Exelon is a cholinesterase inhibitor, a type of medicine prescribed for people in the early or middle stages of Alzheimer's disease. Though not a cure, Exelon has been shown to be an effective medicine for treating the symptoms of mild to moderate Alzheimer's disease. Exelon provides hope for people with Alzheimer's disease and the people who care for them. It can slow the progression of symptoms and help people with mild to moderate Alzheimer's disease stay connected longer to the relationships and activities they value and enjoy.

Product developed by;
Marta Weinstock-Rosin, Department of Pharmacology, Hebrew University

DOXIL is indicated for the treatment of patients with ovarian cancer whose disease has progressed or recurred after platinum-based chemotherapy. Product developed by; Yechezkal Barenholz, Faculty of Medicine, Hebrew University & Alberto Gabizon, Hadassah University Hospital Jerusalem

The world’s most popular cocktail hybrids for greenhouse production with improved shelf-life, yield, and quality, which revolutionized the fresh market industry, both indoors and in open fields. The Daniela variety is only one example of the novel developments. Its genetic make-up combines a ripening inhibitor gene with some selected polygenes for firmness and slow ripening, together with other genes generating high yields of large, quality fruit. Since its initial release, Daniela was further improved and the number of built-in pest and disease resistances was greatly extended. More than 15 years after its first release, Daniela and related cultivars are considered today to be among the world’s leading greenhouse varieties. In Europe, they have become an industry standard.
Producs developed by;
Haim Rabinowitch & Nachum Kedar both from the Faculty of Agriculture, Food and Environmental Quality Sciences, Hebrew University                                              

Pepper is a major vegetable crop in the world. The hybrids that were bred at the Hebrew University are able to set pepper fruits under mild winter conditions, using simple greenhouses. That, even when minimum night temperature reaches 10ºC or when day temperature exceeds 35ºC. The plants are vigorous and produce high yield during a long season. The hybrids also produce firm fruit, good vine storage capacity, long shelf life and low sensitivity to fruit cracking, a real problem in most production areas. The blocky type pepper hybrids bred at the university are market leaders in the major production areas in Spain, Israel & Mexico. In collaboration with Zeraim Gedera (Owned by Syngenta). 

Product developed by; 
Dr. Yonatan Elkind , Faculty of Agriculture, Food and Environmental Sciences, The Hebrew University Rehovot Campus

Cationorm® brings a true innovation to the patients suffering from dry eye symptoms. The cationic emulsion reproduces the tear mechanisms of action to act on the different levels of the tear film. Cationorm® uniquely combines lubricating and hydrating properties, optimal spreading on the surface of the eye, replenishment of the tear film lipid layer and prevention of tear evaporation. The results of clinical study have clearly demonstrated Cationorm® advantages for patients: tolerance, long-lasting relief and optimal comfort. 

Product developed by; 
Simon Benita, School of Pharmacy, Hebrew University

PerioChip is a small, orange brown, rectangular chip (round at one end) for insertion into periodontal pocket. 
The active ingredient of PerioChip is Chlorhexidine, a gold standard broad – spectrum antimicrobial agent. Each chip contains 2.5 mg chlorhxidine. 
PerioChip is indicated as an adjunct to scaling and root planing procedures for reduction of pocket depth in patients with chronic preiodontitis. PerioChip should be inserted in pockets, 5-8mm in depth. After insertion into the pocket, PerioChip demonstrates a sustained release of chlorhexidine over a period of up to 7-10 days. After that period the PeriChip biodegrades and disappear. The chlorhexidine released from the Periochip have been shown to suppress pocket flora till up to 11 weeks. 

Product developed by; 
Michael Friedman, School of Pharmacy, Hebrew University & Michael Sela, Doron Steinberg both from the Faculty of Dental Medicine, Hebrew University

DIP Tech has developed superior ceramic ink, which has been specifically formulated to work with all glass applications. As the ink was developed for digital systems, its liquidity is durable for printing using industrial ink jet heads. As a result, the printing overlay will never feel rubbery, therefore allowing for accurate printing. DIP Tech's ceramic inks are state-of-the-art, containing micro-glass particles and pigment formulated to ensure the highest level of compatibility and performance for the GlassJet™ series. 

Product developed by; 
Shlomo Magdassi, Casali Institute of Applied Chemistry, Hebrew University

The UV-Pearl Technology encapsulate the active ingredients of sunscreen in micro-capsules. These glass spheres are designed to reduce the contact of these potent chemicals with the skin, and prevent damage from free radicals. UV-Pearls are completely safe and inert, and have already been adopted by major companies for sunscreens and daily wear cosmetics. 

Product developed by; 
David Avnir, Faculty of Science, Institute of Chemistry, Hebrew University

The result of the combined efforts of Trima and Prof. Elka Touitou for treatment of herpes simplex virus infections of skin and mucous membranes. 

Product developed by; 
Elka Touitou, Department of Pharmaceutics, School of Pharmacy, Faculty of Medicine, Hebrew University

Cardiovascular surgeons realize that the dissection of retrosternal and intra-pericardial adhesions is an unavoidable and time-consuming part of secondary open heart surgical procedures. The presence of adhesions also increases patient risks and prolonged anesthesia exposure negatively impact the delivery of quality patient care. FDA and CE Mark approved, REPEL-CV reduces the severity of post-operative adhesions that inevitably form as a result of the trauma and bleeding that occur during the surgical procedure. 

Product developed by; 
Daniel Cohn the Casali Institute of Applied Chemistry, Hebrew University

DYN R&D develops, manufactures and markets commercial, molecular DNA marker tests (a real time PCR technology), collaboration with the world breeding experts of the Agricultural Department at the Hebrew University, for the agriculture sector- mainly seed companies. Heavily involved in the local and European markets, we assist our customers in confirming resistance for tomato, pepper and melon seeds, as well as testing the purity of tomato seeds.

A head louse repellent under the brand name “Sumo” was launched in November 2005 by Phoenix Laboratories, Buenos Aires, Argentina. A license was given to Elea Laboratories for commercialization purposes of the product (in Latin America). The repellent is based on a patented formulation of a low concentration citronella. Its efficacy was tested in a double-blind clinical trial on the head of children. 

Product developed by: 
Kosta Y. Mumcuoglu, Department of Parasitology, Faculty of Medicine, Hebrew University & 
Shlomo Magdassi, Casali Institute of Applied Chemistry, Hebrew University

Carbonyl groups are among the most important functional groups in organic chemistry and their introduction by the oxidation of alcohols is a process of major importance. SiliaCat™ TEMPO is a catalyst for selective oxidation of primary and secondary alcohols to aldehydes and ketones respectively. The major advantage of this reagent is the possibility to obtain good yields under mild conditions in the absence of toxic heavy metals. 

Product developed by;
David Avnir, Institute of Chemistry, Hebrew University

For treatment of dry eye induced conjunctival damage even in severe cases.

Product developed by: 
Shabtay Dikstein, Unit of Cell Pharmacology, School of Pharmacy, Hebrew University

MemoGene is a groundbreaking viral-based tissue-culture-independent technology for precise plant genomic modification that can be applied to all plants without using traditional genetic engineering. 

Product developed by; 
Alexander Vainstein, Faculty of Agriculture, Hebrew University

Hybrids excelling in yield, quality, and storage life under ambient conditions in warm climate countries; and of short-day, high-yielding, high-solids onion hybrids for processing 

Product developed by: 
Haim Rabinowitch, Faculty of Agriculture, Food and Environmental Quality Sciences, Department of Field Crops, Vegetables and Genetics, Hebrew University

MBCD is an interactive, Internet based career-guidance and information system aimed at facilitating career decision making. Based on decision theory and extensive empirical research, it offers deliberating individuals a unique combination of expert advice, career information, and decision-making support. Based on the client's responses, MBCD constructs a brief list of promising career and educational options that matches their personal goals and preferences, and then provides textual and video information about the options that allows the client to evaluate their applicability. The USA version of MBCD was developed in cooperation with Intocareers, at the University of Oregon. The Israeli version of the system is marketed by Yoram Limudim, a subsidiary of Walla.co.il, one of the larger Israeli Internet portals.

Product developed by; 
Itamar Gati, Departments of Education and Psychology, Hebrew University

HIPPY is a home-based, family focused program that helps parents provide educational enrichment for their preschool child. Believing that parents play a critical role in their children's education, the HIPPY program seeks to support those parents who may not feel sufficiently confident to prepare their children for what they consider to be "school knowledge." HIPPY is designed for parents. It gives parents the tools and support they deserve to help their children learn in their own homes. 

Product developed by; Miriam Westheimer, School of Education, Hebrew University