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7 research outputs found

Role of pressure-sensitive adhesives in transdermal drug delivery systems

Author: Ahad AM
ASTM
ASTM D
BASF
Benedek I
Benedek I
Brandrup J
Charkoudian JC
Chien TY
Dimas DA
Dittgen M
Dow Corning
Duncan B
Exxon Chemical Company
FDA/CDER
Franz TJ
Gordon JL
Hadgraft J
Heddleson SS
Higgins JJ
Hillery AM
Kandavilli S
Kruge E
Mehdizadeh A
Musolf MC
Peterson TA
Pfister WR
Pfister WR
Pocius AV
Roberts AR
Rohn CL
Schlademan JA
Sobieski LA
Tan HS
Temin SC
Warson H
Publication venue: 'Future Science Ltd'
Publication date
Field of study

Crossref

Distinct molecular patterns of TDP-43 pathology in Alzheimer’s disease: relationship with clinical phenotypes

Author: A King
A Rijal Upadhaya
AC Wilson
AE Renton
AK Walker
BA Berning
BD James
BT Hyman
C Amador-Ortiz
CF Lippa
CS Latimer
DR Thal
DR Thal
DS Knopman
E-J Kim
F Kametani
GG Glenner
GM McKhann
H Braak
H Braak
H Braak
IRA Mackenzie
J Attems
J Brettschneider
JC Morris
JF Crary
JL Robinson
K Rascovsky
KA Josephs
KA Josephs
KA Josephs
KA Josephs
KA Josephs
KD LaClair
KE McAleese
LA Gomes
LM Igaz
M DeJesus-Hernandez
M Harms
M Hasegawa
M Hecht
M Neumann
M Neumann
MC Power
MJ Koper
ML Gorno-Tempini
PT Nelson
PT Nelson
RA Sperling
S Higashi
S Nag
SJ Arnold
SS Mirra
T Arai
T Nonaka
T Rauramaa
T Takeda
TJ Cohen
TL Spires-Jones
TY Rohn
VD Smith
WW Seeley
X Zhang
Y Inukai
Publication venue: 'Springer Science and Business Media LLC'
Publication date
Field of study

Crossref

The role of Notch in tumorigenesis: oncogene or tumour suppressor?

Author: A Chitnis
A Dievart
A Imatani
A Khwaja
A Lin
A Martinez Arias
A Rangarajan
A Rangarajan
A Ruiz i Altaba
A Yang
AC Jaleco
AJ Capobianco
AJ Klingelhutz
AM Bailey
AM Helt
AP Weng
B Bettenhausen
B Daniel
B Singh
B Varnum-Finney
BJ Feldman
BJ Nickoloff
BJ Quade
C Jhappan
C Lohrisch
C Ronchini
C Shawber
C Talora
CE Lindsell
CJ Fryer
CM Blaumueller
D Allman
D Bellavia
D Gallahan
D Gallahan
D Henrique
D Kalderon
DF Stern
DJ Izon
E Dumont
E Robey
F Logeat
F Oswald
F Oswald
F Radtke
F Yamazaki
FF del Amo
G Klein
G Weinmaster
GI Evan
GI Topley
H Kurooka
H Land
H Uyttendaele
HY Kao
J Chu
J Jia
J Kimble
J Lewis
J Lewis
J Philipp
J Thelu
JC Aster
JC Pui
JD Axelrod
JJ Hsieh
JK Field
JL Bos
JL de la Pompa
JL Rohn
JM Walboomers
JR Shutter
K Brennan
K Fitzgerald
K Heselmeyer
K Hibi
K Munger
KA Wharton
KD Irvine
L Girard
L Lo Muzio
LA Milner
LA Milner
LJ Beverly
LW Ellisen
M Bocchetta
M Borges
M Dorsch
M Ishibashi
M Lardelli
M Lardelli
M Nicolas
M Patturajan
M Scheffner
M Serrano
M Sharma
MA Bedell
MA Price
ML Deftos
N Dyson
N Shivapurkar
P Jones
P Polakis
P Zagouras
PH Rooney
RL Davis
RL Garcea
RS Haltiwanger
S Artavanis-Tsakonas
S Jeffries
S Kidd
S Lowell
S Weijzen
S Zhou
SJ Morrison
SL Dunwoodie
SM Frisch
T Crook
T Ito
TC Reynolds
TF Westbrook
TH Morgan
TM Schmitt
TY Wang
V Morel
V Sriuranpong
V Sriuranpong
VM Panin
W Boonchai
WC Hahn
WC Weinberg
WS Pear
WS Pear
XQ Yan
Y Chen
Y Yarden
YY Ma
Publication venue: 'Springer Science and Business Media LLC'
Publication date: 01/10/2003
Field of study

Notch signalling participates in the development of multicellular organisms by maintaining the self-renewal potential of some tissues and inducing the differentiation of others. Involvement of Notch in cancer was first highlighted in human T-cell leukaemia, fuelling the notion that aberrant Notch signalling promotes tumorigenesis. However, there is mounting evidence that Notch signalling is not exclusively oncogenic. It can instead function as a tumour suppressor

Crossref

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