11 research outputs found
Self-Assembling Peptide Epitopes as Novel Platform for Anticancer Vaccination
- Author
- Publication venue
- 'American Chemical Society (ACS)'
- Publication date
- 31/05/2017
- Field of study
Tumorimmunolog
Optimization of the recombinant production and purification of a self-assembling peptide in Escherichia coli
- Author
- A Maham
- A Prakash
- AJ Van Hell
- BM Hartmann
- C Chen
- D Muller
- DC Reed
- DJ Adams
- Enrico Mastrobattista
- FW Studier
- K Corin
- K Hojo
- K Trabbic-Carlson
- M Malakhov
- M Pasupuleti
- M Satakarni
- Matthias Flement
- Mazda Rad-Malekshahi
- R Novy
- RB Merrifield
- S Gudlur
- S Santoso
- S Vauthey
- SD Weeks
- SI Stupp
- SM Singh
- TB Schuster
- TR Butt
- U Khoe
- U Khoe
- Wim E Hennink
- XD Guo
- Publication venue
- 'Springer Science and Business Media LLC'
- Publication date
- Field of study
Solid-state NMR on complex biomolecules: Methods and applications
- Author
- A Jantschke
- A Kumar
- AA Labokha
- AJ Graaf de
- C Ader
- C Sauvee
- D Mance
- D Mance
- EAW Cruijsen van der
- EAW Cruijsen van der
- EJ Koers
- EJ Koers
- FA Perras
- G Mathies
- H Heise
- H Heise
- H-Y Kim
- HRW Dannatt
- I Zandvoort van
- JJHB Sattler
- L Barbieri
- LA Baker
- LA Baker
- LB Andreas
- M Kaplan
- M Rad-Malekshahi
- M Renault
- M Renault
- M Weingarth
- M Weingarth
- M Weingarth
- M Weingarth
- ME Ward
- Mohammed Kaplan
- O Poyraz
- OC Andronesi
- P Fricke
- QZ Ni
- R Linser
- R Schneider
- R Tycko
- S Gradmann
- S Yan
- SJ Marrink
- T Sinnige
- V Chevelkov
- V Daebel
- Y Shi
- Publication venue
- 'Springer Science and Business Media LLC'
- Publication date
- 13/06/2018
- Field of study
Solid-state NMR (ssNMR) can provide structural information at the most detailed level and, at the same time, is applicable in highly heterogeneous and complex molecular environments, largely irrespective of solubility or crystallinity. In the following chapter, we discuss concepts to deal with the spectroscopic challenges of applying ssNMR to complex biomolecular systems and how to place structural information obtained from ssNMR in a (supra)molecular context. Applications range from protein biopolymers and hydrogels to drug delivery systems, biosilica, and other biomaterials
Professors’ Valuation Criteria from the Perspective of Students of Shiraz University of Medical Sciences Using Shannon’s Entropy Technique in 2016
- Author
- Abdolahi B
- Aliasgharpour M
- Allahvaisy O
- Amini M
- Amini M
- Arboni F
- Bastani P
- Bazargan A
- Beheshti Rad R
- Dehghani Tafti MH
- Ghadami A
- Ghafourian Borujerdi M
- Ghalavand H
- Ghorbani R
- Hajdin G
- Hasani M
- Hasanzadeh MM
- Heidari H
- Hokmabadi R
- Hossini M
- Jahan F
- Joshi S
- Komeili G
- Maarofi Y
- Malekshahi F
- Mohammadpour A
- Moshaverinia M
- Najafipour S
- Navidian A
- Peyman H
- Rafeey M
- Sarchami R
- Sepahi V
- Shabani H
- Shakournia A
- Shakournia A
- Shakurnia A
- Siamian H
- Spooren P
- Toosi M
- Torkzade J
- Turhan K
- Vaezi R
- Vahabi A
- Vakili A
- Zare Bidaki M
- Zohour A
- Publication venue
- 'Kowsar Medical Institute'
- Publication date
- Field of study
Peptide tessellation yields micrometre-scale collagen triple helices
- Author
- AS Khalil
- Audrey Forticaux
- AV Persikov
- AV Persikov
- B Sarkar
- C Siebler
- CM Yamazaki
- D Gottlieb
- DG Gibson
- EF Banwell
- F Xu
- FHC Crick
- FW Kotch
- GB Fields
- H Durchschlag
- HSM Coxeter
- HY Bai
- I. Caglar Tanrikulu
- IC Tanrikulu
- J Brinckmann
- JA Fallas
- JE Padilla
- K McGuinness
- LER O'Leary
- M Emmer
- M Rad-Malekshahi
- MA Cejas
- MA Meyers
- MD Shoulders
- MMJ Smulders
- NC Seeman
- P Kaur
- RA Gelman
- Ronald T. Raines
- S Chattopadhyay
- S Rele
- S Ricard-Blum
- SN Cohen
- Song Jin
- T Jiang
- TJ Wess
- V Gauba
- Y Zimenkov
- Y-S Chen
- Publication venue
- 'Springer Science and Business Media LLC'
- Publication date
- Field of study
Self-Assembly in Peptides Containing β-and γ-amino Acids
- Author
- Adhikari B.
- Adler-Abramovich L.
- Al-Halifa S.
- Ananda K.
- Arnon Z.A.
- Bahar A.A.
- Baldauf C.
- Bandyopadhyay A.
- Banerjee J.
- Baral A.
- Betriu N.
- Bose P.P.
- Brizard A.
- Bystrov V.S.
- Carrejo N.C.
- Chen W.Y.
- Cheng R.P.
- Chu H.
- Clark T.D.
- da Silva E.R.
- da Silva F.F.
- Del Borgo.
- Dutt A.
- Escuder B.
- Fears K.P.
- Garcia A.M.
- García-Fandiño R.
- Gazit E
- Gazit E
- Gazit E.
- Gellman S.H
- Ghadiri M.R.
- Goel R.
- Goodman C.M.
- Gopalan R.D.
- Gopalan R.D.
- Gottlieb D.
- Gudlur S.
- Guo L.
- Habibi N.
- Hanessian S.
- Hartgerink J.D.
- Heck T.
- Hill D.J.
- Hintermann T.
- Hook D.F.
- Hosseinkhani H.
- Jadhav S.V.
- Junaid Ur Rahim
- Kar S.
- Khara J.S.
- Kholkin A.
- Kim B.S.
- Kim J.E.
- Kim J.H.
- Kim S.W.
- Kim J.
- Kim J.
- King P.J.
- Ko J.W.
- Koley P.
- Koley P.
- Konda M.
- Koutsopoulos S
- Kwon S.
- Kwon S.
- Kwon S.
- Laverty G.
- Lee J.S.
- Li X.
- Lian M.
- Liu K.
- Liu X.
- M iller C.A.
- Malhotra K.
- Mangelschots J.
- Martinek T.A.
- Mason T.O.
- Matson J.B.
- Miller R.A.
- Mishra A.
- Misra R.
- Moitra P.
- Mondal S.
- Motamed S.
- Moyer T.J.
- Mándity I.M.
- Nagai Y.
- Nanda J.
- Niu L.
- Pandit G.
- Pandit G.
- Parween S.
- Puiu M.
- Qi G.B.
- Rad-Malekshahi M.
- Rad-Malekshahi M.
- Raguse T.L.
- Rajkishor Rai
- Ray S.
- Reches M.
- Reches M.
- Reches M.
- Reches M.
- Rodríguez-Llansola F.
- Roy R.S.
- Ryu J.
- Ryu J.
- Ryu J.
- Ryu J.
- Ryu J.
- Ryu J.
- Santoso S.
- Sargeant T.D.
- Schmitt M.A.
- Schnaider L.
- Schnaider L.
- Schneider A.
- Seebach D.
- Seebach D.
- Seebach D.
- Seebach D.
- Segman-Magidovich S.
- Seoudi R.S.
- Seow W.Y.
- Smith A.M.
- Steed J.W.
- Stupp S.I
- Sudha Shankar
- Sun L.
- Susapto H.H.
- Tabata Y.
- Tao K.
- Tatman P.D.
- Vasudev P.G.
- Vasudev P.G.
- Wang W.
- Wei G.
- Whitesides G.M.
- Xu H.
- Yan J.
- Yan X.
- Yan X.
- Yan X.
- Yang Z.
- Yemini M.
- Zasloff M
- Zhang S
- Zhang S.
- Zhu P.
- Publication venue
- 'Bentham Science Publishers Ltd.'
- Publication date
- Field of study
A synthetic three-dimensional niche system facilitates generation of functional hematopoietic cells from human-induced pluripotent stem cells
- Author
- A Kessinger
- A Seifinejad
- AD Narayan
- AK Das
- Binsheng Wang
- C Lengerke
- C Qiu
- CE Semino
- DS Kaufman
- E Dawson
- E Garreta
- ES Ng
- F Zhang
- FN Karanu
- G Amabile
- G Amabile
- Hao Zhang
- He Huang
- II Slukvin
- J Cortes
- J Yang
- J Yu
- Jiing-Kuan Yee
- JP Stains
- JS Odorico
- Junfeng Ji
- K Chadwick
- K Kitajima
- K Takahashi
- K Takahashi
- KD Choi
- L Wang
- L Wang
- Limengmeng Wang
- M Bhatia
- M Kennedy
- M Lu
- M Malecki
- M Maroto
- M Nakagawa
- M Palma De
- M Rad-Malekshahi
- MA Vodyanik
- MA Vodyanik
- MH Ledran
- Mingming Zhang
- MJ Keating
- N Marí-Buyé
- N Suzuki
- P Trivedi
- PJ Real
- PJ Real
- RG Ellis-Behnke
- RM Risueno
- Ruxiu Tie
- S Pearson
- Senquan Liu
- Shuyang Cai
- SM Wu
- T Sumikuma
- TM Schmitt
- V Ramos-Mejia
- V Ramos-Mejía
- V Ramos-Mejía
- Wei Shan
- Weiyan Zheng
- X Tian
- X Tian
- Xia Li
- Xiaohong Yu
- Y Hu
- Y Kumada
- Y Xu
- Yan Long
- Yebo Wang
- Yi Luo
- YS Chun
- Yu Lin
- Yulin Xu
- Publication venue
- 'Springer Science and Business Media LLC'
- Publication date
- Field of study
The Supramolecular Organization of a Peptide-Based Nanocarrier at High Molecular Detail
- Author
- Alexandre M. J. J. Bonvin
- Antonietti M.
- Bakota E. L.
- Baldus M.
- Bellomo E. G.
- Bielecki A.
- Bond P. J.
- Cerf E.
- Colherinhas G.
- Cormier A. R.
- Cui H.
- de Jong D. H.
- Ellis-Behnke R. G.
- Enrico Mastrobattista
- Etzkorn M.
- Fatouros D. G.
- Frederix P. W.
- Guo C.
- Hafsa N. E.
- Heinig M.
- Hess B.
- Holowka E. P.
- João P. G. L. M. Rodrigues
- Kabsch W.
- Kisiday J.
- Koen M. Visscher
- Korevaar P. A.
- Lee O. S.
- Leonard S. R.
- Lewandowski J. R.
- Lin B. F.
- Lindorff-Larsen K.
- Luca S.
- Marc Baldus
- Markus Weingarth
- Mazda Rad-Malekshahi
- Middleton D. A.
- Munoz A.
- Renko de Vries
- Schmid N.
- Shaw C. P.
- Silva G. A.
- Sinnige T.
- Takahashi H.
- Tieleman D. P.
- Torchilin V. P.
- van Hell A. J.
- van Hell A. J.
- van Hell A. J.
- van Hell A. J.
- Vauthey S.
- Wang J. M.
- Wang Y. J.
- Wassenaar T. A.
- Weingarth M.
- Weingarth M.
- Weingarth M.
- Wim E. Hennink
- Wishart D. S.
- Xu X.
- Yang S. J.
- Zhao X. B.
- Publication venue
- 'American Chemical Society (ACS)'
- Publication date
- Field of study
Peptide and protein nanoparticle conjugates: versatile platforms for biomedical applications
- Author
- Adami
- Agemy
- Aggarwal
- Ahmad
- Akbarzadeh
- Alam
- Albanese
- Albanese
- Alberts
- Aldeek
- Ali
- Altinoǧlu
- An
- Anchordoquy
- Apostolovic
- Arap
- Argyo
- Assal
- Aswathy
- Azhdarinia
- Bachar
- Bae
- Bakul Gupta
- Banik
- Banks
- Bar-Zeev
- Bartlett
- Barua
- Bastus
- Battistoni
- Bechara
- Beck
- Behzadi
- Bertrand
- Bharti
- Bhatia
- Bihari
- Björnmalm
- Björnmalm
- Black
- Blanco
- Boato
- Boisselier
- Boström
- Bozzuto
- Brangel
- Breger
- Brown
- Brown
- Burkhard
- Burnett
- Byeon
- Cai
- Callahan
- Carabineiro
- Cardoso
- Carmeliet
- Cash
- Cesbron
- Chakraborty
- Chen
- Chen
- Chen
- Chen
- Chen
- Chen
- Chen
- Chen
- Cheng
- Chilkoti
- Chiu
- Cho
- Cho
- Cho
- Choi
- Christopher D. Spicer
- Coline Jumeaux
- Colombo
- Colombo
- Conde
- Corbo
- Cordeiro
- Corsi
- Croissant
- Crombez
- Cruz
- Cui
- Cun
- Cureton
- Curnis
- Dalal
- Dalal
- Danhier
- Daniels
- De La Peña
- Dehaini
- Demeule
- Dennis
- Deramchia
- Derjaguin
- Di
- Di Gianvincenzo
- Di Pisa
- Ding
- Dirksen
- Dominguez-medina
- Dreaden
- Dreher
- Dreher
- Duan
- Dubois
- Dudani
- Dumas
- Dvir
- Dvorak
- Dykman
- Dykman
- Eckert
- Ekiz
- Elbayoumi
- Elzoghby
- Endo-Takahashi
- Estelrich
- Fairlie
- Fan
- Fan
- Fang
- Farka
- Farkhani
- Fay
- Fay
- Feliu
- Fernandes
- Ferrari
- Fiandra
- Field
- Foster
- Foucaud
- Frimpong
- Futaki
- Gaillard
- Gaillard
- Gao
- Gao
- Gao
- Gao
- Gao
- Gao
- Gao
- Gao
- Gao
- García-Arévalo
- Gause
- Gautam
- Gebauer
- Geng
- Giannoni
- Gilleron
- Giner-Casares
- Goldman
- Gomes
- Grabrucker
- Grant
- Greene
- Greenwood
- Gregory
- Grunér
- Guan
- Gudlur
- Guerrero
- Guidotti
- Guo
- Gupta
- Gupta
- Gupta
- Gustafson
- Habibi
- Haham
- Hamilton
- Hamley
- Hamley
- Hamzehalipour Almaki
- Han
- Hansen
- Harris
- Hayashi
- Heinis
- Heinis
- Hembury
- Herce
- Herda
- Hess
- Hoffman
- Holowka
- Hoogenboom
- Horne
- Hossen
- Howes
- Howes
- Hoyer
- Hu
- Hu
- Huang
- Huang
- Huang
- Huang
- Hutchinson
- Huwyler
- Jain
- Jang
- Janib
- Jiang
- Jiang
- Jin
- Jokerst
- Kaba
- Kairdolf
- Kakudo
- Kale
- Kalia
- Kalkanidis
- Karmali
- Karmani
- Kassam
- Kauffman
- Ke
- Keefe
- Keller
- Kendall
- Kettler
- Khan
- Kievit
- Kikumori
- Kim
- Kim
- Kim
- Kittler
- Kojima
- Kolonin
- Koren
- Koshkaryev
- Koutsopoulos
- Kraft
- Krall
- Krishnamurti
- Kristensen
- Krpetić
- Kumar
- Kunjachan
- Kuo
- Kwong
- Laakkonen
- Lamberti
- Lang
- Larson
- Lee
- Lee
- Lee
- Lee
- Lee
- Leroux
- Li
- Li
- Li
- Libralato
- Lin
- Liu
- Liu
- Liu
- Liu
- Liu
- Liu
- Liu
- Liu
- Liu
- Liu
- Liu
- Lomis
- Lopes de Menezes
- Lopes de Menezes
- Loynachan
- Lu
- Lu
- Lu
- Luo
- Lv
- Lévy
- Lévy
- López-Serrano
- Mack
- Mackay
- Madani
- Malashkevich
- Malik
- Mamot
- Mamot
- Mann
- Marega
- Mariam
- Martin
- Master
- Mathur
- Matsumoto
- Matsuo
- Mccarthy
- McDaniel
- Mcdaniel
- Mcguire
- McKenzie
- McNamara
- Mehmood
- Meng
- Meyer
- Meyer
- Mirkin
- Misstear
- Mizutaru
- Mocan
- Moktan
- Molly M. Stevens
- Monopoli
- Moore
- Moore
- Morais
- Moreno-Vega
- Morral-Ruíz
- Morshed
- Mu
- Mulder
- Nakamura
- Nakase
- Nam
- NDong
- Neupane
- Nguyen
- Nguyen
- Ni
- Nichols
- Niikura
- Numata
- Oller-Salvia
- Oller-Salvia
- Omidfar
- Owens
- O’Brien
- Pamies
- Panagi
- Pang
- Pang
- Pantarotto
- Pantarotto
- Pardridge
- Park
- Park
- Park
- Park
- Park
- Parolo
- Parry
- Pecot
- Pelegri-Oday
- Peng
- Peng
- Pimentel
- Pinaud
- Plank
- Poblete
- Ponka
- Poon
- Porkka
- Porta
- Prabhakar
- Prades
- Prades
- Prasuhn
- Qie
- Qin
- Quesada-González
- Rad-Malekshahi
- Rad-Malekshahi
- Rajotte
- Raman
- Raucher
- Reches
- Reches
- Reddy
- Reichert
- Richards
- Rip
- Rittner
- Ritz
- Rodriguez
- Rodriguez
- Rong
- Roth
- Rotman
- Ruan
- Rubert Pérez
- Rudolph
- Rudra
- Rydberg
- Saar
- Safari
- Safiullin
- Sager
- Saha
- Salvati
- Santoso
- Santra
- Sapra
- Sapsford
- Sapsford
- Sapsford
- Sawant
- Sawant
- Schmitt
- Schwartz
- Schwarze
- Schwendener
- Schöttler
- Selby
- Senzer
- Seow
- Seymour
- Shapira
- Shapira
- Shargh
- Sharma
- Sharma
- Sharma
- Sharma
- Shen
- Shen
- Shi
- Shimada
- Shimada
- Simberg
- Simnick
- Skwarczynski
- Smith
- Smith
- Smith
- Smits
- Soo Choi
- Sosale
- Spicer
- Stevens
- Stockhofe
- Stone
- Ståhl
- Su
- Sugahara
- Sugahara
- Sun
- Sun
- Sun
- Sundberg
- Surti
- Takayama
- Tang
- Tanisaka
- Tao
- Tarwadi
- Teesalu
- Thakor
- Thomas
- Tiwari
- Todorova
- Tosi
- Trent
- Tsai
- Tsai
- Tseng
- Turell
- Ulbrich
- Ulbrich
- Valadon
- van Hell
- van Hell
- van Hell
- Vasalou
- Vauthey
- Verdurmen
- Versiani
- Verwey
- Vigneshvar
- Vilella
- Villa
- von Maltzahn
- Wadia
- Wahome
- Walker
- Wang
- Wang
- Wang
- Wang
- Wang
- Wang
- Wang
- Wang
- Wang
- Waring
- Warren
- Wei
- Wei
- Weis
- Willingham
- Woehrle
- Woolfson
- Wu
- Wu
- Wu
- Wu
- Wu
- Xia
- Xie
- Xin
- Xin
- Xu
- Xu
- Xu
- Xue
- Yan
- Yan
- Yan
- Yan
- Yandar
- Yang
- Yang
- Yang
- Yao
- Ye
- Yeh
- Yermolenko
- Yeste
- Yhee
- Ying
- Ying
- Yu
- Yu
- Yue
- Yun
- Zeinali
- Zhan
- Zhang
- Zhang
- Zhang
- Zhang
- Zhang
- Zhao
- Zhao
- Zhao
- Zhao
- Zhen
- Zhou
- Zhou
- Zhu
- Åkerman
- Publication venue
- 'Royal Society of Chemistry (RSC)'
- Publication date
- 01/01/2018
- Field of study
多肽药物及组装体在癌症免疫治疗中的应用
- Author
- A Haugen
- A Ribas
- AA Tarhini
- AB Bakker
- AB Sharabi
- AN Tsoras
- B Gupta
- BT Fife
- C Boutros
- C He
- C Li
- C Yang
- C Zhu
- CH Villa
- CLJ Slingluff
- CP Barnes
- CT Huang
- CW Ng
- D Speiser
- D van Duin
- D Wang
- DJ Byun
- DM Pardoll
- DR Leach
- DR Littman
- E De Santis
- E Gazit
- E Genové
- E Jäeger
- E Jäger
- E Jäger
- E Zacco
- EI Buchbinder
- EJ Cheadle
- F Curnis
- F Triebel
- G Parmiani
- G Zhu
- GA Hudalla
- GE Peoples
- H Acar
- H Cui
- H Cui
- H Kakwere
- H Wang
- HN Chang
- I Melero
- I Mellman
- IW Hamley
- J Chen
- J Couzin-Frankel
- J Fourcade
- J Kuang
- J Li
- J Parkin
- J Peng
- J Xie
- J Xu
- JC Del Paggio
- JF Grosso
- JH Park
- JN Brudno
- JS Rudra
- JS Rudra
- JS Rudra
- K Cheng
- K Magiera-Mularz
- K Skakuj
- K Wing
- KM Mahoney
- KS Peggs
- L Agemy
- L Chen
- L Luo
- L Monney
- L Yin
- LM Francisco
- LSK Walker
- M Abbas
- M Black
- M Cieslewicz
- M Matsumura
- M Neek
- M Rad-Malekshahi
- M Skwarczynski
- M Skwarczynski
- M Zasloff
- MCW Feltkamp
- ME Ressing
- MF Krummel
- MM Gubin
- MP Hendricks
- MR Junttila
- N Joller
- N Zhang
- NM Molino
- P Jin
- P Sharma
- P Sharma
- P Yang
- P Zhang
- PC Tumeh
- PCB de Faria
- Q Miao
- R Appavu
- R Kuai
- R König
- R Liu
- R Wakabayashi
- RH Schwartz
- RL Maute
- RM Reilly
- RR Pompano
- RV Parry
- RW Tindle
- S Demaria
- S Eskandari
- S Koutsopoulos
- S Koutsopoulos
- S Lee
- S Munir Ahmad
- S Yu
- S Zhang
- SA Plotkin
- SA Rosenberg
- SG Reed
- SJ Gendler
- SR Gordon
- T Chen
- T Wang
- TA Waldmann
- TL Walunas
- TY Liu
- TY Liu
- U Sahin
- V Golubovskaya
- W Fan
- W Song
- W Zou
- WJ van Driel
- X Hu
- X Yu
- Y Cao
- Y Guo
- Y Hoshino
- Y Latchman
- Y Li
- Y Liu
- Y Liu
- Y Qian
- Y Tao
- Y Zheng
- Z Luo
- Z Wang
- ZH Huang
- Publication venue
- 'Springer Science and Business Media LLC'
- Publication date
- Field of study