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Master in Molecular Biology and Biomedicine

Placements

Internship subjects, Practical Module and/or Master's Thesis.

To request a place for carrying out Internships (6 optional ECTS= 150hr) you will need to access the internships web platform 

If you have any inquiries about internships you can contact us by emailing to practiques.fc@udg.edu

Internships

Submission dates for company-placement reports

  • GROUP F
     The assessment will take place in February
    (report submission deadline: 10 January 2022).

  • GROUP J
     The assessment will take place in June
    (report submission deadline: 16 June 2022).

  • GROUP S
     The assessment will take place in September
    (report submission deadline: 1 September 2022).

How to submit the report (before the submission deadline for each call)

  • Students must upload the report onto the internships web platform  before the deadline for presenting the enrolment call and answering the feedback survey.
  • Students must remind their company tutor and the UdG academic tutor to assess their placements through the online work placement platform.
  • To enable the UdG academic tutor to assess the work placement, the report must be previously uploaded onto the platform and the company tutor must have made their assessment of the work placement on the platform. 
  • Assessment: it is essential for intership reports to be presented so the subject can be approved. The interships tutor will marks the various skills acquired and the learning results under a heading. It will represent 100% of the final note of the subject.

Practicals and/or Master's Thesis module

  • Enter the TFGM  platform with your user name.
  • Sign up to the platform’s offers (prioritising by order of preference).
    The research group will make the selection and you will receive an email with the confirmation of assigned place and, where necessary (external groups in the UdG), you will receive the agreement through an e-mail from the Sciences secretary’s office
  • The agreement’s document will have to be signed by the tutor from the company or research group.

The Practical Module is assessed by the tutor using the section .

Access to the Master's Thesis regulations and the assessment section .

(More information about the Master's Thesis in the "Research work, projects").

GENERAL OVERVIEW OF THE LINES OF RESEARCH AT THE DIFFERENT LABORATORY WHERE PLACES ARE AVAILABLE TO COMPLETE PRACTICAL CLASSES AS PART OF THE MASTER’S THESIS OR PRACTICAL MODULE.

Laboratory of Microbiology (ICRA)

  • Detection of genes resistant to antibiotics in the viral fraction of ADN in samples of hospital effluents.
Quality of the Water and Microbial Diversity (ICRA)
  • Seasonal dynamics and diversity of MCG archaea in a karstic lake.
Group of Molecular Microbial Ecology (Biology)
  • Transcriptomic analysis of Clostridium ljungdahlii and Clostridium carboxidivorans in conditions of electrosynthesis.
Biochemistry of Cancer (Biology)
  • New strategies in the tumour treatment.
  • Analysis of the anomalous glycosylation in mucines associated with the pancreas cancer.
Cork Laboratory (Biology)
  • Analysis of the regulation of the StNAC103 gene via vegetal hormones.
Genetic Ichthyology Laboratory (Biology) 
  • Familiar structure analysis by high throughput SNP genotyping in Atlantic Bluefin tuna. 
Biotechnology of Animal and Human Reproduction (Technosperm) (Biology)  
  • Effect of the acute and chronic nytril intoxication on the gonadal activity of rodents.
  • Determination of the presence of Lactobacillus sp. in the uterine fluid of female domestic donkeys (Equus asinus asinus).
  • Study of the sperm resistance at 5ºC in relation to a previous exposure at 17ºC in pigs.

Cell neurobiology (Biology)
  • Modulation of the AEIC of BDNF and neural markers in cerebral areas related with learning and memory.
  • Study of neurogenesis and glicogenesis markers in rats subjected to EIC.
Clinical Microbiology and Infectious Diseases (Biology)
  • Research on genetic elements involved in the AEIC prototype associated with Crohn’s disease.
Protein engineering (Biology)
  • Design of selective cytotoxic ribonucleases for tumours showing HER-2. 
  • Studies of molecular determiners responsible for the aggregation of TDP-43. 
  • Redesign of anti-tumour ribonucleases to increase its average in vivo.
NEOMA research group (Medicine)
  • Study of the adhesion proteins involved in vestibular synaptic degeneration and repair processes in animal models.
  • Study of the molecular mechanisms of the BNDF signalling system involved in vestibular synaptic degeneration and repair processes in animal models.
  • Protective effect of the PACAP neuropeptide in the degeneration of striatal neurons that occur in the event of Huntington’s disease.
Nutrition, Eumetabolism and Health Group (IDIBGi)
  • Study of the effect of the metabolism of sulphide in the physiology of fatty tissue.
  • Genetics of the taste receiver, type 3, member 38 (TAS2R38) in relation to the food conduct disorders, obesity and nervous anorexia.

Genetic Descriptive Epidemiology and Cancer Group (Catalan Institute of Oncology)
  • Patterns of care and factors associated with ageing in surviving chronic lymphonic leukaemia.
  •  Population-based assessment in line with clinical practice guidelines for breast cancer and adherence to endocrine oral therapy.

Centre for Cardiovascular Genetics (IDIGBI)
  • Regulation of the intracellular traffic of subunits B1 and B2 of the voltage-gated sodium channels.
  • Regulation of the expression and function of the cardiac sodium channel.
  • Functional studies of relevant ionic canals in cardiac physiology.

R&D Laboratory (ZOETIS Manufacturing & Research Olot, S.L.)
  • Viral vectors as second generation vaccines
R&D Laboratory (Vall d'Hebron)
  • Analysis of intestinal-disease bacterial indicators by Q-PCR.
Laboratory of Proteomics (Vall d'Hebron)
  • Proteomic analysis for the research and validation of biomarkers in cancer.

Department of Genetics (Vall d'Hebron)
  • Improvement of molecular diagnosis techniques.
IRTA Monells (IRTA)
  • Safe and quality products. The importance of the active antimicrobial packaging in foods.

These options will vary depending on the lines of research being studied in the corresponding academic year, potentially extending to groups of research that do not feature in this list. 

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