Master's Degree in Biomedical Research
Academic year 2024-25
General information about Master's theses
The Master's Thesis (TFM) comprises the production of an original academic work specifically written for this purpose, where students must individually apply the skills acquired throughout the programme under the supervision of one or more tutors. Depending on the profiles for each curriculum, the thesis shall enable the assessment of students' professional, educational and/or initial research abilities.
The information below covers each of the stages in TFM academic and administrative management in accordance with the Agreement of the Centre for Postgraduate Studies Management Committee whereby the internal regulations for writing and assessing master's theses at the University of the Balearic Islands are approved and which came into force in the 2020-21 academic year.
Master's Thesis Registration
Students must register for the TFM subject within the registration or extended registration deadlines set by the CEP before being able to move on to the next stages in the process. In turn, each degree may set the conditions and requirements to be fulfilled by students for registration on the TFM (where applicable, these requirements shall be stated in the TFM course guide and in the specific information section for each programme).
The maximum number of registrations to pass the TFM subject is four, plus one additional registration which shall be granted by the Centre for Postgraduate Studies management team upon approval by the master's supervisory team.
Where the viva defence of the master's thesis cannot be held in the same academic year as the initial registration year, an annual and consecutive registration may be granted for academic tutoring to undertake the viva defence. The registration for academic tutoring shall count as a second registration and, where students do not pass the TFM after the tutoring period, any subsequent re-registrations shall count as ordinary registrations.
In any event, where students undertake the TFM viva defence and are given a fail mark, they must request an ordinary re-registration and cannot request a registration merely for academic tutoring.
Assigning Proposals and Tutors
Each programme will publish the proposed topics or general areas available to students enrolled on the master's thesis subject. The proposed topic or area lists will include one or several eligible lecturers for tutoring.
- Students may select any of the proposed topics at any time throughout the academic year provided that the board of studies for the programme has not set out different specific criteria in the course guide for the master's thesis subject
- In order to be allocated a proposed topic, students must generally get in touch with the proposing lecturer or, where only areas are available, any lecturer qualified to provide supervision in the relevant area so as to decide on a specific topic. If the proposed topic is accepted, the corresponding lecturer will be assigned as tutor and notify the master's thesis subject coordinator. The coordinator will then update the list of available topics on the platform
- The programme's management team may also entrust the master's thesis coordinator with managing available areas and topics with students. In this instance, the procedure and contact person's details will be published on Aula digital before the enrolment period.
Businesses, institutions, professionals and students themselves may also propose thesis topics.
Undertaking Theses at Collaborating Organisations
Theses may be undertaken at collaborating organisations that have signed an agreement with the UIB (agreement template). The thesis topic must be submitted beforehand to <convenis.postgrau@uib.cat>.
Students who undertake their theses at a collaborating organisation shall be selected in accordance with the terms for the relevant selection procedure set out in the agreement appendix, and as per available spots at each organisation.
The collaborating organisation will appoint a programme coordinator for the entire duration of the stay. The coordinator shall ensure students receive a suitable welcome and training, as well as appropriate management over their academic activities.
In turn, the UIB will appoint a tutor to ensure the academic quality of the thesis.
Ownership of any intellectual or industrial property rights arising from the thesis shall be governed as per the relevant current regulations. Where applicable, what is set out in the agreements signed with public or private institutions which have provided funding or contributed to the implementation of these agreements shall also apply.
Registration of the Master's Thesis Project
Registering for the TFM represents a learning contract between students and the tutor(s).
Once the TFM proposal is assigned to students, they shall formalise the registration of their master's thesis project within the deadlines set for each degree programme (please see the specific information section for the programme) via the following application: https://postgrau.uib.es/tfm which enables students to monitor their request.
Please bear in mind that the registration application should:
- State the provisional project title (without the use of capital letters except where necessary)
- State the tutor(s) name and surname(s), as well as their correct e-mail address (this should be checked carefully as this is the communication method where tutors shall accept tutoring of the TFM to finalise registration of the project)
- Include an attached thesis script in PDF format not surpassing 100MB.
Submission of the Master's Thesis
TFM submission is deemed to be a thesis assessment request made by students.
The TFM may be submitted within the deadlines set for each programme (please see the specific information section for each programme) as long as the students' registration application has been accepted and they have paid the registration and admin fees.
Submission comprises a two-step process. Firstly, students must submit an assessment request over the following application: https://postgrau.uib.es/tfm, where they will be able to monitor the entire process.
You need to take the following into account when filling in the form:
- The thesis report must be attached in PDF format as per the regulations set for each programme (and not surpass 100MB in size)
- The thesis cover must follow the format for the
Master's Thesis Cover [en]
Portada del TFM [ca]
Portada del TFM [es] - Where the thesis contains appendices in other formats (audio, video, etc.) that cannot be included in the PDF report, these shall also be attached to the electronic request form
- Students must also fill in the TFM distribution licence to state whether they accept their work being available as open access or not in the institutional repository for public consultation.
The second necessary step to complete TFM submission comprises depositing the thesis in PDF format (in exactly the same manner as mentioned in the previous point) in the task section that the TFM supervisor has enabled for this purpose in the programme's TFM subject area on Aula Digital. The thesis shall be checked through plagiarism detection tools and a report produced and made available to each tutor and panel member when accepting the TFM submission, as well as in the assessment process by the panel.
Master's Thesis Viva Defence
The TFM presentation and defence must be a public event where students make an oral presentation before a minimum three-person panel comprising the chair, secretary and one further member. Once the presentation is finished, the panel will open a Q&A session on aspects linked to the thesis.
The TFM viva defence shall be run within the deadlines set for each programme (please see the specific information section for each programme). In order to undertake the TFM viva, students must have passed all other necessary credits to be awarded the degree. Notwithstanding the above, students may defend their TFM with a maximum of one subject still to be passed, where this is allowed by the specific regulations for the TFM on the programme published on the respective website (please see the specific information section for the programme).
The programme may designate one or several TFM panels. Where the programme designates a specific panel for each TFM, this must be done within a maximum deadline of ten working days from the official submission date of the thesis. Once the designation is notified, the chair of the panel (or head of the TFM or programme management) shall convene the other members, tutor(s) and student to present and defend the thesis within ten working days at most.
In exceptional circumstances where the TFM contains information that could be deemed confidential, the presentation and viva procedure may be modified as per what is set out in article 10 of the Regulations for writing and assessing master's theses at the University of the Balearic Islands. In order for the TFM specifications subject to data or results protection processes to apply, students or tutors must make a reasoned request addressed to the CEP at the time of submission.
Master's Thesis Assessment
Each programme shall establish its TFM assessment criteria, which shall be made public every academic year and be taken into account by the panel when grading the TFM (please see the specific information section for each programme). Once the TFM presentation and viva are finalised, the panel shall deliberate on students' attainment level and then award a mark for the thesis, which shall be included in students' academic records.
Resources on Academic Plagiarism, Turnitin and AI.
Web resources from the UIB library: Definition, regulations and other topics related to plagiarism and how to avoid it.
Integridad académica y plagio (Academic integrity, plagiarism and how to include the ideas of others into our work): Author: González Teruel, Aurora - Date: 2019 - (Educational Innovation, University of Valencia) Video on YouTube
Information about accessing Turnitin reports: UIB Turnitin Webinar.
Unlocking the Power of Generative AI Models and Systems such as GPT-4 and ChatGPT for Higher Education: PDF
Resources for Master's Thesis Tutors
Since the first step to check for plagiarism comes from those tutoring theses, tutors are recommended to review the 'Resources on Academic Plagiarism and Turnitin' section on this website.
Specific information about theses for the Master's Degree in Biomedical Research
Defended Master's thesis
Link to the institutional repository (DSPACE)
- Analysis of inflammatory markers in colorectal cancer patients
- Biomarcadores diagnósticos en broncoaspirados de pacientes críticos ventilados
- Efecte del cannabidiol sobre la resposta al tractament amb oxaliplati en línies de càncer colorectal
- Efectos de la metformina y simvastatina sobre la funcionalidad mitocondrial de la línea celular de cáncer de mama triple negativo MDA-MB-231.
- Exploració de les vesícules extracel·lulars com a eina de diagnòstic i pronòstic de sèpsia
- Implementación de un sistema de secuenciación NGS de tercera generación en leucemia linfoide crónica
- Molecular Study of the Antioxidant and Anti-inflammatory Properties of Oleocanthal on Breast Cancer Cell Lines
- Searching for new biomarkers for colorectal cancer: the value of proteins in extracellular vesicles
- ¿Es posible predecir el cáncer de pulmón mediante los Toll-like receptors?
- Creación de un perfil de miRNAs para la detección precoz del cáncer de pulmón en biopsia líquida
- Development of an in vitro fibroblast hypoxia protocol
- Efectos de la ingesta aguda de bisfenol A adsorbido a microplásticos sobre marcadores de estrés oxidativo, inflamación y metabolismo lipídico
- Effect of macrophage-derived extracellular vesicles on a colorectal cancer cell line
- Evaluación del papel de miR-205-5p y miR-1301-3p como posibles biomarcadores en cáncer de próstata resistente a castración
- Exploring novel colorectal cancer biomarkers in extracellular vesicles from bowel lavage fluid. Characterizing leukocytes of the same cohort
- Potential role of miRNA as biomarkers for cholangiocarcinoma
- Rol metabólico de PEPCK-M en el tejido muscular esquelético
- Discovering key host factors in SARS-CoV-2 infection
- Dissociació tissular per analitzar l?_?expressió de PATJ en les cèl·lules del cervell en el context de l?_?ictus isquèmic i en processos de diferenciació neuronal
- Efectos del tratamiento con Seleno-L-Metionina y Seleno-L-Cistina en el estado oxidativo en líneas de cáncer de colon
- Effects of a palmitic acid and fructose-rich diet on lung fibrosis and inflammation markers in aged mice
- Estilo de vida y hábitos alimentarios en el desarrollo de cáncer de colon
- Generation of glioblastoma cell lines with constitutive luciferase expression through lentivirus-mediated infection
- Identification of potential stage-dependent biomarkers of colon cancer in plasma and adipose tissue
- Mitochondria response to obesity-related inflammation in a breast cancer 3D culture approach
- Characterization of breast cancer cell crossing through the endothelial barrier during metastasis
- Effect of SIRT3 silencing on the senescence of breast cancer cell lines
- Effects of SIRT3 silencing on inflamation in breast cancer cell lines
- Endothelial dysfunction in diabesity: role of sex hormones
- Estudio inmunohistoquímico de la función mitocondria en cáncer de colon
- Impact of epicatechin and theobromine in ROS production and the inflammation profile of colon cancer cells
- Mitochondria and metastasis. Role of ERRalpha in colon cancer
- SIRT1 silencing as modulator of oxaliplatin effects in colon cancer cells
- Alteración del secretoma en el tejido adiposo gonadal de ratas macho diabésicas
- Drug repurposing approach to identify and validate potential drug candidates in vitro for glioblastoma based on different molecular subtypes
- Generación de modelos celulares con pérdida de función de RhoE mediante el uso de shRNA-vectores lentivirales
- Modifications of the mitochondrial functionality in colonospheres. Response to oxaliplatin
- Oxidative stress and inflammation gene expression profiles in mammosphere formation. Response to cisplatin
- Protective mechanisms of 17β-estradiol against hepatic lipotoxicity
- Role of mitochondrial function of lung mesenchymal stem cells in idiophatic pulmonary fibrosis
- Study of the role of visceral adipose tissue in colon cancer
- Survival influence of SIRT3 targets and regulators expression in breast cancer
- Analysis of changes in immune cells lipid fingerprint after their in-vitro activation
- Efecto de los estrógenos en la resistencia hepática a la insulina y la función mitocondrial en ratas ZDF.
- Effects of active compounds present in beer on oxidative stress in colon cancer cells.
- Modulation of macrophage polarization by titanium implant surfaces
- Caracterización del efecto molecular de fenotiazinas antipsicóticas en células de glioma: Estudio del potencial cooperativo con temozolomida.
- Desarrollo de una metodología para evaluar el riesgo de cristalización de ácido úrico en orina humana (RCAU). Estudio de los efectos del consumo de distintos productos derivados del cacao en el riesgo de cristalización del ácido úrico en orina de voluntarios sanos.
- Effects of genistein on the gene expression related to inflammation in breast cancer cell lines
- Effects of genistein on the mitochondrial function and the antioxidant response in human colon cancer cells
- Effects of hop-derived prenylflavonoids on mitochondrial function of SW620 colon cancer cells
- Estudio de la proteína surfactante D como posible biomarcador en pacientes SAHS pediátricos
- Mitochondrial functionality is regulated by alkylphosphocholines in human colon cancer cells
- Nuevas aplicaciones biológicas de las cicloescuaramidas: estudio de sus efectos sobre líneas celulares
- Study of antioxidant response and mitochondrial function on I, II, III and IV stages in biopsies of colon cancer
- Study of the inflammatory state in tumor tissue of colorectal cancer patients depending on the stage
- Validation of a transfection protocol to study the functionality of small RNAs in the U-2932 cell line of diffuse large cell B lymphoma
- Role of receptor tyrosine kinases and Rho GTPase mediated signaling in the regulation of the invasive phenotype in malignant gliomas