pre-printObjectives-As part of an investigation of connecting health professionals and the lay public to both disease and genomic information, we assessed the availability and nature of the data from the Human Genome Project relating to human genetic diseases. Methods-We focused on a set of single gene diseases selected from main topics in MEDLINEplus, the NLM's principal resource focused on consumers. We used publicly available websites to investigate specific questions about the genes and gene products associated with the diseases. We also investigated questions of knowledge and data representation for the information resources and navigational issues. Results-Many online resources are available but they are complex and technical. The maj...
Disease gene identification based on chromosomal localisation is sometimes difficult and often time-...
Background: In the field of movement disorders, what you see (phenotype) is seldom what you get (gen...
Background: In the field of movement disorders, what you see (phenotype) is seldom what you get (gen...
pre-printObjective: This paper focuses on the first two years of operation of Genetics Home Referenc...
The knowledge of the human genome is in continuous progression: a large number of databases have bee...
Contains fulltext : 33210.pdf (publisher's version ) (Open Access)Disease gene ide...
Genome interpretation – illustrating how genomic variation affects phenotypic variation – is one of ...
Since the introduction of next-generation sequencing, an increasing number of disorders have been di...
Since the introduction of next-generation sequencing, an increasing number of disorders have been di...
Exactly how genetic factors contribute to the onset of disease is not fully understood. All the same...
Summary: We developed web-based applications that encourage the exploration of the literature on hum...
BACKGROUND: With the advent of high throughput genotyping technology and the information available v...
Modern research into the genetic basis of human health and disease is increasingly dominated by high...
Modern research into the genetic basis of human health and disease is increasingly dominated by high...
disorders � Medical informatics applications The surge of information generated by the Human Genome ...
Disease gene identification based on chromosomal localisation is sometimes difficult and often time-...
Background: In the field of movement disorders, what you see (phenotype) is seldom what you get (gen...
Background: In the field of movement disorders, what you see (phenotype) is seldom what you get (gen...
pre-printObjective: This paper focuses on the first two years of operation of Genetics Home Referenc...
The knowledge of the human genome is in continuous progression: a large number of databases have bee...
Contains fulltext : 33210.pdf (publisher's version ) (Open Access)Disease gene ide...
Genome interpretation – illustrating how genomic variation affects phenotypic variation – is one of ...
Since the introduction of next-generation sequencing, an increasing number of disorders have been di...
Since the introduction of next-generation sequencing, an increasing number of disorders have been di...
Exactly how genetic factors contribute to the onset of disease is not fully understood. All the same...
Summary: We developed web-based applications that encourage the exploration of the literature on hum...
BACKGROUND: With the advent of high throughput genotyping technology and the information available v...
Modern research into the genetic basis of human health and disease is increasingly dominated by high...
Modern research into the genetic basis of human health and disease is increasingly dominated by high...
disorders � Medical informatics applications The surge of information generated by the Human Genome ...
Disease gene identification based on chromosomal localisation is sometimes difficult and often time-...
Background: In the field of movement disorders, what you see (phenotype) is seldom what you get (gen...
Background: In the field of movement disorders, what you see (phenotype) is seldom what you get (gen...