Biomarker databases

Biomarker database There are several databases that are used to track biomarkers. The important thing to keep in mind is that the biomarker may be biological entity like a protein, lipid or DNA/RNA fragment but they can also be a group of cells – for example Tumor infiltrating cells or, physiological test, clinical outcome measure even an online test. The biomarker databases usually add a list of publications and some other resources such as usage in clinical trials or review by FDA. These database useful if the main purpose is to search through a list and sort out the important ones in an exploratory study. However, the critical test for any biomarker is to determine if it indeed follows the disease and/or the drug being developed to modify the disease. Here is a list of some of those Biomarker databases, with a very short review on each.

 

Public domain:

NCI has their own database that is cancer specific and has comprehensive information. https://edrn.nci.nih.gov/biomarkers#b_start=0

Online Mendelian Inheritance in Man (OMIM) for gene disorders: Not quite a biomarker database but possible to find immense amount of information quickly. http://www.omim.org/

Human Metabolome database: This is comprehensive and searchable if you are looking for a metabolite for a specific disease. http://www.hmdb.ca/

Disease related biomarkers from a publication that needs some understanding to fully utilize the resources. http://ibi.imim.es/biomarkers/

US EPA has a database that can be downloaded by anyone but has not been updated since 2004. https://cfpub.epa.gov/ncea/risk/recordisplay.cfm?deid=85844

 

Disease specific:

To find specific disease type through an ontology use this portal http://medportal.bmicc.cn/ontologies/DOID

 

Or use this for details on human diseases: http://www.malacards.org/

Urinary protein biomarker. This is quite comprehensive and searchable and worth a look. http://59.108.16.249/biomarker/web/indexdb

Stroke biomarkers. Good classification of some areas within stroke and can lead to interesting areas to click to explore new biomarkers. http://stroke-biomarkers.com/

Alzhiemer’s research https://www.alzforum.org/alzbiomarker

 

 

Sampling of some Commercial ones:

Charles River have created an accessible database for some disorders that is great for exploring new areas. https://www.criver.com/resources/biomarker-database

BiomarkerBase by Amplion: They promise a lot but without the ability to test ride the database. https://www.biomarkerbase.com/

Global online biomarker database (Gobiom) by GVKBio claims to be the biggest one and some of their work goes through significant amounts of data to sort out characteristic of specific biomarkers. https://gobiomdb.com/login.jsp

 

 

This is not a comprehensive list and needs work to build up a database of databases.

Similar Posts

  • | |

    Sleep apnea

    Sleep apnea is when sufferer stops breathing (apnea) at night as the muscles in the throat relax and then resumes when brain semi-awakes when the oxygen supply gets low to restore respiration. This happens tens to hundreds of times at night and can be debilitating when the disruption to sleep causes other health effects such…

  • |

    Bisphenol A

    There is lot of information on BPA on wikipedia that talks about its use in plastics especially polycarbonates that are used in water bottle manufacturing. Polycarbonate bottles are transparent and can contain 90% BPA by mass It is not a plasticizer. The concern for its use comes from its effect as a weak xenoestrogen disrupting…

  • Biomarkers on your face

    Face recognition technology has come a long way. The technology now enables the specific association of the face with a name and thus confirmed identification. The technology of recognition is very complex and requires not only significant image processing of the face to identify features of interest but also then matching the features with those…

  • Filtering bacteria

    Multi Drug resistance to bacteria is a problem since bacteria continue dividing in blood causing sepsis that cannot be controlled by antibiotics and ultimately causing death. There have been multiple methods that have been proposed. A unique method has been published in Nature that incorporates “filtering” blood to remove the bacteria.Blood flows very rapidly through…