Search teams

HALASSI Ismahan (Team Leader) HANOUN Saida (Member) YAKHLEF Wahiba (Member)   Microorganisms populate our entire environment. They are present in the air, water, and on all objects around us. Some are beneficial, and humans have long learned to use certain microorganisms to their advantage (e.g., food production, antibiotics). However, many microorganisms are also pathogenic. Our applied microbiology team studies microbial biodiversity and its significance in today’s economic world. The team focuses on four major fields: Human and Animal Health, Agri-Food, Environment, and Industry. We are interested in microorganisms for their own biological properties (e.g., cells, proteins), for their products (e.g., exo-enzymes, antibiotics), and for their ability to transform and degrade certain substances to produce useful compounds or to clean up the environment. Our research aims to deepen the understanding of microbial ecology, food microbiology, bacteriology, biotechnology, and biological control, ultimately promoting health and preserving the environment. Toxicology examines substances that may harm human, animal, and environmental health, such as agricultural inputs, pesticides, mycotoxins, packaging migrants, and other food contaminants. It also explores their effects and investigates control and prevention methods. The team’s work is structured around two main areas:   Understanding the diversity, function, and regulation of microbial life at different study scales (molecular, cellular, and ecosystem), exploring its interactions with the environment and associations with other organisms, and developing innovative biotechnological solutions. Detecting toxic substances and evaluating their long-term effects on human and animal health, as well as studying their fate and ecological impact....اقرأ أكثر

  FERROUDJ Sana (Team Leader) MAAMAR Hichem (Member) BOUSSAA Abdelhalim (Member)   Around the world, the COVID-19 pandemic has caused severe damage to human health, societies, and economies. It is a zoonotic disease, meaning it is transmitted from animals to humans. While it may be the most serious one we have experienced, it is not the first. Zoonotic diseases are infections caused by viruses, bacteria, parasites, fungi, and prions that are naturally transmitted between animals and humans. As a result, zoonoses represent a vast and heterogeneous group of diseases, characterized by the diverse interactions between humans and animals. By controlling animal diseases, we can help protect livestock, human populations, and entire economies. The team’s activity will focus on foodborne zoonoses as well as infections transmitted by arthropod vectors (ticks, etc.). The challenge is to contribute to the protection of animal and public health (the “One Health” concept) through the development of innovative methods for screening, diagnosis, and surveillance, as well as the integrated control of pathogens, particularly zoonotic ones, whether emerging or not, in domestic and/or wild animals....اقرأ أكثر

  –    YAHIA Massinissa (Team Leader) –    BERTELLA Anis (Member) –    MESSAI Alima (Member) Our team conducts research at the intersection of pathophysiology and pharmacobiology, aiming to develop pathophysiological strategies for interactions with biological environments. The development of these strategies relies on the discovery of new bioactive molecules, the identification of molecular mechanisms, and the design of new treatments, among other approaches. This objective is reflected in the very name of our team: Molecular Pathophysiology and Bioactive Molecules. Our multidisciplinary research team focuses on: •    Identifying new natural substances with biological and/or pharmacological activities of socio-economic interest, extracted from oils and plant extracts used in traditional medicine in the Aurès region. •    Conducting genetic, molecular, and epidemiological studies on various diseases that significantly affect local populations and whose causes remain poorly understood, such as cancer and cystic fibrosis....اقرأ أكثر

ELAFRI Ali (Team Leader) AICHE Mohamed Amine (Member) AROUA Khaoaula (Member)   Natural ecosystems such as forests, savannas, grasslands, rangelands, deserts, tundras, rivers, lakes, and seas are living proof of Earth’s biological diversity. Agricultural fields and gardens also hold significant importance as biodiversity reserves. The degradation of global biodiversity is mainly due to habitat destruction, over-cultivation, pollution, and the harmful introduction of foreign plants and animals. In fact, the current degradation is primarily a result of human activity, posing a severe threat to human life. The objectives and activities of the MPCB team presented here are generally aimed at: Inventorying animal biodiversity and identifying hotspots for the conservation of endangered species and their habitats in the Aurès region. Identifying animal species with biological and ecological potential, as well as bioindicators of natural environment quality. Insect farming for animal feed and determining biological tools for pollutant degradation (bioremediation). Mapping natural environments with high biological and ecological potential. Assessing various aspects of the vulnerability of these natural environments. Understanding the biological, ecological, and evolutionary processes that govern the variety, quantity, and quality of genes, populations, communities, and ecosystems over time and space, as well as the economic and societal consequences of their interactions with human activities. Contributing to the development of national strategies and proposing incentive measures, management tools, processes, and policies for the effective protection, conservation, and restoration of biodiversity, as well as the sustainable use of biological resources....اقرأ أكثر

A research team specializes in the use of geospatial technologies and geographic information systems (GIS) to solve problems related to sustainable natural resource management and agro-hydrology. This team generally works at the intersection of several disciplines, such as environment, agriculture, hydrology and data sciences, and with an integration of artificial intelligence in data processing and resource management. Team Leader Dr Boulabeiz Mahrez Email: mboulabeiz(at)univ-khenchela.dz Team member First name and name Last diploma Rank Speciality Attachment structure Bouzou Mourad Lazhar Phd Lecturer Agronomy Science U. Khenchela Belkoum Noureddine Phd Lecturer Ecology U. Khenchela   Research axes Mapping and monitoring of natural resources, Development of remote sensing models for the identification of degraded areas. Spatio-temporal monitoring of vegetation cover and agricultural land using geospatial data. Integrated water resources management, Geospatial modeling of watersheds for sustainable water management. Analysis and mapping of soil and groundwater salinization. Development of GIS-based decision support systems (DSS) for efficient allocation of water resources. Agro-hydrological planning and optimization, application of geostatistical techniques, and Simulation of the impacts of climate change on water resources and agricultural yields. Use of GIS and artificial intelligence, Design of predictive models based on neural networks. Automation of agricultural crop classification by machine learning. Preservation of sensitive areas and sustainable planning, Identification and protection of wetlands. Study of land use conflicts related to urban and agricultural growth.  Integration of remote sensing and GIS for environmental monitoring; Monitoring of drought trends and detection of changes in land use and impact on natural resources. Spatio-temporal analysis of hydrological cycles for climate resilience solutions....اقرأ أكثر

Algeria contains a very large diversity of plant bioresources (species and varieties), given that it occupies a strategic geographical position in the world and is characterized by a di-versity of reliefs and bioclimatic levels. However, these plant species (cultivated or in for-ests) are subject to damage due to biotic factors (such as insect pests, weeds and phytopath-ogenic microorganisms) or abiotic factors (such as climatic factors). To address these con-straints, the study of the characteristics related to these factors (including the study of the bioecology of pests, the pathogenicity of pathogens, inventory of crop enemies, etc.) and the testing of alternative methods of controlling bioaggressors, can contribute significantly to the protection of plant bioresources. In this context, the main objective of our team is to study the different aspects related to plant protection (inventory of important bioaggressors, their bio-ecology, control, etc.), in particular the dominant crops in the Khenchela region. Team Leader Prof. LEBBAL Salim Department of Agricultural Sciences Email; lebbalsalim@univ-khenchela.dz Team members First name and Name Last diploma Rank Speciality Attachment structure MAGHNI Noudjoud Doctorate SLB Entomology U. Khenchela NADJI  Hamida Magister JLA Animal Biology U. Khenchela MERZEKANI Zhira Magister JLA Veterinary Sciences U. Khenchela   Research axes Inventory of crop enemies, particularly those of socio-economic importance in the Khenchela region (such as the codling moth, aphids of vegetables and cereals, etc.) Contribution to the study of alternative methods of combating bio-aggressors (resistant varieties, botanical pesticides, auxiliaries, etc.); Valorization of bioinformatics applications in the field of plant protection (exploitation of this tool in the search for molecules with potential pesticide activity through in silico studies); Protection and development of fruit growing in semi-arid areas, knowing that the region has been known in recent years for the expansion of apple growing, and the support of scientific research is essential for the success of this agricultural sector...اقرأ أكثر

This research team aims to assess, conserve and valorize phyto-resources by extracting bioactive compounds and evaluating their biological activities – including nutritional, biostimulant, anticancer, antioxidant, antibacterial, antifungal, and anti-inflammatory properties – to explore applications in the agri-food and health sectors. Team Leader Dr. Azzedine FERCHA (Assoc. P level A) Department of Agricultural Sciences Email, fercha.azzedine@univ-khenchela.dz Team members First name and name Last diploma Rank Specialty Attachment structure Azzedine FERCHA HDR Assoc. P(A) Plant Biology & Physiology U. Khenchela Lilia DOUAOUYA HDR Assoc. P(A) Applied Biochemistry U. Khenchela Zahira BOUZIANE Doctorate Assoc. P(B) Plant Biotechnology U. Khenchela Khalid RAHAL Master’s degree Assis. P(A) Plant Biotechnology U. Khenchela   Research axes Document and catalog traditional knowledge and local uses of aromatic and medicinal plants, establishing a species inventory to identify those with high added value. Assess the distribution, abundance, and conservation status of local phytogenetic resources, identify threatened species and develop conservation strategies, including both in situ and ex-situ approaches (e.g. in vitro culture, seed banks, etc.). Isolate, identify, and characterize bioactive compounds (antioxidants, anticancer, antibacterial, antifungal, etc.) for potential applications in agri-food, pharmaceutical, cosmetic, and health sectors. Assess the effects of plant extracts and isolated compounds on biological models to explore therapeutic, biostimulant, or pathogen-protective effects. Develop eco-friendly, efficient extraction and formulation methods to maximize yield and stability of bioactive products. Explore plant-derived products for integration into value chains, such as food supplements, biofertilizers, biostimulants, or natural preservatives. Conduct in genetic selection and plant breeding to develop varieties or rootstocks suited to local conditions (stress resistance, soil adaptation), supporting sustainable agriculture. Collaborate with industry partners to translate scientific findings into market-ready products, integrating plant extracts or compounds into innovative applications....اقرأ أكثر

This team focuses on the assessment and sustainable management of agricultural water and soils. Its objective is to develop innovative solutions to preserve these resources in the face of pollution, degradation and climate change challenges. By combining modeling, remote sensing; assessment and field studies, the team proposes practical strategies to optimize water use, improve and preserve soil health and ensure the sustainability of agricultural and natural systems. Team Leader Mr. AOUIDANE Laiche (AF “A”) Department of Agricultural Sciences Email, aouidane.laiche@univ-khenchela.dz Team member First name and name Last diploma Rank Speciality Attachment structure AOUIDANE Laiche Habilitation AP ‘A’ Agricultural Sciences U. Khenchela BEN HIZIA Toufik Habilitation AP ‘A’ Agricultural Sciences U. Khenchela GOUBI Mostafa Magister PhD Forests and soil conservation U. Khenchela   Research axes Development of technological responses with the development of innovative processes or management methods for the treatment of polluted water and soil (Phytoremediation, …. etc.). With optimization of the reuse of non-conventional water in irrigation, taking into account the assessment of risks and environmental impact. Technological innovation in the management of agricultural and forestry resources. Use of modern technologies (remote sensing, geographic information systems, smart sensors) to monitor and optimize the management of water and soil resources in agricultural and forestry areas. Identify and prevent soil degradation, by developing models to generalize specific measurements in space, and to establish forecasts according to different land use scenarios in the Aurès area. Study and reasoning of mineral fertilization and assessment of the chemical fertility of cultivated soils, with the development of local biofertilizers. Impact of climate change on water and soil resources. Analysis of the effects of climate change on water cycles and soil quality, and development of solutions to strengthen the resilience of agricultural and forestry systems to these impacts. Integration of precision agriculture, evaluation and development of smart irrigation techniques and models that conserve water and soil resources (arboriculture, cereal growing, etc.)....اقرأ أكثر

  Head of the group: Dr. Karim Zarman Specialization: Applied Economics Aliya Barhoum, Associate Professor A, Commercial Sciences, Abbas Laghrour University, Khenchela Hossam Adnan, Associate Professor A, Marketing, Abbas Laghrour University, Khenchela Boubker Nasri, PhD, Associate Professor B, Marketing and International Trade, Abbas Laghrour University, Khenchela Objectives of the research group: The objectives of the research group, Economic and Commercial Analysis and Foresight, are: The behavioral and cultural analysis of Algerian society and its impact on green consumption The ability of Algerian consumer society to change purchasing habits in favor of green products Study and analysis of the components of the green products market (supply and demand, competition, market sectors, concentration…) and prospects for the development of this market Holding training and training courses in the field of economic analysis, project feasibility assessment, financial analysis, elasticity analysis, measuring the determinants of demand for renewable energy products Survey and exploratory studies on green products (consumer behavior and the possibility of modifying it and ways to achieve this) Organization Training courses in forecasting, measurement and financial analysis techniques used in project evaluation and selection....اقرأ أكثر

Head of the group: Dr. Imad Takwacht Specialization: Development Economics Members: Siham Zargane, Qualification, Associate Professor A, Finance and Institutional Management, Abbas Laghrour University, Khenchela Souhila Baghena, PhD student, Associate Professor B, Finance and Institutional Management, Abbas Laghrour University, Khenchela Walid Darwish, PhD, Associate Professor B, Business Administration, Abbas Laghrour University, Khenchela Adel Bouafia, Assistant Professor A, Industrial Economics, Abbas Laghrour University, Khenchela Objectives of the research group: – Conducting in-depth studies on renewable energies in order to preserve the environmental aspect with the aim of achieving sustainable local development. – Studying the economic and social feasibility of investing in renewable energies by addressing the available potential. – Focusing on the most important axes on which the strategy of transition from fossil to renewable energies depends and the means of its success, especially at the national level. – Highlighting the role of renewable energy in Algeria and the most important projects and strategies that it has followed in order to achieve future goals away from traditional energy, and proposing appropriate solutions in the field of developing reliance on solar energy.  ...اقرأ أكثر

Dr. Ali Khenafer Email khenafer.ali@univ-khenchela.dz Specialization: Economic Development Members Akram Laour, Associate Professor A, Environmental Economics and Sustainable Development, Abbas Laghrour Khenchela. Hala Abdelli, Associate Professor B, Finance and Institutional Management Abbas Laghrour Khenchela. Aqab Nour Eddine, PhD, Assistant Professor A, Public Management, Abbas Laghrour Khenchela. Objectives of the Research Group: – Adopting the green economy as a national trend – Conducting analytical and exploratory studies of economic operators at the level of the Algerian economy as a starting point for developing strategies to activate investment in the green economy. – Collecting statistical data and information on the innovations achieved in economic recycling. – Conducting in-depth research on the circular economy and how to benefit from the experiences of leading countries in this field....اقرأ أكثر

Team leader: Dr. ATAMENA Abdelmalik Lines of research Team 2: Literature at the Confluence of History and Social Sciences, led by Dr. ATHAMENA Abdelmalik. The second team; she deals with studies that are at the crossroads of literature; history and social sciences; This team represents the link that links the three areas mentioned above. The themes taken care of by this team are multidisciplinary because they have language and literature as a starting point by associating history; anthropology and social sciences. Keywords : Literature, History, social sciences, research texts, critical fiction, white writing, art, investigation, anthropology    ...اقرأ أكثر

Team leader: Dr . HASSANI Rima Aida  Lines of research Team 1: Mathematics and Computer Science and New Approaches in Discourse Analysis. led by Dr. HASSANI Rima Aida: This team is interested in everything relating to new approaches to discourse analysis in general and more precisely to mathematics and computer science as a means of linguistic, didactic and literary analysis. In short, this team brings together lexicometric analyzes of different types of speech, notably macro-discourses, as well as the integration of software into language analyses; as well as all recent trends; for example the use of technologies in teaching and education and all types of analysis. Keywords : Discourse analysis – Lexicometry – Software – Statistical analyzes – Macro-corpus – New approaches – Recent trends – Technologies.  ...اقرأ أكثر

Head of Group 5 Aziz Loujani...اقرأ أكثر

Head of Group 4 Charaf Eddine Zdira...اقرأ أكثر

Head of Group 3 Walid Bibi...اقرأ أكثر

  Head of Group 1 Nahid Hebbaz Governance of Startups hebbaz.nahed@univ-khenchela.dz...اقرأ أكثر

Team leader: Pr. Mssais Amel Lines of research Scientific work focuses ona multidisciplinary contribution in the synthesis of new Complexes, their characterizations, modeling and the structure-properties correlation., the nature of the compounds synthesized or studied suggests interesting biological, optical or magnetic properties.Organometallic chemistry, which combines metals via organic ligands to form materials with interesting biological, magnetic and optical properties, offers a wide range of systems ranging from 3D systems to clusters. As it has been proven that antimicrobial compounds based on metal ion complexes in which the metal ions will be coordinated to bioactive molecules such as antibiotics or amino acids have higher antibacterial activities than non-complexed antimicrobials.  ...اقرأ أكثر

Team leader: Pr. Chahaoui Oualid Lines of research The Physics and Mechanics of Materials (PMM) team: is mainly interested in shaping processes, their control and simulation and it focuses on the optimization and modeling of the mechanical properties of metallic materials by optimizing their microstructure. The emphasis is placed on the elaboration and fine rheological characterization, and to develop mechanical models to predict the global and local mechanical behavior of materials.  ...اقرأ أكثر

Team leader: Dr. Khemissi Saadeddine Lines of research Team02 Modeling and simulation of the static and dynamic characteristics of micro and nanoelectronic components (MESFET and CNTFET transistors, LEDs, solar cells, etc.). Simulation of high energy sensors based on semiconductors. Transport in semiconductors (theoretical study). Research prospects The field of photovoltaics is of specific importance in our research perspectives. Currently, in view of our resources, we are only interested in the simulation of solar cells. But in the future we look forward to the characterization (as a first step) of these very frequent components in the new national and international energy strategy.  ...اقرأ أكثر

Team leader: Pr. Djebaili Hamid Lines of research Team01 a) Plastics (CNEPRU 2015-2018) Plastics are present in all areas of human activity, from packaging to interplanetary rockets. This primacy of plastics over other materials is due, apart from their low price, to the fact that there is not a single form of plastic but a multitude, each with particular properties. In addition, the manufacturing processes, which make it possible to obtain the most complex shapes easily and without machining, are varied. They were thus able to create multiple monomers and, in collaboration with physicists and mechanics, manufacture them on a very large scale while ensuring extreme purity, invent catalytic polymerization processes and, finally, develop entirely new machines.   b) Thin layers (PRFU 2018-2021) The objective of our research is focused on improving the mechanical, structural and tribological properties of thin layers deposited on steel substrate by magnetron sputtering: -Characterization of ZrN and VN thin layers deposited on steel substrate by magnetron sputtering -Study of the mechanical, structural and tribological behavior of thin MoN and VN layers deposited on steel substrate by magnetron sputtering -Study of the mechanical behavior of binary layers by covering and finite element simulation -Study of the tribological behavior of thin layers (MoVN and ZrVN) deposited by PVD. Concerns should be considered: Functionality and integrity of these thin layers: tribological properties (friction, wear, etc.) and impact of complex environments and production processes on their behavior Breaking interfaces Nanotribology and adhesion mechanisms Resistance of coatings under varied conditions Tribology and sustainability c) Nitriding (PRFU 2021-2024) The objective of our project is focused on the influence of the parameters of the nitriding process on the morphology and nature of the nitrided layers;this process makes it possible to create a diffusion layer with a high nitrogen content in solid solution without precipitation of nitrides in order to maintain the corrosion resistance properties.Furthermore, theone of the objectives of this project is to better understand the interactions between nitrogen and carbon during nitrocarburization treatments of austenitic stainless steels (for example): — -Study of the structural, mechanical and tribological behavior of stainless steels nitrided by plasma. -Study of the mechanical and tribological behavior of 42CrMo4 steels nitrided by gas and salt bath. – Influence of the type of nitriding process on the metallurgical properties (structural, mechanical and tribological) of stainless steel and 42CrMo4. -Study of the tribological behavior of 42CrMo4 steels nitrided by gas and salt bath methods and comparison.    ...اقرأ أكثر

Team leader Dr.TOUATI Amina E-mail:amina.chemin@yahoo.fr     Lines of research Adsorption Advanced oxidation processes treatment of discharged effluent Sonochemistry Ultrasonic desorption Membrane Liquid Emulsion The adaptation of water treatment sectors to new health standards leads us to offer new treatment procedures in perfect harmony with the origin of the water and the increasingly demanding quality levels required at the end of the treatment. Water contamination by endocrine disruptors, pharmaceutical products and dyes is a concern, particularly for the production of drinking water. There are many industries releasing effluents loaded with endocrine modulators, pharmaceutical products and dyes. Added to this industrial pollution is pollution caused by hospital effluents and the widespread use of chemical fertilizers and pesticides in agriculture. In this context, the aim of this research team is the study and development of new effective oxidation and separation processes for the treatment of discharged effluents and the development of new efficient procedures for treating water for potable use.    ...اقرأ أكثر

Team leader Dr.BOUDJEMAA Kheir-Eddine Lines of research Team 03   Integrable systems Modeling and simulation Quantum systems in intense fields structure and dynamics of molecular systems Statistical characterization of non-equilibrium systems Statistical physics of biological systems   Our research group aims to develop and use different types of mathematical theories and methods (algebra, homological algebra, differential geometry, topology, non-commutative geometry, functional analysis, combinatorics, partial differential equations, etc.) relating to to various issues related to physics: Integrable systems, field theory, constructive theory, Statistical characterization of non-equilibrium systems, condensed matter, Schrödinger equation, semi-linear evolution equations, Statistical physics of biological systems. This team studies different theoretical themes, ranging from statistical physics to mathematical physics, including condensed matter physics. This thematic diversity leads the group to maintain numerous links with other teams in the laboratory. In addition, the members of the theoretical team are strongly involved in the teaching provided at the Khenchela University center....اقرأ أكثر

Team leader Dr.BENLECHEB  Tahar  E-mail:benlecheb@yahoo.fr Lines of research Team 02   Study of the magnetic properties of new organometallic complexes Study of the electronic structures of new organometallic complexes Design and synthesis of new molecules for sensors Development of new materials, products, devices and systems or their substantial improvements. Synthesis of new molecules for therapeutic effects. Synthesis and theoretical study of new hybrid compounds     Scientific description of the team’s research program: The team’s research themes are all part of a unifying research theme based on the study of the epistemological and conceptual aspects of chemistry (development of interpretive methods and rationalization of founding concepts from experimental chemistry). Our research team aims to study the structural properties, magnetic properties, optical properties and also electronic structures of new organometallic complexes, the design and synthesis of new molecules for sensors and also molecules with therapeutic effects. The team’s areas of interest cover all fundamental aspects and fields Its applications extend over a vast area ranging from theoretical or methodological innovation in DFT (Density Functional Theory) approaches to numerical modeling and simulations of complex systems of interest in organic, inorganic or organometallic molecular chemistry. Our team’s research finds its results in vast areas such as catalysis, asymmetric synthesis, molecular toxicology, the chemistry of extreme environments in the gas or condensed phase, molecular pharmacology or the study/development of new materials, chemical sensors. Research themes: Synthesis and structural study of new materials. Synthesis of new hybrid compounds DFT modeling and calculation for the study of structural properties DFT modeling and calculation for the study of optical and electronic properties DFT modeling and calculation for the study of propertiesmagnetic....اقرأ أكثر

Team leader Prof. BENOUNIS Messaoud E-mail :benounis@yahoo.fr   Lines of research Team 01 Chemical sensors, biosensors, selective ion sensors. Surface engineering and functionalization In-situ monitoring of degradation and life cycle of polymers and deepening of polymer degradation phenomena Trace analyzes Detection of chemical and biological pollutants in water and gases In Algeria, the chemical and metallurgical industry is the primary source of chemical and biological pollutants. In addition, the treatment of household waste by incineration confines a majority of the pollutants to landfill, a part of which is disseminated in the environment with emissions into the atmosphere. These pollutants confer a polluting potential which proves problematic for the environment and living beings. The objective of our research team is to design, develop and evaluate chemical and electrochemical sensors and selective biosensors, based on ionophores and ligands designed specifically for the detection of pollutants, and the implementation of control and monitoring processes. industrial detection. Our team relies both on the potential of chemical sensors, both technological (small dimensions and integration of sensor matrices, low-cost technology) and functional (multi-parametric detection, portability, remote sensors for risk areas) and on the complementarity of others teams constituting the consortium: A team of chemists, a team of electronics engineers, a team of physicists specializing in mathematical and statistical modeling and simulation....اقرأ أكثر

Team Leader 04:Zaimi Ramzi...اقرأ أكثر

Team Leader 03:Qantari Zlikha...اقرأ أكثر

Team leader 4:  Dr. Djamel BENSIZERARA   Research area :   1.1. The study, design and use of living organisms (microbes, plants and animals) and their components to understand, produce and transform biological resources.  1.2. The possibility of transforming these organisms and improving them genetically through various selection methods and/or genetic engineering to produce biomolecules with high added value intended for human and animal food.  1.3. Promote Algerian plants for cosmetic, medicinal and agricultural purposes.  1.4. Exploiting Algerian plants to feed cows and sheep.  1.5. Extraction of biologically active molecules of plant origin intended for food and treatment of humans and animals....اقرأ أكثر

Team leader 3:  Dr. Miyada OUANES Research area : Work on the chemical and isotopic tracing of thermal spring waters, both for the characterization of aquifers and for the estimation and exploitation of the geothermal energy (geothermal energy) contained in these hydrothermal deposits....اقرأ أكثر

Team leader 2: Pr. Kenza  KADI Research area : The application of new biological techniques (plant biotechnologies, and resource management)  Improving quality and increasing food, agricultural and industrial productivity  Conservation and sustainable use of biological diversity to address biotic and abiotic constraints ...اقرأ أكثر

Team leader 1:  Dr. HAMLI Sofia  Research Area  Evaluate the epidemiological, clinical and genetic profile of certain cancers with environmental influence and frequently present in the eastern Algerian highlands region, to establish the impact of the environment on the susceptibility to the appearance of these cancers, and to understand the molecular bases of the “environment-genetic-pathology” interaction....اقرأ أكثر