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Type 1 diabetes

mRNA molecules for making insulin are found closer to the cell center
While Waiting for Food: The Surprising Fetal Gut Cells That Make Insulin
09.12.2021
Nutrition, Systems Biology, Molecular and Cell Biology, Disease, Drugs & Diagnostics, Genetics

The discovery opens up new avenues for developing future diabetes therapies

AIRE infographic
Rare Disorder Found to Have a Common Form
16.06.2015
Immunology

The findings could help diagnose and treat a number of autoimmune syndromes

Prof. Irun Cohen, DiaPep 227 developer
Phase III Clinical Trials of Diabetes Treatment
30.01.2012
Immunology, Disease, Drugs & Diagnostics, Yeda Technology Transfer, Biotechnology

Initial results show higher pancreas function after two years of treatment

Andromeda Biotech: A Drug for Type 1 Diabetes Developed by Prof. Irun Cohen of the Weizmann Institute Meets Primary and Secondary Goals of Phase III Clinical Trials
Andromeda Biotech: A Drug for Type 1 Diabetes Developed by Prof. Irun Cohen of the Weizmann Institute Meets Primary and Secondary Goals of Phase III Clinical Trials
22.11.2011
Disease, Drugs & Diagnostics, Biotechnology
Pateints receiving the drug had significantly higher pancreas function than those in the control group.
The Molecular Mechanism of a Diabetes Vaccine Revealed
The Molecular Mechanism of a Diabetes Vaccine Revealed
19.06.2006
Immunology, Disease, Drugs & Diagnostics

A team of researchers led by Prof. Irun Cohen of the Weizmann Institute of Science Immunology Department has revealed the...

Israeli Scientists Block the Progression of Type I Diabetes
Israeli Scientists Block the Progression of Type I Diabetes
26.11.2001
Nutrition, Immunology, Disease, Drugs & Diagnostics
A team of researchers led by Prof. Irun Cohen of the Weizmann Institute of Science has developed a unique approach for halting the...

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Dumpster Diving in Cancer Tissue Uncovers an Immune Evasion Mechanism

A stem cell–derived human embryo model at a developmental stage equivalent to that of a human embryo at day 12 has all the compartments typical of this stage. The top sphere contains the part that will become the embryo itself, capped by the amnion; the bottom sphere is the yolk sac; the interface between them is a critical structural feature of human embryonic development. The two spheres are encapsulated by a cellular layer that will become the placenta

Human Embryo Models Grown from Stem Cells

Peripheral sensory neurons in a laboratory dish

Unlocking a Secret Nerve Cell Regenerator

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Surviving on an Empty Battery

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A stem cell–derived human embryo model at a developmental stage equivalent to that of a human embryo at day 12 has all the compartments typical of this stage. The top sphere contains the part that will become the embryo itself, capped by the amnion; the bottom sphere is the yolk sac; the interface between them is a critical structural feature of human embryonic development. The two spheres are encapsulated by a cellular layer that will become the placenta
06.09.2023
Human Embryo Models Grown from Stem Cells
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17.08.2023
Surviving on an Empty Battery
14.08.2023
A “Jupiter” Hotter than the Sun
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