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, microbial community analysis of anode and cathode biofilm(s) based on 16S rRNA gene sequencing and cultivation approaches for isolation and characterization of electrogenerative microorganisms. Using
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ICETA - Instituto de Ciências, Tecnologias e Agroambiente da Universidade do Porto | Portugal | 3 months ago
testing; (iii) characterization of resistance genes; (iv) characterization of virulence genes; (v) whole-genome sequencing; (vi) analysis of compounds with potential antimicrobial activity; (vi) analysis
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from 0 to 20 points. 9.3. Criteria for Curriculum Evaluation (AC): a) PhD thesis topic: Aligned with the project theme: up to 6 points; Not aligned: 0 points. b) Scientific publications: At least 4
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: (i) environmental and applied microbiology; (ii) conducting experiments in experimental aquatic systems; (iii) the use of metagenomic tools and multivariate statistical analysis applied to sequencing
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biomaterials for tissue engineering and other biomedical applications. The activities to be carried out continuously over 30 months are aligned with the objectives of biological tissue processing, cleaning
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from processed and fermented apple pomace, integrating a systematic literature review and alignment with EFSA guidelines; 3) Implementation of validated methodologies for assessing microbiological safety
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: Demonstrated experience in laboratory-based scientific research, particularly in areas aligned with the project’s objectives, including bioactive compound extraction and characterization, chromatographic and
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of magnetic tunnel junctions, including PVD deposition systems, Ion Milling, Direct Write Laser Lithography, Mask Aligners, E-beam systems, CVD deposition tools, RIE tools, SEM inspection tools and metrology
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of development and fabrication of diamond coatings at low temperature on microelectronic devices, synthesis of diffusion barriers, processing of vertically aligned carbon nanotubes and their physical, chemical and