Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: Abstract#R##N#Biomedical knowledge is growing at an exponential rate, with new discoveries being published across a range of information sources. A coded, fully-computable, and integrated approach to this information could increase the efficiency of its use, through improved retrieval as ll as the eventual ability to apply decision support tools to the knowledge base. Though multiple knowledge bases (KBs) and databases (DBs) concerning gene-disease relationships exist, few present the information in a coded, easily computable form. Focusing on molecular-disease relationships in cancer (gene-disease and protein-disease),  evaluated articles in major biomedical journals, in order to develop both the framework for a knowledge model as ll as evaluation criteria.  then used these criteria to evaluate major KBs, DBs, and terminologies.  discovered that although both the high-level as ll as the specific molecular-disease relationships present in our test set re mapped in many of the databases, they generally re not applied together in a coded form.  propose a rationale behind a model mediated schema for the integration of these resources.
['Michael N. Cantor', 'Yves A. Lussier']
I am writing a research paper on a idea A knowledge framework for computational molecular-disease relationships in cancer.
[{"from": "human", "value": "I am writing a research paper on a idea A knowledge framework for computational molecular-disease relationships in cancer."}, {"from": "gpt", "value": "Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: Abstract#R##N#Biomedical knowledge is growing at an exponential rate, with new discoveries being published across a range of information sources. A coded, fully-computable, and integrated approach to this information could increase the efficiency of its use, through improved retrieval as ll as the eventual ability to apply decision support tools to the knowledge base. Though multiple knowledge bases (KBs) and databases (DBs) concerning gene-disease relationships exist, few present the information in a coded, easily computable form. Focusing on molecular-disease relationships in cancer (gene-disease and protein-disease),  evaluated articles in major biomedical journals, in order to develop both the framework for a knowledge model as ll as evaluation criteria.  then used these criteria to evaluate major KBs, DBs, and terminologies.  discovered that although both the high-level as ll as the specific molecular-disease relationships present in our test set re mapped in many of the databases, they generally re not applied together in a coded form.  propose a rationale behind a model mediated schema for the integration of these resources."}]