Melanoma Nuclear Architecture Internship: Cell Plasticity

INSERM; France; Sur place; EUR 12 000 - 17 000; Plein temps

Avantages offerts par ce poste

Interdisciplinary environment

Access to core facilities

Résumé du poste

INSERM in Nice, France, invites Master 1 or Master 2 students to join a 2027 internship focused on how changes in nuclear morphology and cellular mechanics relate to melanoma cell plasticity. The project blends cancer biology, molecular biology, fluorescence microscopy and quantitative approaches in a vibrant, interdisciplinary setting.

The student will gain hands-on experience in cell culture, gene modulation, real-time assays and advanced imaging while collaborating with Dr Mickaël Ohanna.

Qualifications

• Weakness: Master 1 or Master 2 student in life sciences with interest in cancer biology and microscopy.
• Strong interest in cancer biology, cell plasticity, nuclear architecture and quantitative biology.
• Current enrolment in Master 1 or Master 2; English good; French not mandatory.
• CV, motivation letter, latest transcript/grades and class rank if available.

Responsabilités

• Investigate how nuclear morphology, organization and cellular mechanics relate to melanoma plasticity.
• Work in interdisciplinary environment combining cancer biology, molecular biology and microscopy.
• Gaining experience in fluorescence microscopy, quantitative image analysis and related techniques.
• Participate in training and interactions with researchers across disciplines.

Connaissances

cell biology

molecular biology

cancer biology

microscopy

quantitative biology

Formation

Bachelor Degree or equivalent

Outils

Fluorescence microscopy

RNA extraction

RT-qPCR

Western blotting

Image analysis

Description du poste

INSERM in Nice, France, invites Master 1 or Master 2 students to join a 2027 internship focused on how changes in nuclear morphology and cellular mechanics relate to melanoma cell plasticity. The project blends cancer biology, molecular biology, fluorescence microscopy and quantitative approaches in a vibrant, interdisciplinary setting.

The student will gain hands-on experience in cell culture, gene modulation, real-time assays and advanced imaging while collaborating with Dr Mickaël Ohanna.