- Tong
- Torchilin
- Torchilin
- Torchilin
- Tracey L. Smith
- Trepel
- Trepel
- Trewyn
- Ung
- Velappan
- Vendruscolo
- Vidal
- Virginia J. Yao
- Wadih Arap
- Wang
- Wang
- Wang
- Wang
- Wang
- Wang
- Wang
- Weir
- Werengowska-Ciecwierz
- Williford
- Wolchok
- Worn
- Wu
- Xia
- Xiong
- Yang
- Yao
- Yao
- Yu
- Yu
- Yumura
- Zahnd
- Zamboni
- Zhang
- Zhang
- Zhou
- Zhu
- Zurita
- Publication venue
- 'Elsevier BV'
- Publication date
- Field of study
No full text
