About

Our Winter School is a practical, full-immersion course covering ultrastructural techniques that can be applied to the study of several biological subjects (cells, tissues, organisms). The course will be divided into two parts: a) a theoretical part organized in lectures covering basic and advanced techniques in transmission and scanning electron microscopy; b) a practical part in which participants will be hosted in the laboratories and will be directly involved in the design and execution of experimental protocols regarding the main topics object of the lectures.

Aim

The aim of our winter school is to introduce students to get information and practice on modern approaches concerning cell biology, cytochemistry, molecular biology, and ultrastructure.... [-]

About

"European rural areas are populated with small farms. They contribute to the production of food that is, later on, self-consumed or acquired by consumers in both rural and (peri)urban areas. For the mere fact that they operate in rural areas, small farms are part of rural dynamics (e.g. economic, social, environmental) that influence rural transition. In other words, in Europe rural transition goes along to issues related to agriculture and food production and consumption, many rural areas and businesses operating there contributing to food provisioning and acquisition. The Summer School explores if and how small farms impact on sustainable rural transition while contributing to food provisioning and acquisition. In particular, the programme walks students along the investigation of four themes. These themes fall into the four above mentioned factors influencing the sustainability of rural transition and keep a focus on small farming. The themes can be synthesized as it follows:1. Small farms, sustainable tourism, and territorial valorization. This theme explores how small farms contribute to creating opportunities for a sustainable, experiential and multi-seasonal quality tourism sector. This theme includes analysis of rural tourism supply systems with particular reference to local production and agro-food supply chains and other traditional local products; multi-functionality and diversification of agriculture, agro-tourism, social agriculture, analysis of short supply chains2. Small farms and political agenda. This theme focusses on if, and which, policy acts support directly (e.g. subsidies) or indirectly (e.g. by mentioning small farming as part of broader political strategies) small farms.3. Small farms,... [-]

About

The contribution of computational methodologies to drug discovery is no longer a matter of dispute and the major world’s pharmaceutical and biotechnology companies use computational design tools. Computer-aided drug design comprises computational methods and resources that are used to facilitate the design and discovery of new therapeutic solutions. This summer school will cover all the main computational techniques used in drug discovery, supplying a basic level of knowledge of this research field.

Aim

This course will be divided into theoretical and practical lessons and will allow the participants to independently develop their own computational studies.... [-]

About

Our summer school is a practical, full-immersion course covering biotechniques that can be applied to the study of several biological subjects related to cell biology, gene expression and function analysis, genotoxicity and ultrastructural observations.

The course will be divided in:

a theoretical part organized in lectures covering modern technologies; a practical part in which participants will be hosted in the laboratories and will be directly involved in the design and execution of several experimental protocols regarding the main topics object of the lectures. Aim

The aim of the summer school is to introduce students to get information and practice on modern approaches concerning cell biology, cytogenetics, molecular biology and ultrastructure... [-]

Best Summer Courses in Life Sciences 2019. Program Description Distinctive features of polymer structure (structure, synthesis, flexibility, biomolecules, degradation) Macromolecular physics (models of flexibility, coils and globules, polymer solutions) Physical states of polymers (glassy state, elastic state, relaxation, physical properties) Applications (microelectronics, organic electronics, biomedical applications, etc.) 10 hours lectures + 8 hours lab practice + 2 hours seminar (students are invited to make short presentations on polymers). The amount of hours for labs depends on the number of students in a group, the total amount of hours also is flexible if necessary. [-]

Introduction

Sup'Biotech is a private engineering school located in the Paris metropolitan area, that is specialized in various emerging biotechnology-related fields. Sup'Biotech is part of the IONIS Institute of Technology cluster.

It is one of the top biotech schools in France and is part of IONIS, France’s leading higher private education group. Its students go on into top positions in an array of industries including the health, bioinformatics, pharmaceutical, and cosmetics industries, green industries, and agribusiness.

SUMMER SCHOOLS 2018 from Eikon on Vimeo.

Presentation

Sup’Biotech’s unique curriculum combines science and engineering coursework with management skills and industry-specific technical knowledge, preparing students for dynamic careers in research, management, and communication roles. Our graduates possess not only the expertise needed in STEM-based careers but the interpersonal and management skills to effectively deliver their message.... [-]