- Teacher: samia mazrou
This fundamental course in cell biology, designed for first-year students in natural and life sciences, serves as a cornerstone of their university education. Scheduled in the first semester, it offers a crucial introduction to the fascinating universe of cells, the true basic units of life. Through this module, students delve into the microscopic mechanisms that govern life, thereby acquiring essential knowledge to comprehend complex biological processes. From cellular structure to organelle functions, and including molecular interactions, this course lays the indispensable foundations upon which students will build their in-depth understanding of the living world throughout their academic journey.
- Teacher: sarah madani
Cellular biology, also known as cell biology, is the study of cells – the basic structural and functional units of all living organisms. It encompasses a wide range of topics, from understanding the fundamental properties of individual cells to the complex interactions between cells within tissues and organisms.
The field of cellular biology emerged in the 19th century with the development of microscopy techniques that allowed scientists to observe and study cells in detail. Over the years, advances in molecular biology, biochemistry, and genetics have deepened our understanding of cellular structure, function, and behavior.
Key areas of study in cellular biology include cell structure and organization, cellular metabolism, cell signaling and communication, cell division and reproduction, and the regulation of gene expression. Cellular biology also plays a crucial role in many other scientific disciplines, including medicine, biotechnology, and environmental science.
By studying cells, researchers can gain insights into the mechanisms underlying diseases, develop new therapies and treatments, and explore the evolutionary origins of life. Overall, cellular biology is a dynamic and interdisciplinary field that continues to advance our understanding of life at its most fundamental level.
- Teacher: nadia ayache
Cellular biology, also known as cell biology, is the study of cells – the basic structural and functional units of all living organisms. It encompasses a wide range of topics, from understanding the fundamental properties of individual cells to the complex interactions between cells within tissues and organisms.
The field of cellular biology emerged in the 19th century with the development of microscopy techniques that allowed scientists to observe and study cells in detail. Over the years, advances in molecular biology, biochemistry, and genetics have deepened our understanding of cellular structure, function, and behavior.
Key areas of study in cellular biology include cell structure and organization, cellular metabolism, cell signaling and communication, cell division and reproduction, and the regulation of gene expression. Cellular biology also plays a crucial role in many other scientific disciplines, including medicine, biotechnology, and environmental science.
By studying cells, researchers can gain insights into the mechanisms underlying diseases, develop new therapies and treatments, and explore the evolutionary origins of life. Overall, cellular biology is a dynamic and interdisciplinary field that continues to advance our understanding of life at its most fundamental level.
- Teacher: khedidja kenza behidj
Cellular biology, also known as cell biology, is the study of cells – the basic structural and functional units of all living organisms. It encompasses a wide range of topics, from understanding the fundamental properties of individual cells to the complex interactions between cells within tissues and organisms.
The field of cellular biology emerged in the 19th century with the development of microscopy techniques that allowed scientists to observe and study cells in detail. Over the years, advances in molecular biology, biochemistry, and genetics have deepened our understanding of cellular structure, function, and behavior.
Key areas of study in cellular biology include cell structure and organization, cellular metabolism, cell signaling and communication, cell division and reproduction, and the regulation of gene expression. Cellular biology also plays a crucial role in many other scientific disciplines, including medicine, biotechnology, and environmental science.
By studying cells, researchers can gain insights into the mechanisms underlying diseases, develop new therapies and treatments, and explore the evolutionary origins of life. Overall, cellular biology is a dynamic and interdisciplinary field that continues to advance our understanding of life at its most fundamental level.
- Teacher: fethia lakrouf
En synchronisation avec le cours, cet enseignement vise les renforcements de bases en communication générale et scientifique nécessaires à la poursuite des études en sciences biologiques.
- Teacher: yasmina DJITLI
Science is generally defined as the Intellectual and practical activity covering the systematic study of the structure and behaviour of the physical and natural world, through observation and experiment. It also refers to a systematic and organized body of knowledge in any area of inquiry that is acquired using the Scientific Research. The aim of the Working Methods and Terminology course is to introduce, to the students, the basics of scientific research, bibliographic research and scientific writing.
The WMT1 course is divided into a group of learning units that enable students to acquire the various concepts in a coherent way.
In addition, this module enables students to familiarize themselves with Terminology right from the start of their training, so as to develop their knowledge of the language of specialization at an early stage, for better integration into university life and the world of scientific research, and to acquire a methodology for carrying out effective scientific research and writing an organized thesis..
- Teacher: nadia azil
Le module T.C.E., commun à tous les étudiants de la première année SNV, est un module
pluridisciplinaire puisqu'il repose sur la conjonction de trois disciplines : la documentation,
l'éducation socioculturelle et le français.
Le but de cet enseignement est d'apprendre aux étudiants la communication orale et écrite, en milieu universitaire scientifique et aussi en milieu social hors de l'université, notamment lors de la recherche d'un premier travail et en entreprise, après le recrutement.
- Teacher: ceria hamache
- An outline of the topographical map and its various features is given in the first section of the PW "Geology." The second part concerns geological mapping, and the third part is devoted to the study of minerals under a polarizing microscope in particular, since it should not be forgotten that the latter, in this case, mineralogy, is merely one of the Earth Sciences' disciplines.
- The topic builds on the knowledge that the students have discovered in the natural sciences at previous levels. Therefore, you can use this PW to access your prior knowledge in order to learn new information. be able to create topographic profiles, read and comprehend topographical maps, and read and interpret a geological map based on the dating of geological layers. Using the stratigraphic principles to construct a cross-section through the map area along a line between two finding areas, examining the subsurface geological layers, and allocating them a relative age based on the geologic time scale.
- Learning objectives
- You will be able to, after completing this practical work:
- Examine, understand, and identify the components of a topographic map. (scale, legend, coordinates, contour lines, etc.);
- Acquire the skill of drawing a topographical profile and identify the various types of relief features.
- Gain knowledge of how to read and analyze a geological map by using the dating of geological layers using the principles of stratigraphy.
- Teacher: Lynda Abtout
This fundamental course in cell biology, designed for first-year students in natural and life sciences, serves as a cornerstone of their university education. Scheduled in the first semester, it offers a crucial introduction to the fascinating universe of cells, the true basic units of life. Through this module, students delve into the microscopic mechanisms that govern life, thereby acquiring essential knowledge to comprehend complex biological processes. From cellular structure to organelle functions, and including molecular interactions, this course lays the indispensable foundations upon which students will build their in-depth understanding of the living world throughout their academic journey.
- Teacher: sarah madani
Practical geology work covers the reading of topographical and geological maps, as well as the use of a polarizing microscope to study minerals.
the aim is for students to :
- Be able to read a topographic maps and identify relief, and draw topographic profiles on milimetric paper.
- Learn to read a geological map and draw geological sections.
- Develop the ability to observe and identify the characteristics of different minerals under a polarizing microscope.
the aim is for students to :
- Be able to read a topographic maps and identify relief, and draw topographic profiles on milimetric paper.
- Learn to read a geological map and draw geological sections.
- Develop the ability to observe and identify the characteristics of different minerals under a polarizing microscope.
- Teacher: bochra wiam bouzid
- Teacher: O. KHEFFACHE
- Teacher: Si d’Ali DOUKKARI