Biomedical Informatics

From XLDB

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Line 19: Line 19:
; [[EPIWork]] : Developing the framework for an epidemic forecast infrastructure
; [[EPIWork]] : Developing the framework for an epidemic forecast infrastructure
; [[FiBRE]] : Filtering Bioentity Recognition Errors
; [[FiBRE]] : Filtering Bioentity Recognition Errors
-
; [[HCM]] : Integration and exploration of clinical and biological data about HCM disease
+
; [[HCM]] : Integration and exploration of clinical and biological data about the disease Hypertrophic Cardiomyopathy
; [[ThermInfo]] : Collecting and presenting thermochemical properties
; [[ThermInfo]] : Collecting and presenting thermochemical properties
; [[SABO]] : Semantic similarity across biomedical ontologies (VPH-NoE)
; [[SABO]] : Semantic similarity across biomedical ontologies (VPH-NoE)

Revision as of 14:58, 10 December 2010

Biomedical Informatics is one of the newest research lines of LASIGE, where the XLDB Team is committed on several ongoing research projects and academic programmes (Master in Biomedical Informatics at FCUL).

The research focus straddles Informatics and the following topics: Text/Graph Mining (sources: Bioliterature, Protein Interactions, Sequences); Biomedical Ontologies Applications; Clinical Informatics; Therapy support; Biomedical information retrieval; Semantic searches bridging the gap between the medical jargon and everyday language; E-learning (education & training) in Health; Privacy preservation and access control; Epidemiological data collection & integration; Decision Support

LASIGE is a General Member of the Virtual Physiological Human Network of Excelence.

Contents

Team


Active Projects


AEB 
Automated Extension of BioOntologies
CoherenZy 
Methods for Carbohydrate Enzyme Family Coherency Assessment
EPIWork 
Developing the framework for an epidemic forecast infrastructure
FiBRE 
Filtering Bioentity Recognition Errors
HCM 
Integration and exploration of clinical and biological data about the disease Hypertrophic Cardiomyopathy
ThermInfo 
Collecting and presenting thermochemical properties
SABO 
Semantic similarity across biomedical ontologies (VPH-NoE)

Ongoing Activities


BOA 
Biomedical Ontologies Applications
ISPD 
Information Systems for Pulmonary Diseases

Past Projects and Activities


The following research projects have ended:

  • ARN - Algorithms for the identification of genetic Regulatory Networks
  • Peptides - Peptidic programs for protein classification
  • ReBIL - Correlating enzyme sequences with their activity based on biological literature.
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