Maoz Lab is in the News !
Gidi Gov and Friends at 6:20 min
גידי גוב וחברים עם דב נבון, יום שלישי, 28 בינואר, 2020
Science Business
Organ Chip Systems Simulate Full Body Drug Responses
Wyss Institute
Human Body-on-Chip platform enables in vitro prediction of drug behaviors in humans
Les Amis Français de TAU
Un chercheur de l'Université de Tel-Aviv développe un cerveau sur une puce permettant de révolutionner la recherche sur les organes humains
הידען
מערכת מוח על גבי שבב גילתה לנו פרטים חדשים על פעילות מחסום דם-מוח, שיעזרו בטיפולים באלצהיימר והשפעת סמים
Karolinska Institutet
New scientific model reveals interaction between blood vessels and neurons in the brain
Medical Xpress
Fluidically linked blood-brain barrier and Organ Chips offer new method for studying effects of drugs on the brain
Neuroscience news
A newly developed brain on a chip models the connectivity between the amygdala, prefrontal cortex and hippocampus
The Center for Nanoscience & Nanotechnology - TAU
Tel Aviv University Center for Nanoscience and Nanotechnology
Longevity Technology
“Human-on-a-Chip” OOC to revolutionise preclinical
In Vitro Jobs (DE)
Boston: Wyss-Institut stellt Human-on-a-Chip mit 10 Organen vor
Bioengineering
Predicting Human Drug Pharmacokinetics and Pharmacodynamics using Human Body-on-Chips Technology
American Firends of TAU
Physiologically linked systems enhance preclinical drug testing, say Harvard-TAU researchers
News Break
Quantitative prediction of human pharmacokinetic responses to drugs via fluidically coupled vascularized organ chips
Haaretz
חוקרים פיתחו "שבבים אנושיים" שעשויים להחליף ניסויים בבעלי חיים
Swedish Medical Nanoscience Center
Mimicking the Blood-Brain Barrier on a chip to study the effect of neuroactive drugs
Drug Target Review
Body-on-chip technology: resolving current limitations in drug discovery
Geneng News
Microfluidic Links between Organ Chips Break Preclinical Bottleneck
Ambassade de France en Israel
Mieux comprendre le développement d’Alzheimer à l’aide d’un cerveau sur puce
Scitechdaily
New Organ on a Chip Lets Researchers Study Effects of Drugs and Disease
Free press journal
Now multiregional brain-on-a-chip to study disorders
Harvard SEAS
Model allows researchers to study how diseases like schizophrenia impact different regions of the brain simultaneously
New Atlas
Body-on-Chip system mimics the behavior of 10 connected organs
The Times of Israel
Israel, US researchers create ‘mini Human-on-a-Chip’ to speed up drug testing
Medical Xpress
Enhancing drug testing with human body-on-chip systems
כתבה
איך בעצם עושים ניסויים על מח אדם, בלי לעשות ניסויים על בני אדם? ומה הבשורה הגדולה שמחכה לתעשיית התרופות
News Medical
Wyss researchers create model of the BBB-brain interface using microfluidically linked Organ Chips
Haaretz
Israeli Scientist Develops ‘Brain on a Chip’ Allowing for Groundbreaking Research
Interesting Engineering
Brain Organ Chips Offer Novel Approach to Studying Drug and Disease Effects
Conicet / La Plata
“Órganos en chips”: innovación tecnológica para una mejor calidad de vida
EurekAlert!
Model allows researchers to study how diseases like schizophrenia impact different regions of the brain simultaneously
The Center for Nanoscience & Nanotechnology - TAU
Control of Defects and Magnetic Properties in Colloidal MgO Nanosheets
The Jerusalem Post
TAU studies test drug effects with multi-Organ-on-a-Chip platform
X-mol
Quantitative prediction of human pharmacokinetic responses to drugs via fluidically coupled vascularized organ chips
Science Daily
Enhancing drug testing with human body-on-chip systems
TAU
איך בעצם עושים ניסויים על מח אדם, בלי לעשות ניסויים על בני אדם? ומה הבשורה הגדולה שמחכה לתעשיית התרופות?
Kungliga Tekniska högskolan
Bryter upp hjärnan i smådelar för att förstå dess funktion
Wyss Institute
Fluidically linked Blood-Brain Barrier and Brain Organ Chips offer new method for studying the effects of drugs and disease on the brain and its blood vessels
Wyss Institute
Model allows researchers to study how diseases like schizophrenia impact different regions of the brain simultaneously
Bioanalysis ZONE
Could a series of linked organ-on-a-chip systems be the future of quantitative pharmacokinetics?