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STATE OF ISRAEL I MINISTRY OF AGRICULTURE AND RURAL DEVELOPMENT   
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Name: Hinanit Koltai, Ph.D. (Researcher)
Units: Plant SciencesOrnamental Plants and Agricultural Biotechnology
Research Interests / Job description  
Tel:  03-9683039 03-9683038
Cell: 050-6220739
Fax:03-9669583
Email:    hkoltai@volcani.agri.gov.il
Office location:BANK HAGENIM building room 207
Address:Dept. Of Ornamental Horticulture and Biotechnology
Institute of Plant Sciences
ARO, Volcani Center
Bet-Dagan 50250
Israel
Tel: 972-3-9683039
Mobile: 972-50-6220-739

PhD, Research Scientist

 

Research Interests / Job description
1. Medical Cannabis: research and development of new cannabis-based medication for anti-cancer and anti-inflammatory activities.
2. Medicinal plants uses for anti-cancer and anti-inflammatory activities.
3. Strigolactones as new plant hormones regulating root development.
CV  

 

Research in my lab

1Medical Cannabis: research and development of new cannabis-based medication for anti-cancer and anti-inflammatory activities

Different preparations of Cannabis sativa have been used for the treatment of different medical indications. However, while C. sativa contains hundreds of compounds, the specific beneficial compound(s) remain elusive. For the development of standardized, GMP grade cannabis-based products, the active compounds need to be specified. Israel, via the Ministry of Health, is undergoing a process of medicalization of cannabis, whereby the development of high standard cannabis-based products for specific medical indications is of high priority. Our approach for identifying cannabis compounds for efficient use in patients is based on development and use of specific bioassay and biomarkers. We have shown that the anti-inflammatory and anti-cancer activities of cannabis extracts on colon tissue and epithelial cells is derived from a specific combination of cannabis compounds, some are acting via cannabinoid receptors. Our results may pave the way towards patient-specific treatment by standardized C. sativa -based products and to the development and use of cannabis strains optimized for specific medical indications.

2. Medicinal plants uses for anti-cancer and anti-inflammatory activity

Plants have had an essential role in the folklore of ancient cultures. In addition to the use as food and spices, plants have also been utilized as medicines for over 5000 years. It is estimated that 70-95% of the population in developing countries continues to use traditional medicines even today. A new trend, that involved the isolation of plant active compounds begun during the early 19th century. This trend led to the discovery of different active compounds that are derived from plants. In the last decades, more and more new materials derived from plants have been authorized and subscribed as medicines, including those with anti-cancer activity. Cancer is among the leading causes of morbidity and mortality worldwide. The number of new cases is expected to rise by about 70% over the next 2 decades. Thus, there is a real need for new efficient anti-cancer drugs with reduced side effects, and plants are a promising source for such entities. In my lab we focus on plant-derived substances exhibiting anti-cancer and chemoprevention activity, their mode of action and bioavailability. We also generate herbal library composed of collection of plants with potential anti-inflammatory activities for skin and bowl treatments, and examine their activity and mode of action.

3. Strigolactones as new plant hormones regulating root and shoot development


To gain an insight into the mechanism of strigolactons activity on plant development an, we are studying model systems of tomato and Arabidopsis, using genetic, physiological, molecular and biochemical research approaches.

Strigolactones (SLs), a family of substances produced by plants, are now known to be plant hormones. SLs have diverse biological roles. They regulate root development: SLs alter lateral root (LR) formation and positively affect root-hair (RH) length.

For an insight into SLs mode of action, we are studying Arabidopsis roots, while examining the cross talk of SLs with other plant hormones that regulate root development, and the associated signal transduction pathways. We also found SLs to be involved in root responses to low phosphate conditions. In tomato we study shoot over-branching for characterization of the biological processes involved in SLs regulation of tomato shoot architecture.

 

 

Updated on: 06/11/17 16:38
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