Ana C. Lara-Rodriguez

Ana C. Lara-Rodriguez
Biology Centre CAS · Institute of Soil Biology

1.58
 · 
PhD
About
7
Research items
300
Reads
1
Citation
Research Experience
Jan 2019
Biology Centre CAS
Position
  • PostDoc
Nov 2018 - Dec 2018
National University of Colombia
Position
  • Bioinformatic consultant
Description
  • Bioinformatics consultation for Professor Gloria Consuelo Ramirez. Project on swine influenza.
Mar 2018 - Jan 2019
Convenio PorkColombia/Instituto Colombiano Agropecuario
Position
  • Bioinformatics Expert
Description
  • Sample processing and diagnostics test of Classical swine fever virus. Analysis of CSF sequences and construction of phylogeny trees.
Education
Aug 2010 - Apr 2017
Los Andes University (Colombia)
Field of study
  • Biological Sciences
Jan 2009 - Apr 2016
Los Andes University (Colombia)
Field of study
  • Biological Sciences - Microbiology
Jan 2000 - Aug 2007
National University of Colombia
Field of study
  • Biology
Network
Cited By
Followers
Following
Projects
Projects (2)
Project
Biofilm formation are a very important feature of Pseudomonas aeruginosa. Biofilms allow P. aeruginosa to colonize very different surfaces. My interest right now is the colonization of oily surfaces.
Research
Research items (7)
Thesis
Research Problem: Given that Pseudomonas aeruginosa is an oportunistic phatogen, the composition, structure and/or transcription eficiency of its accesory genome – those variant genetic elements that can give an advange to certain strains in a given niche – can help to dilucidate the relations between purely environmetal strains and clinical strain...
Conference Paper
Full-text available
Sensory impaired individuals are at a disadvantage in accessing and processing electronic information. The first author (i.e. Thomas Hahn) is legally blind due to Albinism. In this experience report we describe challenges faced by the visually impaired and explain how remote access programs in combination with voice communication programs can be us...
Thesis
Biofilms of Pseudomonas aeruginosa strains have different expression profiles when growing on crude oil droplets and on cooking oil droplets. Differences were observed in the expression of genes associated to alkane degradation, system MexCD-OprJ, MExX-oprm and ExoS, ExoT. A technique for isolation of biofilms associated to crude oil was standardiz...
Article
Full-text available
We established basis for a datetelling method of leaves (Tillandsia spp.) consumed by Tremarctos ornatus by determining or detecting the presence of microorganisms. We used samples from the field that corresponded to different states of decomposition. The samples (2 cm from the leaf base consumed by the animal) were processed in the laboratory, cha...