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  The groundbreaking research conducted by Mohammad Hamouda, a doctoral student affiliated with the Department of Chemistry and the Institute for Nanotechnology and Advanced Materials in Bar Ilan University, has resulted in the development of advanced optical sensing detectors. Working under the supervision of Prof. Adi Salomon, Hamouda's detectors exhibit the remarkable ability to detect drug derivatives even at minimal concentrations in water.
The significance of Hamouda's work was published in leading Arab newspapers in Israel, PANET &  KUL AL ARAB.

طالب الدكتوراة في جامعة بار-إيلان محمد حمودة يُطور حلولًا لمشكلة تلوثات مياه الشرب kul-alarab.com

PANET | تطوير جديد في جامعة بار-إيلان يمكن من تحديد بقايا الملوثات الدوائية ومواد ملوثة اخرى في المياه

BINA is a part of the EU project, “MULTIDIMENSIONAL INTEGRATED QUANTITATIVE APPROACH TO ASSESS SAFETY AND SUSTAINABILITY OF NANOMATERIALS IN REAL CASE LIFE CYCLE SCENARIOS USING NANOSPECIFIC IMPACT CATEGORIES” (INTEGRANO), which started on January 1, 2024. The proposal was evaluated under the HORIZON-CL4-2023-RESILIENCE-01-22 call.
INTEGRANO includes 12 Partners from 8 countries (Italy, Belgium, Portugal, Israel, Spain, Bulgaria, Denmark, and Germany) and its duration is 48 months (January 2024 – December 2027).
The Kick-off Meeting of the INTEGRANO Project was held during 23rd – 24th January 2024 in Milan – ITALY. INTEGRANO's ambition is to set the basis for a new paradigm for integrated sustainability and safety assessment of nanomaterials through their life cycle stages, by delivering solutions that overcome present Safe and Sustainable-by-Design shortcomings and by filling the present gaps emerging from the state-of-the-art analysis.
BINA was represented by Dr. Nataliia Dudchenko.

Bar Ilan Institute for Nanotechnology sees great importance in promoting and supporting the industry in Israel and R&D collaborations.

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