Programme Overview

SHARE's ongoing research programmes

Current Research

CellAg: Bioengineering Tools for Next-Generation Cellular Agriculture

CellAg- Bioengineering Tools for Next-Generation Cellular Agriculture

Cellular agriculture (CellAg) offers a sustainable way to produce meat and milk, promising a greener future for food. However, scaling up this technology means safeguarding against microbial contamination. Our mission is to drive innovation in this critical area, ensuring the safety and success of the CellAg industry.

Our team  tackles a critical challenge in the booming CellAg industry - preventing microbial contamination. We are building cutting-edge biosensors to detect contaminants at ultralow levels and also developing innovative, non-antibiotic solutions. This will help the industry achieve antibiotic-free production, implement real-time quality control, and train future leaders, paving the way for a more sustainable and secure food future.

CellAg: Bioengineering Tools for Next-Generation Cellular Agriculture

ISRAEL-SINGAPORE URBAN FARM

ISURF- Data-Intensive Autonomous Intelligent Urban Farming for Whole-Plant Yield Optimization.

The long-term vision of the researchis to develop a cost-efficient, replicable, data-centered, autonomous,intelligent urban farming system that can be installed in any specified urbanstructure.

ISRAEL-SINGAPORE URBAN FARM

MLID - INTRA‐CREATE COLLABORATIVE GRANT

INTRA-CREATE Collaborative Grant between SHARE and NUS.

The objectives of this study are clear and straightforward, namely, to exploit the experimental models already established, in which we controllably induce liver inflammatory disease, for unraveling the molecular events that underlie the development and the exact kinetics of the malady.

MLID - INTRA‐CREATE COLLABORATIVE GRANT

Smart Grippers for Soft Robotics

Smart Grippers for Soft Robotics is a new research program in the field of soft robotics that is based on a collaboration between The Hebrew University of Jerusalem (HUJI) and Nanyang Technological University (NTU) with the participation of Singapore University of Technology and Design (SUTD).

The main research and development in this program will be devoted towards fabrication of soft, smart grippers. Gripping and holding of objects are key tasks for robotic manipulators.

Smart Grippers for Soft Robotics

Past Research

Molecular Mechanisms Underlying Inflammatory Diseases (MMID2)

The molecular mechanisms underlying inflammatory diseases is a joint partnership between the National University of Singapore and the Hebrew University of Jerusalem under the Singapore-HUJ Alliance for Research and Enterprise.

The project focuses on advancing an understanding of cellular and molecular mechanisms of inflammation of diseases prevalent in Asia. You can find more information about the team involved in this research here, or find out more information about the study below.

Molecular Mechanisms Underlying Inflammatory Diseases (MMID2)

Nanomaterials for Energy and Water Management (NEW-CREATE)

Nanomaterials for Energy and Water Management (NEW) is a joint research project between HUJ and NTU, to develop novel materials and devices for three themes: Printable energy materials and devices, energy modulation and storage systems for buildings, and materials and processes for energy-water nexus.

NEW-CREATE develops novel materials and devices for three themes: printable energy materials and devices, energy modulation and storage systems for buildings, and materials and processes for energy-water nexus. This programme aims to innovate advanced materials in pushing the scientific frontiers in energy harvesting, conservation and storage to meet the energy-water nexus needs through innovative manufacturing processes.The programme aims to bring scientific excellence and innovation, leading to technology transfer, licensing and entrepreneurship.

Nanomaterials for Energy and Water Management (NEW-CREATE)

Seed Grant 04

INTRA-CREATE SEED COLLABORATION GRANT CALL 04 is a between SHARE (The Inter-university Institute for Marine Sciences in Eilat) and NUS.

The SHARE-NUS Team, is under Dr. Maoz Fine (SHARE) and Dr. Ow Yan Xiang (NUS).

Seed Grant 04

Seed Grant 06

INTRA-CREATE SEED COLLABORATION GRANT CALL 06 is between SHARE and NUS. The Share-Nus Team, is under Dr. Ilona Darlyuk-Saadon (SHARE) and Dr. Hataitip Tasena (NUS).

The grant aims to establish unique animal models, in which the MAPK - p38 can be activated individually in the lung or in the whole body, to activate p38 in the animal model and monitor the appearance of ageing lung hallmarks and to reveal the aetiology of lung disease development from the onset, i.e., p38 activation, to appearance of symptoms.

Seed Grant 06

Seed Grant 08

INTRA-CREATE SEED COLLABORATION GRANT CALL 08 is between SHARE and NUS.

The SHARE-NUS Team, is under Dr. Jessica Bellworthy (SHARE- The Inter-university Institute for Marine Sciences in Eilat) and Dr. Yap Wei Liang Nicholas (NUS).

Seed Grant 08