News Category

Potential Treatment for Chronic Kidney Disease in Dogs Revealed

Potential Treatment for Chronic Kidney Disease in Dogs Revealed

20 March, 2025

A new study led by Dr. Hilla Chen from the Koret School of Veterinary Medicine at Hebrew University, recently published in Journal of Veterinary Internal Medicine, offers new hope for the management of chronic kidney disease (CKD) in dogs. The research highlights the potential benefits of paricalcitol, a second-generation vitamin D analog, in addressing renal secondary hyperparathyroidism (RHPT) and proteinuria—two critical complications of CKD.


 

Hebrew University Congratulates Its Alumni – Founders of WIZ –  on a Historic Achievement

Hebrew University Congratulates Its Alumni – Founders of WIZ – on a Historic Achievement

19 March, 2025

We extend our heartfelt congratulations to Hebrew University alumni Assaf Rappaport, Ami Lotbek, and Yinon Costica on achieving the largest exit in Israel’s history with the acquisition of WIZ by Google!

Rappaport, Lotbek, and Costica are all proud graduates of the Hebrew University, with Lotbek also holding a master’s degree from the School of Engineering and Computer Science. We take immense pride in your achievement.

Stormy Rains in the Sahara Offer Clues to Past and Future Climate Changes

Stormy Rains in the Sahara Offer Clues to Past and Future Climate Changes

18 March, 2025

New research reveals that heavy precipitation sourced from the Atlantic ocean, are the primary drivers of present-day lake filling in the northwestern Sahara. The study finds that only the most intense and prolonged precipitation events trigger lake-filling episodes, challenging long-standing assumptions about past climate conditions in the region. These findings suggest that projections of enhanced rainfall intensity and frequency in the Sahara could potentially reshape water availability in the desert.


 

Cultured Meat’s New Secret Ingredient: Aloe Vera

Cultured Meat’s New Secret Ingredient: Aloe Vera

12 March, 2025

New study introduces Aloe vera as a natural, sustainable scaffold for cultured meat production. By repurposing Aloe vera, researchers cultivated fat-like lipid chunks that could enhance the taste and texture of alternative proteins. Combined with a single-use bioreactor, this approach offers a scalable, cost-effective solution for cultured meat production using a sustainable agricultural byproduct.

Gene-Edited Lettuce: A New Approach to Fighting Micronutrient Deficiencies

Gene-Edited Lettuce: A New Approach to Fighting Micronutrient Deficiencies

5 March, 2025

Researchers have successfully used gene-editing technology to enhance the nutritional value of lettuce. The study demonstrates a significant increase in β-carotene (provitamin A), zeaxanthin, and ascorbic acid (vitamin C) without compromising plant growth or yield. This breakthrough highlights the potential of gene editing to combat micronutrient deficiencies and improve the dietary quality of widely consumed crops.

Bring them Home Now! The Hebrew University statement

Bring them Home Now! The Hebrew University statement

4 March, 2025

Prof. Asher Cohen, President of the Hebrew University, and the Presidents of Research Universities in Israel, along with higher education leaders, urge Prime Minister Netanyahu:

"All hostages still held in Gaza must be returned without delay."

In a letter to the Prime Minister, the presidents of Israel’s higher education institutions called on the government—and its leader—not to stop now. They urged full commitment to advancing the second phase of the agreement, the phase that will bring home all remaining hostages, both living and deceased.

Petunia’s Secret: Cracking Nature’s Perfume with Key Floral Scent Gene

Petunia’s Secret: Cracking Nature’s Perfume with Key Floral Scent Gene

27 February, 2025

Scientists at The Hebrew University of Jerusalem have unlocked the secret behind petunia’s captivating scent—tracing it back to a single gene, PhDEF. This gene not only shapes the flower’s petals but also triggers the production of alluring fragrances that attract pollinators. The discovery could revolutionize the fragrance industry and horticulture, offering new ways to enhance floral scents without altering a flower’s natural beauty.